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nixpkgs/pkgs/development/r-modules/bioc-packages.nix

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R: add support for Bioconductor packages
2015-05-23 01:51:24 +01:00
# This file is generated from generate-r-packages.R. DO NOT EDIT.
# Execute the following command to update the file.
#
R: improve support for CRAN and Bioconductor package sets - Update the instructions for re-generating each of the package set files. - Provide test-evaluation.nix expression to verify that the package sets evaluates. - Update list of known broken packages.
2015-06-16 11:58:58 +01:00
# Rscript generate-r-packages.R bioc >new && mv new bioc-packages.nix
R: add support for Bioconductor packages
2015-05-23 01:51:24 +01:00
r-modules: regenerate CRAN, BIOC and IRKernel
2015-11-24 13:59:37 +00:00
{ self, derive }:
let derive2 = derive { rVersion = "3.2"; };
in with self; {
ABAEnrichment = derive2 { name="ABAEnrichment"; version="1.0.0"; sha256="0mxw5s4cfh9dhlwm485n3x7wf81hww1353ilz1zy1wvjx0dacb99"; depends=[gplots Rcpp]; };
ABSSeq = derive2 { name="ABSSeq"; version="1.6.0"; sha256="1cg7d55s25jxjbb95q7izjdlq7fck2v2hyjrbbfk1b6b28aayffj"; depends=[limma locfit]; };
ABarray = derive2 { name="ABarray"; version="1.38.0"; sha256="15zdfwpi3hgadydxlsksr7gh7wg577qcwp47zm8mxh28mcl9l048"; depends=[Biobase multtest]; };
ACME = derive2 { name="ACME"; version="2.26.0"; sha256="020cfccwkpk5w8xpg3xn2pcrksda67r4yg6im2qlljqrmaijjb9k"; depends=[Biobase BiocGenerics]; };
ADaCGH2 = derive2 { name="ADaCGH2"; version="2.10.0"; sha256="11hhmap9f8iqcxf4n4didb6isswjqdwwdc1yfm2056mcgny16r91"; depends=[aCGH bit cluster DNAcopy ff ffbase GLAD snapCGH tilingArray waveslim]; };
AGDEX = derive2 { name="AGDEX"; version="1.18.0"; sha256="0hy5kl6j8hx10a03x44lqij0j7bkg4rx5lf5aicx0mrd1g59b6w1"; depends=[Biobase GSEABase]; };
AIMS = derive2 { name="AIMS"; version="1.2.0"; sha256="14xpa2590rkqbmq8kfm356syas117342pn1wah67mb9r45klipb9"; depends=[Biobase e1071]; };
ALDEx2 = derive2 { name="ALDEx2"; version="1.2.0"; sha256="0p59g70472b11ab1ggzxb7l6rg5sxmb8nk47b5z4qb1lf0a0x576"; depends=[GenomicRanges IRanges S4Vectors SummarizedExperiment]; };
ARRmNormalization = derive2 { name="ARRmNormalization"; version="1.10.0"; sha256="11qhbvgyimfnclmn7jyl9rsvkphh854a28d29rr6fc6gvmns7y40"; depends=[]; };
ASEB = derive2 { name="ASEB"; version="1.14.0"; sha256="1wr7n250gv1xmnkp5xvbvc3ccwm3ffdj63bj5ifarphb4xs16kf6"; depends=[]; };
ASGSCA = derive2 { name="ASGSCA"; version="1.4.0"; sha256="1xp7g1vhvk4m3z88pnnchjxk03q5vadrvzrb1p5rys6svfk4z9vp"; depends=[MASS Matrix]; };
ASSET = derive2 { name="ASSET"; version="1.8.0"; sha256="17pswg3babj454rr6hcnk8k3bgm9rcw2zn8yvvd1jx79bairz47p"; depends=[MASS msm rmeta]; };
ASSIGN = derive2 { name="ASSIGN"; version="1.6.0"; sha256="1kmm72vlxlx8nk6xd1akm9bmkmqmmazxgixjjarwp2r8drhv8447"; depends=[gplots msm Rlab]; };
AffyCompatible = derive2 { name="AffyCompatible"; version="1.30.0"; sha256="1qw741j4d9b7bczjz3s72a9d0dcxbh5a2raak3ggwmz72p53axfz"; depends=[Biostrings RCurl XML]; };
AffyExpress = derive2 { name="AffyExpress"; version="1.36.0"; sha256="186gc8c3bj070zvwyy4vz44wx1r85bbmil78b6m9kvwp6q1856d7"; depends=[affy limma]; };
AffyRNADegradation = derive2 { name="AffyRNADegradation"; version="1.16.0"; sha256="122v40vq7pzl1qlycv8rvsq3r9ialkvsa8qm5drybf5f4nlk6wm8"; depends=[affy]; };
AffyTiling = derive2 { name="AffyTiling"; version="1.28.0"; sha256="08n1w64yk1pxb9d8dpa86y3mqxrsvyq0gsfzlsqg6fz8jz497fhr"; depends=[affxparser affy preprocessCore]; };
AgiMicroRna = derive2 { name="AgiMicroRna"; version="2.20.0"; sha256="1pb0491rgcjfnnv4xmf73bdawiggi4872w238qlf96i9a9r0gik2"; depends=[affy affycoretools Biobase limma preprocessCore]; };
AllelicImbalance = derive2 { name="AllelicImbalance"; version="1.8.0"; sha256="0bmh8md0f5hcs0zwkfxs9h7w8pzvqb9v9j2ld752m9qz0ckx2zk7"; depends=[AnnotationDbi BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges lattice Rsamtools S4Vectors seqinr SummarizedExperiment VariantAnnotation]; };
AnalysisPageServer = derive2 { name="AnalysisPageServer"; version="1.4.0"; sha256="19gj3rdglkdr5hvlqvb3l5m1371pq3197cj9kxhxvmzn5npqsl8l"; depends=[Biobase graph log4r rjson]; };
AnnotationDbi = derive2 { name="AnnotationDbi"; version="1.32.0"; sha256="0b07wzyxfg0cn9y1jz9fz51xjwf78immwjhfsg892rv1i0m34zx1"; depends=[Biobase BiocGenerics DBI IRanges RSQLite S4Vectors]; };
AnnotationForge = derive2 { name="AnnotationForge"; version="1.12.0"; sha256="0rzag4a8x8pmsiwy42ir831ph2km50xh1m2za9s36d6zzzz9q4q4"; depends=[AnnotationDbi Biobase BiocGenerics DBI RSQLite S4Vectors]; };
AnnotationFuncs = derive2 { name="AnnotationFuncs"; version="1.20.0"; sha256="03rznpbsgq3pdh0id35vp8984f57ws2jpb0cww1qxglf967gy028"; depends=[AnnotationDbi]; };
AnnotationHub = derive2 { name="AnnotationHub"; version="2.2.2"; sha256="13r6ly48wyh5yh9622y8c93m4p5kq668n4h8qgv0y265cx71aif1"; depends=[AnnotationDbi BiocGenerics BiocInstaller httr interactiveDisplayBase RSQLite S4Vectors]; };
AnnotationHubData = derive2 { name="AnnotationHubData"; version="1.0.0"; sha256="0b2d10zr5q7hrcrgzngv5nnz097kykzrd1njacn93xw3zk5vm5mn"; depends=[AnnotationDbi AnnotationForge AnnotationHub Biobase BiocGenerics BiocInstaller Biostrings DBI futile_logger GenomeInfoDb GenomicFeatures GenomicRanges GEOquery httr IRanges jsonlite OrganismDbi rBiopaxParser RCurl Rsamtools RSQLite rtracklayer S4Vectors XML]; };
ArrayExpress = derive2 { name="ArrayExpress"; version="1.30.1"; sha256="09z680q1l8fp2y389n6ik8mjymqn688j333c5fgdpmdqg1z5acx4"; depends=[Biobase limma oligo XML]; };
ArrayExpressHTS = derive2 { name="ArrayExpressHTS"; version="1.20.0"; sha256="00a5h3nwwhi9phrys2gj0ba8a24iqxk09licb0jn1qzdz9mrfxmq"; depends=[Biobase BiocGenerics biomaRt Biostrings bitops DESeq edgeR GenomicRanges Hmisc IRanges R2HTML RColorBrewer rJava Rsamtools sampling sendmailR ShortRead snow svMisc XML]; };
ArrayTV = derive2 { name="ArrayTV"; version="1.8.0"; sha256="0ny5x2w0n3di5wzywfngsfdxaciczs24cnbvk75mv6hf4bdwfp74"; depends=[DNAcopy foreach oligoClasses]; };
ArrayTools = derive2 { name="ArrayTools"; version="1.30.0"; sha256="168llqk8w1b54xy0ijg0m8mzcwggawkdr4s7abi2fv4q5007s1jv"; depends=[affy Biobase limma xtable]; };
AtlasRDF = derive2 { name="AtlasRDF"; version="1.6.0"; sha256="16hgw47px7ig6hrm90y5nzy3dgdfm5my58bli20aj6dhnh2yvhxd"; depends=[hash SPARQL]; };
BAC = derive2 { name="BAC"; version="1.30.0"; sha256="1yrw01m8fd54v352pcb7904f8wi3il83nx8ywf6m968x33y2npxn"; depends=[]; };
BADER = derive2 { name="BADER"; version="1.8.0"; sha256="0zw02zrxl9587qkfy6ayhqx66rqk9i80g9zgcywa69npr439qrmh"; depends=[]; };
BAGS = derive2 { name="BAGS"; version="2.10.0"; sha256="00absrj8rlwcfa4pv3fhmb0561b2rxmr8c7lqq8jc5sncw8bay51"; depends=[Biobase]; };
BBCAnalyzer = derive2 { name="BBCAnalyzer"; version="1.0.0"; sha256="12r0pn3nn6q725qrrwzmmzg6x58kqr89s3b536ld11jp4081yb6c"; depends=[Rsamtools VariantAnnotation]; };
BCRANK = derive2 { name="BCRANK"; version="1.32.0"; sha256="14akhngl88ywirpax984vwmzg5rp57034g2kdy0sz5x283mcmav6"; depends=[Biostrings]; };
BEAT = derive2 { name="BEAT"; version="1.8.0"; sha256="1amk6812hy56j22mdmjxjpiak60cv59plz9j7gar3nr9g6yl3c7p"; depends=[Biostrings BSgenome GenomicRanges ShortRead]; };
BEclear = derive2 { name="BEclear"; version="1.2.0"; sha256="1s96gdgf54ijbsy29a4ac3y1z3d8y4iyv669mjiyx2qnnylb2gm9"; depends=[Matrix snowfall]; };
BGmix = derive2 { name="BGmix"; version="1.30.0"; sha256="1ii0cvqpz7ai779r4hx8yimsx69ln1f7qlw7jvp3k606z52kqkp2"; depends=[KernSmooth]; };
BHC = derive2 { name="BHC"; version="1.22.0"; sha256="0m8w4b3ihnmvccy32nwvgzwn7k9i018ydw8iz19b6kz5r5c89q17"; depends=[]; };
BRAIN = derive2 { name="BRAIN"; version="1.16.0"; sha256="09f82dppd9zb3qf5y507yrnv1xsp4cgbwiz068ib0qjfaygmvb02"; depends=[Biostrings lattice PolynomF]; };
BSgenome = derive2 { name="BSgenome"; version="1.38.0"; sha256="130w0m6q8kkca7gyz1aqj5jjhalwvwi6rk2yvbjrnj4gpnncyrd2"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicRanges IRanges Rsamtools rtracklayer S4Vectors XVector]; };
BUS = derive2 { name="BUS"; version="1.26.0"; sha256="0sggag0n66n25h6g2hlk194p6fxjaapqf8bwnzw18bkpbldm3hwg"; depends=[infotheo minet]; };
BaseSpaceR = derive2 { name="BaseSpaceR"; version="1.14.0"; sha256="0a1ksw3i7fkp84pxki5d1pnw8zryq9qapv4vxf7sgpi0q9gl1dci"; depends=[RCurl RJSONIO]; };
Basic4Cseq = derive2 { name="Basic4Cseq"; version="1.6.0"; sha256="0z7l5xbc23ws7jdzgx58y8nia8a588hfi785aislw7gsnki3qyry"; depends=[Biostrings caTools GenomicAlignments GenomicRanges RCircos]; };
BayesPeak = derive2 { name="BayesPeak"; version="1.22.0"; sha256="1jmn8p461rmgjarf4rlhyqzrjg8xkpq56rlrk6964kqxp6jkh8bi"; depends=[IRanges]; };
BeadDataPackR = derive2 { name="BeadDataPackR"; version="1.22.0"; sha256="04ww55171fbv9170aknl2gbc0mqlpcvwjl9146xamxskc5hxivnh"; depends=[]; };
BiGGR = derive2 { name="BiGGR"; version="1.6.0"; sha256="1bhjw46mwqyz67p82ag8y4jxvkhpd7d3a8flrs7h28d8srp9jvf8"; depends=[hyperdraw hypergraph LIM rsbml stringr]; };
BiRewire = derive2 { name="BiRewire"; version="2.4.0"; sha256="1f540ps9ylg4d8r8pwb6hbv7klidw06hnbf2pn78inp0qqjxd2gr"; depends=[igraph slam tsne]; };
BiSeq = derive2 { name="BiSeq"; version="1.10.0"; sha256="0vl0arr6chqvyysmajga91m5as54jsnx2z5a23pa7lzgvgv5xzij"; depends=[betareg Biobase BiocGenerics Formula GenomeInfoDb GenomicRanges globaltest IRanges lokern rtracklayer S4Vectors SummarizedExperiment]; };
BicARE = derive2 { name="BicARE"; version="1.28.0"; sha256="1bnwnrv6bb5va2l54y1c560s7fkmknaayf0vs4pm2s4mdamy0k2k"; depends=[Biobase GSEABase multtest]; };
BioMVCClass = derive2 { name="BioMVCClass"; version="1.38.0"; sha256="00dzbfq1rxwpp09cg2cl7rm989jidjnvw4rmmkiq8hkqv5r1mssn"; depends=[Biobase graph MVCClass Rgraphviz]; };
BioNet = derive2 { name="BioNet"; version="1.30.0"; sha256="0h6s83fd2y8x1l5vibj4y154ljlbjybm91l42h0yf6gyymqci5g6"; depends=[AnnotationDbi Biobase graph igraph RBGL]; };
BioSeqClass = derive2 { name="BioSeqClass"; version="1.28.0"; sha256="0pv63d57hck04dpha20pzyzz7przzvi536nmgnsig5zw16lis4f2"; depends=[Biobase Biostrings class e1071 foreign ipred klaR nnet party randomForest rpart scatterplot3d tree]; };
Biobase = derive2 { name="Biobase"; version="2.30.0"; sha256="1qasjpq3kw8h7qw8cin3bjvv1256hqr1mm24fq3v0ymxzlb66szi"; depends=[BiocGenerics]; };
BiocCaseStudies = derive2 { name="BiocCaseStudies"; version="1.32.0"; sha256="0wn3a01l6d62prrncmy22dx4nqsgzq3lw24ybf676ghrmjaygmyc"; depends=[Biobase]; };
BiocCheck = derive2 { name="BiocCheck"; version="1.6.0"; sha256="0wyj6ksppia539njbh9zmv7j8x8dnl0zadwkl3xbmnwmi8yw15m9"; depends=[BiocInstaller biocViews codetools devtools graph httr knitr optparse]; };
BiocGenerics = derive2 { name="BiocGenerics"; version="0.16.1"; sha256="0f16ryy5f012hvksrwlmm33bcl7lw97i2jvhbnwfwl03j4w7nhc1"; depends=[]; };
BiocInstaller = derive2 { name="BiocInstaller"; version="1.20.1"; sha256="0lsqkx8q98rix4g7wfx78fnkzmz2mjb7m9wc9zgm69m0iyp50aad"; depends=[]; };
BiocParallel = derive2 { name="BiocParallel"; version="1.4.0"; sha256="0z1dljbq8pvkmc9pvmzh9vpshfb5gn1bvkp3zwwb7q3hy6fiiqc3"; depends=[futile_logger snow]; };
BiocStyle = derive2 { name="BiocStyle"; version="1.8.0"; sha256="03lmw649fch64kcwyps6ry9qmjz7f0ydwhc4yzkl7d6lffgfvihc"; depends=[]; };
Biostrings = derive2 { name="Biostrings"; version="2.38.2"; sha256="1afp9szc8ci6jn0m3hrrqh6df65cpw3v1dcnl6xir3d3m3lwwmk4"; depends=[BiocGenerics IRanges S4Vectors XVector]; };
BitSeq = derive2 { name="BitSeq"; version="1.14.0"; sha256="1q58za8jd96bk2wxy7np0b7lar3v0pk6ll833k10x1b260rvpgbp"; depends=[IRanges Rsamtools S4Vectors zlibbioc]; };
BrainStars = derive2 { name="BrainStars"; version="1.14.0"; sha256="0r6jd6h48c15sg655079lwr9v1gl79wk8773w2q9fyfmakhj15vx"; depends=[Biobase RCurl RJSONIO]; };
BridgeDbR = derive2 { name="BridgeDbR"; version="1.4.0"; sha256="0qb1xiyq993hfzdgjaw982hhvnd9lwwdzq6anr2r9dbpzsini136"; depends=[RCurl rJava]; };
BrowserViz = derive2 { name="BrowserViz"; version="1.2.0"; sha256="1yh80c6fk73h5sz6q494lcvv4zz5brhlzvgrppx5ihl3zvz4cwk3"; depends=[BiocGenerics httpuv jsonlite Rcpp]; };
BrowserVizDemo = derive2 { name="BrowserVizDemo"; version="1.2.0"; sha256="1h87yhcbc6gdmkzhqil7yjykjxhpcv6v2iq6z7jsfgjg7bsib4hl"; depends=[BiocGenerics BrowserViz httpuv jsonlite Rcpp]; };
BubbleTree = derive2 { name="BubbleTree"; version="2.0.0"; sha256="135jnak07y4ih82mrql8kccbicrdir8m38kjdkqzsk5ygagcavbh"; depends=[Biobase BiocGenerics BiocStyle biovizBase dplyr GenomicRanges ggplot2 gridExtra gtable gtools IRanges limma magrittr plyr rainbow RColorBrewer rgl scales WriteXLS]; };
BufferedMatrix = derive2 { name="BufferedMatrix"; version="1.34.0"; sha256="0f345lsj5khgys2apjid513psx79fdpzg6vm5ndn9iw1rkgafv9f"; depends=[]; };
BufferedMatrixMethods = derive2 { name="BufferedMatrixMethods"; version="1.34.0"; sha256="1i8b0s0g4yk8s99iw6bli494rbg169306b8idwl4sncjyl6mzj0c"; depends=[BufferedMatrix]; };
CAFE = derive2 { name="CAFE"; version="1.6.0"; sha256="0mmfjb93apnn39g3jrfan4zmxz7axlc6mnv6464n44kysdxyh5a4"; depends=[affy annotate Biobase biovizBase GenomicRanges ggbio ggplot2 gridExtra IRanges]; };
CAGEr = derive2 { name="CAGEr"; version="1.12.0"; sha256="05hv46dqvqrw4kn9975wdbvvrk8hm07qjvx8dsdb4smaq67139kx"; depends=[beanplot BSgenome data_table GenomicRanges IRanges Rsamtools rtracklayer som VGAM]; };
CALIB = derive2 { name="CALIB"; version="1.36.0"; sha256="1b21f0zg4czhk4pbd3c3vbl0p4qpw0l4wg17lm1gw4b6d6ml7jsb"; depends=[limma]; };
CAMERA = derive2 { name="CAMERA"; version="1.26.0"; sha256="0cjm98bzg5snpgd8kjj8nmk1j851rbdlidk2dbrjv373i31nf2gj"; depends=[Biobase graph Hmisc igraph RBGL xcms]; };
CAnD = derive2 { name="CAnD"; version="1.2.0"; sha256="1z0b8xxw8hb63hxgwp919y94gkp8h9q9d7bdp06svbs78qxsglvp"; depends=[ggplot2 reshape]; };
CFAssay = derive2 { name="CFAssay"; version="1.4.0"; sha256="09bc40dck4xihksji1nmzls7qmlrgwqn2jav95x0i0461l20x2v9"; depends=[]; };
CGEN = derive2 { name="CGEN"; version="3.6.1"; sha256="0ccsjbmsnl7k2g0hwyr2qx5dvg6acxg1qy3vkf5b3l5qm4pnsbbb"; depends=[mvtnorm survival]; };
CGHbase = derive2 { name="CGHbase"; version="1.30.0"; sha256="02q2yv7mbdjq1xby5bxydd0w6vzw9nim7ac6fb0rjpcnsxng0j82"; depends=[Biobase marray]; };
CGHcall = derive2 { name="CGHcall"; version="2.32.0"; sha256="13f3dyska147cl2q5kn42fz3d9dm8j06cmszc4ssc0i2256cp6q0"; depends=[Biobase CGHbase DNAcopy impute snowfall]; };
CGHnormaliter = derive2 { name="CGHnormaliter"; version="1.24.0"; sha256="08paz9ij387b8x6bg1931q553j69ajk6i3lmj2jriqjdjii8wkv1"; depends=[Biobase CGHbase CGHcall]; };
CGHregions = derive2 { name="CGHregions"; version="1.28.0"; sha256="1lnd6vwfdb1f6da4701f38vq8x4pqdp5f3p0m2j8g32qfj64vsz5"; depends=[Biobase CGHbase]; };
CMA = derive2 { name="CMA"; version="1.28.0"; sha256="1jpjfcjhxjw3ghwr7bgkwyx7lx07v0kn1pxkhb6hs2jc7fyc8jp8"; depends=[Biobase]; };
CNAnorm = derive2 { name="CNAnorm"; version="1.16.0"; sha256="06i4i4qbd0k0rs8l244igr6qrnfjsk5wqsxdc9vydxmnid15i7fk"; depends=[DNAcopy]; };
CNEr = derive2 { name="CNEr"; version="1.6.1"; sha256="1kfcgz201766kk6vki2gaw2bjwwrcg7brxzir8d5hr3dbgxwp5ng"; depends=[Biostrings DBI GenomeInfoDb GenomicAlignments GenomicRanges IRanges RSQLite rtracklayer S4Vectors XVector]; };
CNORdt = derive2 { name="CNORdt"; version="1.12.0"; sha256="1ral42sa8ha43g3bsk3f9v9lz9962rhyjpzxa5ciq9zc1s0ymwfq"; depends=[abind CellNOptR]; };
CNORfeeder = derive2 { name="CNORfeeder"; version="1.10.0"; sha256="1wgndfl1r21nrwr3gdrgz7qnnwcw5x6w55c3m5fjw6ypy8npsn1b"; depends=[CellNOptR graph]; };
CNORfuzzy = derive2 { name="CNORfuzzy"; version="1.12.0"; sha256="0636czqfy3jyhzi8xpplzxyxi9in9qysshld6pfqbx89l0nhagvm"; depends=[CellNOptR nloptr]; };
CNORode = derive2 { name="CNORode"; version="1.12.0"; sha256="0q65285v4szwaq87skga9xcxixg1hbm3jw4ydv1k2g84b40611qs"; depends=[CellNOptR genalg]; };
CNPBayes = derive2 { name="CNPBayes"; version="1.0.0"; sha256="06jw9xi0q5slh1xghgj1js5bn1gsmpag0w84cxa7qf5ls1bw4xp6"; depends=[BiocGenerics combinat foreach GenomeInfoDb GenomicRanges gtools IRanges matrixStats oligoClasses RColorBrewer Rcpp S4Vectors]; };
CNTools = derive2 { name="CNTools"; version="1.26.0"; sha256="1dc57fyi0mr8y0kx17m2cnhwzn9cyc7f4fpmn1yr34ngvaj3dw66"; depends=[genefilter]; };
CNVPanelizer = derive2 { name="CNVPanelizer"; version="1.0.0"; sha256="0m37asnrdm7zl70j2d477lpxydnliv1d9bgb0vn0hkfrwsky5fhy"; depends=[exomeCopy foreach GenomicRanges ggplot2 IRanges NOISeq plyr Rsamtools xlsx]; };
CNVrd2 = derive2 { name="CNVrd2"; version="1.8.0"; sha256="1h5n239iy77phssffdiisj7q76hwk7l5d4n0xpkdi2jsqwrqvrjc"; depends=[DNAcopy ggplot2 gridExtra IRanges rjags Rsamtools VariantAnnotation]; };
CNVtools = derive2 { name="CNVtools"; version="1.64.0"; sha256="1sm28sl7ghcfrgjd0d741zfy21r6vxkhj8cn510z95aa49icpd8j"; depends=[survival]; };
CODEX = derive2 { name="CODEX"; version="1.2.0"; sha256="006dmjcd84gnagm2gfqdxwfnrq30sc3zfvqz67wl3vpg951hpjws"; depends=[GenomeInfoDb Rsamtools]; };
COHCAP = derive2 { name="COHCAP"; version="1.8.0"; sha256="1lak57k8b8jcd21wajr1ivi1sml73fsvb6jbdz6nxgjbq7al1hgk"; depends=[WriteXLS]; };
COMPASS = derive2 { name="COMPASS"; version="1.8.0"; sha256="0jx0fii6k0mh9hmy41jjfvsymx8b6w4l4ixsh6kj0xq8lh0rari2"; depends=[abind clue data_table knitr plyr RColorBrewer Rcpp scales]; };
CORREP = derive2 { name="CORREP"; version="1.36.0"; sha256="0hjkwl2mf173mfdrziiadf5hacz6j67skizch44rxc2kfj7sbhyb"; depends=[e1071]; };
COSNet = derive2 { name="COSNet"; version="1.4.1"; sha256="0myckn066xjdm8kikqjcv1sarr8hdls1js4ak2hc97cl8is20a1r"; depends=[]; };
CRISPRseek = derive2 { name="CRISPRseek"; version="1.10.0"; sha256="1hr4l0m6fhhfjyzd78r23k0244idbw79m4awrsx59xhmq42q1z0q"; depends=[BiocGenerics BiocParallel Biostrings BSgenome data_table seqinr]; };
CRImage = derive2 { name="CRImage"; version="1.18.0"; sha256="04nk7xx870hzvdnx5763v2rr82314zv6ydwhv8gmxpp2lg23hsdy"; depends=[aCGH DNAcopy e1071 EBImage foreach MASS sgeostat]; };
CSAR = derive2 { name="CSAR"; version="1.22.0"; sha256="0d6adk3mq7grf8dsx822d2qf5jrdhvm551z26injic8i7v4i0s3h"; depends=[GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
CSSP = derive2 { name="CSSP"; version="1.8.0"; sha256="05x0agbcpns8s3vmbs7ygdny249vcahzk7sqv50nz39ap2c7i309"; depends=[]; };
CancerMutationAnalysis = derive2 { name="CancerMutationAnalysis"; version="1.13.0"; sha256="0c3yjscd1jlgfl869vnv37qdb0y5gicnja1why9ws95qqgmij6zl"; depends=[AnnotationDbi limma qvalue]; };
Cardinal = derive2 { name="Cardinal"; version="1.2.0"; sha256="0gnhn57nw93rw71y9zjdi20zldzvlcnncxjqffnm8bgbqik0g99p"; depends=[Biobase BiocGenerics irlba lattice ProtGenerics signal sp]; };
Category = derive2 { name="Category"; version="2.36.0"; sha256="0z6sj43y3wqfvkjvlk7hh08h5447bm3szcmd44y8s9lbkq954rxx"; depends=[annotate AnnotationDbi Biobase BiocGenerics genefilter graph GSEABase Matrix RBGL]; };
CausalR = derive2 { name="CausalR"; version="0.99.12"; sha256="038raljgrdwsp8dzc5qbzbwr8j8n7dlwmx0jx8liq153l3nwp01p"; depends=[igraph]; };
CellNOptR = derive2 { name="CellNOptR"; version="1.16.0"; sha256="1fig3brrc0hv48kx7lqbbykc9m2dzwy93cy70hlwqcs7b6phxq11"; depends=[ggplot2 graph hash RBGL RCurl Rgraphviz XML]; };
CexoR = derive2 { name="CexoR"; version="1.8.0"; sha256="0h0q2a9k084dycxnj5lvdqs31hqqi7iza732m7kdgsazjfk5fzxg"; depends=[genomation GenomeInfoDb GenomicRanges idr IRanges RColorBrewer Rsamtools rtracklayer S4Vectors]; };
ChAMP = derive2 { name="ChAMP"; version="1.8.0"; sha256="079ks6ds7k2mphfw73zqldi4s6zn961qkynhnqiw6fmph9gg785z"; depends=[DNAcopy GenomicRanges impute IRanges limma marray minfi plyr preprocessCore RPMM sva wateRmelon]; };
ChIPComp = derive2 { name="ChIPComp"; version="1.0.0"; sha256="1ayg98kvh9yqj132r2fw9cdq38na64rw6rmrpqkgfj1csv4q7wiy"; depends=[BiocGenerics GenomeInfoDb GenomicRanges IRanges limma Rsamtools rtracklayer S4Vectors]; };
ChIPQC = derive2 { name="ChIPQC"; version="1.6.1"; sha256="1mw17flai6gk3sp08776sdl3mlmdq5xla7ghjq2rqk89qn5grpci"; depends=[Biobase BiocGenerics BiocParallel chipseq DiffBind GenomicAlignments GenomicRanges ggplot2 gtools IRanges Nozzle_R1 reshape2 Rsamtools S4Vectors]; };
ChIPXpress = derive2 { name="ChIPXpress"; version="1.12.0"; sha256="0k7z1ndjl869nqc0ajl437994qrfrfj5hi92h0z5qyv3vailfgsy"; depends=[affy biganalytics bigmemory Biobase frma GEOquery]; };
ChIPpeakAnno = derive2 { name="ChIPpeakAnno"; version="3.4.1"; sha256="0j89gnw696q9n35mwixwaisb447jqn3nvpnw8dsp5bnbqrw46qyq"; depends=[AnnotationDbi Biobase BiocGenerics BiocInstaller biomaRt Biostrings BSgenome DBI ensembldb GenomeInfoDb GenomicFeatures GenomicRanges graph IRanges limma matrixStats multtest RBGL regioneR S4Vectors VennDiagram]; };
ChIPseeker = derive2 { name="ChIPseeker"; version="1.6.2"; sha256="0jkwwmqsa599shali1h8zwfavaya1zv7sal0qgj5va9rpidsv9c5"; depends=[AnnotationDbi BiocGenerics boot dplyr GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 gplots gridBase gtools IRanges magrittr plotrix plyr RColorBrewer rtracklayer S4Vectors UpSetR]; };
ChIPseqR = derive2 { name="ChIPseqR"; version="1.24.0"; sha256="0h98yin3hvvz38ynsgm1wky4k3ww37y39xqb2yy5swkjlg7x5hda"; depends=[BiocGenerics Biostrings fBasics GenomicRanges HilbertVis IRanges S4Vectors ShortRead timsac]; };
ChIPsim = derive2 { name="ChIPsim"; version="1.24.0"; sha256="0nazrzjpc1y88d1yj1qpmkcjnds4w6921ag7m6gypp8hwzzypqnn"; depends=[Biostrings IRanges ShortRead XVector]; };
ChemmineOB = derive2 { name="ChemmineOB"; version="1.8.0"; sha256="1kairvbzkp5jyd49vmfyspmga3a8gy10gmg9nysim1m2i8rq83pc"; depends=[BH BiocGenerics Rcpp zlibbioc]; };
ChemmineR = derive2 { name="ChemmineR"; version="2.22.0"; sha256="0fza4851x3dspbdkk176vhbvknk6070fv3wwgyla8nn1d1hjxa4y"; depends=[BH BiocGenerics DBI digest ggplot2 Rcpp RCurl rjson]; };
ChromHeatMap = derive2 { name="ChromHeatMap"; version="1.24.0"; sha256="1pjw05ig4wyh455z0xwplfl12z8mbi25k5ylwmymgm41pqy5n2a6"; depends=[annotate AnnotationDbi Biobase BiocGenerics IRanges rtracklayer]; };
ClassifyR = derive2 { name="ClassifyR"; version="1.4.5"; sha256="1bf94chklb12iyfm0ic5r0gpkj1bn6g8a7jlggpli6ad31zw5dym"; depends=[Biobase BiocParallel locfit ROCR]; };
Clomial = derive2 { name="Clomial"; version="1.6.0"; sha256="0x6j3qjnwh31c11gq2fqyhapc5wrd9szk9bphcgsbf7n317gbf61"; depends=[matrixStats permute]; };
Clonality = derive2 { name="Clonality"; version="1.18.0"; sha256="0rx3k8c55q831dhfh5dpkl3px8jj6glx6i3la80r9krx68mbp947"; depends=[DNAcopy]; };
CoCiteStats = derive2 { name="CoCiteStats"; version="1.42.0"; sha256="08xg3583qx0v5agsq1im5f1sna32i58mhpgvvsa0ccfnbbh9klpw"; depends=[AnnotationDbi]; };
CoGAPS = derive2 { name="CoGAPS"; version="2.4.0"; sha256="1dl3dmhfp2sjmqnvpgpqggnzrfg1w6yf5r34al2y4yngkg8s6cds"; depends=[BH gplots RColorBrewer Rcpp]; };
CoRegNet = derive2 { name="CoRegNet"; version="1.6.0"; sha256="0ynizawrygpka2isldbfmnlz1zqczx2fv1kbvz1lbm9qwbpj7rn4"; depends=[arules igraph shiny]; };
CompGO = derive2 { name="CompGO"; version="1.6.0"; sha256="0n84z3mhg6zb3yafz0803g6cggzpbw31fn933q9bg7pybij0nf1p"; depends=[GenomicFeatures ggplot2 pathview pcaMethods RDAVIDWebService reshape2 Rgraphviz rtracklayer]; };
ComplexHeatmap = derive2 { name="ComplexHeatmap"; version="1.6.0"; sha256="113l7ykgxqnrbr4rz3cpa39k3n6i67zkxindcacpv35pncmasi6c"; depends=[circlize colorspace dendextend GetoptLong GlobalOptions RColorBrewer]; };
ConsensusClusterPlus = derive2 { name="ConsensusClusterPlus"; version="1.24.0"; sha256="13fy6qzqnph6xlbkshz2x8n20s5fhx6agawqb1wpvpvh4gcpa6g3"; depends=[Biobase cluster]; };
CopyNumber450k = derive2 { name="CopyNumber450k"; version="1.6.0"; sha256="0z4v6x140gzaxf06a73d2qd6dp8gvq62l8xb7bii21r7n089m14i"; depends=[Biobase BiocGenerics DNAcopy minfi preprocessCore]; };
CopywriteR = derive2 { name="CopywriteR"; version="2.2.0"; sha256="0hmww433hyg4wgi2hx49mwrd4y65myyi00akys3mhdsxn3s0al13"; depends=[BiocParallel chipseq data_table DNAcopy futile_logger GenomeInfoDb GenomicAlignments GenomicRanges gtools IRanges matrixStats Rsamtools S4Vectors]; };
CorMut = derive2 { name="CorMut"; version="1.12.0"; sha256="0ldqw4g15i4r1nv74msn97c75wcr1nvwk1ffnkafvnc8bwcfzfmy"; depends=[igraph seqinr]; };
Cormotif = derive2 { name="Cormotif"; version="1.16.0"; sha256="0kx4h5c3vqr0x7swgq7fbkfqpknkapvqwvfmk42yh26vlabaf9cr"; depends=[affy limma]; };
CoverageView = derive2 { name="CoverageView"; version="1.6.0"; sha256="0z3z2s5p1xrc04gzmmry3n9qqk4cam2p7pw7mak8kiswdraba7iz"; depends=[BiocGenerics GenomicAlignments GenomicRanges IRanges Rsamtools rtracklayer S4Vectors]; };
DAPAR = derive2 { name="DAPAR"; version="1.0.0"; sha256="1fcsgrhs64dbr11bzi9zr4ddam5z0an26pfdd06v6i80yxx95zsq"; depends=[Cairo ggplot2 gplots impute imputeLCMD knitr lattice limma MSnbase norm pcaMethods png preprocessCore RColorBrewer reshape2 tmvtnorm XLConnect]; };
DART = derive2 { name="DART"; version="1.18.0"; sha256="0xghg36gfd6hyd8zd3l9c2ffk2s0c8jpgg8skvg7d70hzhm47ldb"; depends=[igraph]; };
DASiR = derive2 { name="DASiR"; version="1.10.0"; sha256="1by2655qvskzynvbh47vydm6nl2cmnfqqs25453k29n672a6yyw4"; depends=[Biostrings GenomicRanges IRanges XML]; };
DAVIDQuery = derive2 { name="DAVIDQuery"; version="1.29.0"; sha256="0gvm6qjx8y61nbnbz66md74pfc4awj4900pjr8q1m5sip5yzbxj2"; depends=[RCurl]; };
DBChIP = derive2 { name="DBChIP"; version="1.14.0"; sha256="1x876cv2j0bdb7jflm663bp7xk32rsxpf9jwwskbl8r4r1ffsapa"; depends=[DESeq edgeR]; };
DChIPRep = derive2 { name="DChIPRep"; version="1.0.3"; sha256="1rws6khk4jn5bg1vqjk48v66anqd516w4aglin7czn0sxs2hhjy0"; depends=[assertthat DESeq2 fdrtool GenomicRanges ggplot2 plyr reshape2 S4Vectors smoothmest tidyr]; };
DECIPHER = derive2 { name="DECIPHER"; version="1.16.0"; sha256="1916xhv89abjrf166fhhhy62v67dc7frd1ff59nnz8w32xx663cw"; depends=[Biostrings DBI IRanges RSQLite S4Vectors XVector]; };
DEDS = derive2 { name="DEDS"; version="1.44.0"; sha256="079c3in183ybp0c46hqh99grqmbshsnrcax3qz08z5xbc394azna"; depends=[]; };
DEGraph = derive2 { name="DEGraph"; version="1.22.0"; sha256="0bjyvw218f8z0qn655idvrhg79jshya9qprmlwy28h81cn548pm8"; depends=[graph KEGGgraph lattice mvtnorm NCIgraph R_methodsS3 R_utils RBGL Rgraphviz rrcov]; };
DEGreport = derive2 { name="DEGreport"; version="1.6.1"; sha256="09srzwgjqwbadxj7a7rs1dylyqm8k7f4hjrhsb3k06nsbjfbfyd0"; depends=[edgeR ggplot2 Nozzle_R1 plyr quantreg]; };
DEGseq = derive2 { name="DEGseq"; version="1.24.0"; sha256="0yzi6bil4qj85qxa843j3s6m6qb33gy73s6fyap94cjqj72v6809"; depends=[qvalue samr]; };
DESeq = derive2 { name="DESeq"; version="1.22.0"; sha256="0qv9wn9h2wird3x6vx6kzvv3h5js5ms0qj2cm48kgscykzxwhrw9"; depends=[Biobase BiocGenerics genefilter geneplotter lattice locfit MASS RColorBrewer]; };
DESeq2 = derive2 { name="DESeq2"; version="1.10.0"; sha256="0ny22bjmxda2psffwsnj63c8r2p7vhah33ghnd0ylm90gr6ilvnx"; depends=[Biobase BiocGenerics BiocParallel genefilter geneplotter GenomicRanges ggplot2 Hmisc IRanges locfit Rcpp RcppArmadillo S4Vectors SummarizedExperiment]; };
DEXSeq = derive2 { name="DEXSeq"; version="1.16.2"; sha256="016h2xb5s6s9zbiy6c3q9snb8hv7qdgwn4kw4zq42a38plw0mkl5"; depends=[Biobase BiocGenerics BiocParallel biomaRt DESeq2 genefilter geneplotter GenomicRanges hwriter IRanges RColorBrewer Rsamtools statmod stringr]; };
DFP = derive2 { name="DFP"; version="1.28.0"; sha256="186f8lkw7c37mxixp8qa0xg21c47yf6da1l80k7ngdan86q80cs2"; depends=[Biobase]; };
DMRcaller = derive2 { name="DMRcaller"; version="1.2.0"; sha256="1rkzbfaa7bx3bpfdppx3xzrpxinmgj1frzxird966xk2b40m4bd4"; depends=[GenomicRanges IRanges Rcpp RcppRoll S4Vectors]; };
DMRcate = derive2 { name="DMRcate"; version="1.6.0"; sha256="0axjxb19wfllmvfjxnnfyn545xil0076qinzlg968kp4qc48ydm6"; depends=[limma minfi]; };
DMRforPairs = derive2 { name="DMRforPairs"; version="1.6.0"; sha256="0b5mkhb5gkvfccvpgvklb3ksnq9gv6napcvxzcrph46nmm11i8zc"; depends=[GenomicRanges Gviz R2HTML]; };
DNABarcodes = derive2 { name="DNABarcodes"; version="1.0.0"; sha256="1wc2rcd7bc2yawm20frnx6xrkflglkcc9l27l91l349pdgsidcpm"; depends=[BH Matrix Rcpp]; };
DNAcopy = derive2 { name="DNAcopy"; version="1.44.0"; sha256="1c1px4rbr36xx929hp59k7ca9k5ab66qmn8k63fk13278ncm6h66"; depends=[]; };
DOQTL = derive2 { name="DOQTL"; version="1.6.0"; sha256="0sl7a1hhszrfxn52iw7cz6sl38y7mwk4giw3a7kqj22f1p6bhc6y"; depends=[annotate annotationTools Biobase BiocGenerics biomaRt corpcor doParallel foreach fpc GenomicRanges hwriter IRanges iterators mclust QTLRel regress rhdf5 Rsamtools RUnit VariantAnnotation XML]; };
DOSE = derive2 { name="DOSE"; version="2.8.1"; sha256="0afawq9ig85y5ivgbyavfzina4l4jjlzzdhyjahx4y9wdjy6210f"; depends=[AnnotationDbi ggplot2 GOSemSim igraph plyr qvalue reshape2 scales]; };
DSS = derive2 { name="DSS"; version="2.10.0"; sha256="06a7cs9i12p9zfv52hl4v3fll4dhaapjhq6fqc58mqlzfa8qlwdm"; depends=[Biobase bsseq]; };
DTA = derive2 { name="DTA"; version="2.16.0"; sha256="1j3dab7w9nqnbxyckwxhm733dvpdqyg22h60ipijyjwq2d1l8znc"; depends=[LSD scatterplot3d]; };
DeMAND = derive2 { name="DeMAND"; version="1.0.0"; sha256="1dcq5hvpdaihagg1rasbrhamaf938zh5b1lh7ynd0q52qpr5fm56"; depends=[KernSmooth]; };
DeconRNASeq = derive2 { name="DeconRNASeq"; version="1.12.0"; sha256="1dnq44l20b2n9skyz9kl4dck5vlir2jiyy265jgvgw4xji1gwi7l"; depends=[ggplot2 limSolve pcaMethods]; };
DiffBind = derive2 { name="DiffBind"; version="1.16.0"; sha256="0grg9wbdjb9ci2h3npkya3rzj5r3q083plkly0myr1y5cn73aw0v"; depends=[amap edgeR GenomicAlignments GenomicRanges gplots IRanges lattice limma locfit RColorBrewer Rsamtools SummarizedExperiment systemPipeR zlibbioc]; };
DiffLogo = derive2 { name="DiffLogo"; version="1.0.0"; sha256="10p93wwndvr2y4mfnh7y23gyr9i7lskgp1sa43261s4zjhynsp1k"; depends=[cba]; };
DirichletMultinomial = derive2 { name="DirichletMultinomial"; version="1.12.0"; sha256="1vlpd8pqzd86h13gn753444sx6jjgvd65asf58iyjhwy3izivakz"; depends=[IRanges S4Vectors]; };
DriverNet = derive2 { name="DriverNet"; version="1.10.0"; sha256="15iimcjdj28nbiksc9v6gw2i9mpkvbwkk8zcia1b7yklwb33assp"; depends=[]; };
DrugVsDisease = derive2 { name="DrugVsDisease"; version="2.9.0"; sha256="1wmw1r0x7kkmp47743aq0pp71wamnf5gsk6bhz6rdvswzb12iyqk"; depends=[affy annotate ArrayExpress BiocGenerics biomaRt GEOquery limma qvalue RUnit xtable]; };
DupChecker = derive2 { name="DupChecker"; version="1.8.0"; sha256="0p75kq178mls765q2v22bj7a727hb1v5rj4wkcagxavcls92vg0p"; depends=[R_utils RCurl]; };
DynDoc = derive2 { name="DynDoc"; version="1.48.0"; sha256="098idkx8m01gy0rylh67v5qnbx8bplyymc9il5sfpdv1hpc9abm3"; depends=[]; };
EBImage = derive2 { name="EBImage"; version="4.12.2"; sha256="1p49dap5nn9nwpglssl7fmlgvi1a1k0cpzdxph6x82kcm346srn4"; depends=[abind BiocGenerics fftwtools jpeg locfit png tiff]; };
EBSeq = derive2 { name="EBSeq"; version="1.10.0"; sha256="19slkx8b9p54vg4d3895kjsz4gij9pag1i3f351ypn0yx19skb80"; depends=[blockmodeling gplots testthat]; };
EBSeqHMM = derive2 { name="EBSeqHMM"; version="1.4.0"; sha256="02ba8famhbp4nxkg8jkwzs63qkfi7hi03h6w1igl2xn2343fnla3"; depends=[EBSeq]; };
EBarrays = derive2 { name="EBarrays"; version="2.34.0"; sha256="06kh68i7fjbi99rl8jp9vhbpywsr0x0fmyny83gzkbr192c8dvdw"; depends=[Biobase cluster lattice]; };
EBcoexpress = derive2 { name="EBcoexpress"; version="1.14.0"; sha256="1w6d2kp07p4vfyp1wl25z62kphccd5q3dahlh8qpvw824mjyzb04"; depends=[EBarrays mclust minqa]; };
EDASeq = derive2 { name="EDASeq"; version="2.4.0"; sha256="1bs70vqkwzzpg2g8pk87yj8bmn0i48gaz2cc5mpzjlfdas86hbhi"; depends=[AnnotationDbi aroma_light Biobase BiocGenerics biomaRt Biostrings DESeq GenomicFeatures GenomicRanges IRanges Rsamtools ShortRead]; };
EDDA = derive2 { name="EDDA"; version="1.8.0"; sha256="0gqgq57a11k7iygjyf3bszx8gm90a8frabmzib7kk84k3wrvynqg"; depends=[baySeq DESeq edgeR Rcpp ROCR snow]; };
ELBOW = derive2 { name="ELBOW"; version="1.6.0"; sha256="1kpprsv1s08qks10raqdh82c9w8dg0saxa1ahhnk1a2whzxj0n3m"; depends=[]; };
ELMER = derive2 { name="ELMER"; version="1.2.0"; sha256="0dxg6sy0nyizkxga66a1aaprbyqdh2djhiddzyqnhwb0zkr6x6nz"; depends=[GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 gridExtra IRanges minfi reshape S4Vectors]; };
EMDomics = derive2 { name="EMDomics"; version="2.0.0"; sha256="13rcbkyyk1l6xqklmws1ilnzyhal7g99499rnh0wlxbrwsb9n51w"; depends=[BiocParallel CDFt emdist ggplot2 matrixStats preprocessCore]; };
ENCODExplorer = derive2 { name="ENCODExplorer"; version="1.2.0"; sha256="15gf9vb56xj3nksiak4yaxz16zqs5ry5kjqhg2papc56f09yq223"; depends=[jsonlite RSQLite]; };
ENVISIONQuery = derive2 { name="ENVISIONQuery"; version="1.18.0"; sha256="1fyp6qyvw5cbapnpjx1s86pss2xhv98s4lqxfxwrsng6p1jh5z89"; depends=[rJava XML]; };
ENmix = derive2 { name="ENmix"; version="1.4.1"; sha256="191mm9pn53sys62736qf8kn84jxr9x5r39j4qbwyqq32gsjvq6ji"; depends=[Biobase doParallel foreach geneplotter impute MASS minfi preprocessCore sva wateRmelon]; };
EasyqpcR = derive2 { name="EasyqpcR"; version="1.12.0"; sha256="0s0ir8bpj3fwg79mzqz57c0crkqqq7hywiwyihcz2cykhsm1r11g"; depends=[gWidgetsRGtk2 matrixStats plotrix plyr]; };
EnrichedHeatmap = derive2 { name="EnrichedHeatmap"; version="1.0.0"; sha256="02mdn7isc58fznm55qxfp1an19wfl3kj509467c9r10b5zl5mglk"; depends=[ComplexHeatmap GenomicRanges IRanges locfit matrixStats]; };
EnrichmentBrowser = derive2 { name="EnrichmentBrowser"; version="2.0.0"; sha256="06dzlqkfydfzxhwqlrfk8j2xqglb08mc4xb7ik0jvh7yfrp91q0w"; depends=[AnnotationDbi Biobase biocGraph biomaRt ComplexHeatmap DESeq2 EDASeq edgeR geneplotter graph GSEABase hwriter KEGGgraph KEGGREST limma MASS mixtools neaGUI npGSEA PathNet pathview ReportingTools Rgraphviz S4Vectors safe SparseM SPIA stringr SummarizedExperiment topGO]; };
ExiMiR = derive2 { name="ExiMiR"; version="2.12.0"; sha256="0c37jkych7pgahfdbwqqffg6746cfxwv7q10pqpnjsdg075pw8q9"; depends=[affy affyio Biobase limma preprocessCore]; };
ExpressionView = derive2 { name="ExpressionView"; version="1.22.0"; sha256="1gwhz8q5kyi01jwlwpd39dp292pc6k4v1w0al4653151qb5m55ja"; depends=[AnnotationDbi bitops caTools eisa isa2]; };
FEM = derive2 { name="FEM"; version="2.6.0"; sha256="1pwbn2igwrd50wn8402f3zwd22h4c8anjmbrls2i6h86ardl046f"; depends=[AnnotationDbi BiocGenerics corrplot graph igraph impute limma marray Matrix]; };
FGNet = derive2 { name="FGNet"; version="3.4.0"; sha256="0pvzy185wqd9rnzc2py92zmpxywi8ysk9a7dh3415m748knw4rz8"; depends=[hwriter igraph plotrix png R_utils RColorBrewer reshape2 XML]; };
FISHalyseR = derive2 { name="FISHalyseR"; version="1.4.0"; sha256="0vn83slaaphw9nxp7yp6v8xp5n6kqd2zzvv7v4bn9jfi4cskxbib"; depends=[abind EBImage]; };
FRGEpistasis = derive2 { name="FRGEpistasis"; version="1.6.0"; sha256="05q3cbm9v9wq0av607gx526989a88lsbdaaskgac4dcfwwb6s5xy"; depends=[fda MASS]; };
FindMyFriends = derive2 { name="FindMyFriends"; version="1.0.2"; sha256="1w55grk5x4jik7g015wv48v7dpkk86dbaq21ni44zzvqiw0lwc9q"; depends=[Biobase BiocParallel Biostrings digest dplyr filehash ggdendro ggplot2 gtable igraph IRanges kebabs Matrix Rcpp reshape2 S4Vectors]; };
FlowRepositoryR = derive2 { name="FlowRepositoryR"; version="1.2.0"; sha256="1y1y7g9111z55cwi2ph44yqib41234g77xwsybk6irlq1anizz7p"; depends=[RCurl XML]; };
FlowSOM = derive2 { name="FlowSOM"; version="1.2.0"; sha256="019qzh7h0bygxi4b4si1zxavx99121has7jry7swkglwss2qx0ri"; depends=[BiocGenerics ConsensusClusterPlus flowCore igraph tsne]; };
FourCSeq = derive2 { name="FourCSeq"; version="1.4.0"; sha256="1xh0l90hp6jy9j0xkh78dm9kyk90zzlg04yfrzd4v12mwljs8r19"; depends=[Biobase Biostrings DESeq2 fda GenomicAlignments GenomicRanges ggbio ggplot2 gtools LSD Matrix reshape2 Rsamtools rtracklayer SummarizedExperiment]; };
FunciSNP = derive2 { name="FunciSNP"; version="1.12.0"; sha256="1125ismkp2sprshv4b39l6bycdlry3933jaliva17c0bgjr27jhm"; depends=[AnnotationDbi ChIPpeakAnno GenomicRanges ggplot2 IRanges plyr reshape Rsamtools rtracklayer scales snpStats VariantAnnotation]; };
GENE_E = derive2 { name="GENE.E"; version="1.10.0"; sha256="1czm1j144i842d7lf01c9gmyifikp4a66sq49i7rgpzbiz3pndkf"; depends=[RCurl rhdf5]; };
GENESIS = derive2 { name="GENESIS"; version="2.0.0"; sha256="0s8lx62yl6paxggh80qgc6q3imgjp3qzw7awadd6kw2wn69avz39"; depends=[gdsfmt GWASTools]; };
GEOmetadb = derive2 { name="GEOmetadb"; version="1.30.0"; sha256="1jw4n5p7vd75qhz7r7ll6ydsdrgmrclb8p0sks4xz3l87cd03pb3"; depends=[GEOquery RSQLite]; };
GEOquery = derive2 { name="GEOquery"; version="2.36.0"; sha256="18scw6jx4z7zab653if686cn1kyy0v2i7dfvvxb05wsrj7blmai1"; depends=[Biobase RCurl XML]; };
GEOsearch = derive2 { name="GEOsearch"; version="1.0.0"; sha256="0z03pjswqdy4iw88x9cfjiikr9rwibwcw4443b18q2aqnp4yn83r"; depends=[]; };
GEOsubmission = derive2 { name="GEOsubmission"; version="1.22.0"; sha256="0djm7r2g2c0k5img45v9a56gfppx0qwfla8di01fvphlwag21gi1"; depends=[affy Biobase]; };
GEWIST = derive2 { name="GEWIST"; version="1.14.0"; sha256="0k6zk4g0rsfjvf30sx588xfrvi31vwnh5fysz9rigbkvrhayv12r"; depends=[car]; };
GGBase = derive2 { name="GGBase"; version="3.32.0"; sha256="15vvwigv9xy87dl2c795c3abpnrzr364m4sbslmns403rg8dpsiw"; depends=[AnnotationDbi Biobase BiocGenerics digest genefilter GenomicRanges IRanges limma Matrix S4Vectors snpStats SummarizedExperiment]; };
GGtools = derive2 { name="GGtools"; version="5.6.0"; sha256="1ndvlyfzjn519z9zh6kf5sdjaz3ckracgyf2lxp23nchm2311lf0"; depends=[AnnotationDbi biglm Biobase BiocGenerics Biostrings bit data_table ff GenomeInfoDb GenomicRanges GGBase ggplot2 Gviz hexbin IRanges iterators reshape2 ROCR Rsamtools rtracklayer S4Vectors snpStats VariantAnnotation]; };
GLAD = derive2 { name="GLAD"; version="2.34.0"; sha256="18ahik48499j6yf6h7k8f05s7w50b5fzs2hcz33zz36mlppz4xnr"; depends=[]; };
GOFunction = derive2 { name="GOFunction"; version="1.18.0"; sha256="00pdxf24sxdnh31h69c5zjhl1j2jv1ag91ay3a9w62p07bcg82l6"; depends=[AnnotationDbi Biobase graph Rgraphviz SparseM]; };
GOSemSim = derive2 { name="GOSemSim"; version="1.28.1"; sha256="13vyz35fpbax47p6q4db8s109mzksq8bzgdwvh5adchd7h0m5wqk"; depends=[AnnotationDbi Rcpp]; };
GOSim = derive2 { name="GOSim"; version="1.8.0"; sha256="14dyazr7p9p7h1cckbmd5yjj76718lqgfnqbcrrz52qyk0dqz6wx"; depends=[annotate AnnotationDbi cluster corpcor flexmix graph Matrix RBGL Rcpp topGO]; };
GOTHiC = derive2 { name="GOTHiC"; version="1.6.0"; sha256="0fbrflqyfihks23mxmqn8v4mm5m1ff4zzg52lfxdz3an72mvznv6"; depends=[BiocGenerics Biostrings BSgenome data_table GenomicRanges ggplot2 IRanges rtracklayer S4Vectors ShortRead]; };
GOexpress = derive2 { name="GOexpress"; version="1.4.1"; sha256="16ckxdlzsx8p2qli55008j59xf88yf7b62z3nilxh5fvnr92900w"; depends=[Biobase biomaRt ggplot2 gplots randomForest RColorBrewer stringr VennDiagram]; };
GOstats = derive2 { name="GOstats"; version="2.36.0"; sha256="0jxzlipz27pm2iijgiczpnjlda9fj8y00sbbksyyr3i1rjx72vp5"; depends=[annotate AnnotationDbi AnnotationForge Biobase Category graph RBGL]; };
GOsummaries = derive2 { name="GOsummaries"; version="2.4.0"; sha256="0431dpkm6j65mvzdpr7zdynbkqy7xvbha21qg64w7kw2j6zjpaqb"; depends=[ggplot2 gProfileR gtable limma plyr Rcpp reshape2]; };
GRENITS = derive2 { name="GRENITS"; version="1.22.0"; sha256="1i1mbc7sd0irc0da0pz876dibvyx451h9475hlq9ydw6q04kfjzq"; depends=[ggplot2 Rcpp RcppArmadillo reshape2]; };
GSAR = derive2 { name="GSAR"; version="1.4.0"; sha256="0l0vid5ba3yj8ywdj904zvm6gyvig1drxvr1b4xidyd0g0fpl6a9"; depends=[igraph]; };
GSCA = derive2 { name="GSCA"; version="1.8.0"; sha256="06pjmi5xc8hld09pmw87lwk5wa7cyd9qb2h32qmblc56wai7qxny"; depends=[ggplot2 gplots RColorBrewer reshape2 rhdf5 shiny sp]; };
GSEABase = derive2 { name="GSEABase"; version="1.32.0"; sha256="1jjl5x7qrw83v0g0d6c27g5jk5zwjd31h0p4ghprr7y34cbddaas"; depends=[annotate AnnotationDbi Biobase BiocGenerics graph XML]; };
GSEAlm = derive2 { name="GSEAlm"; version="1.30.0"; sha256="1gxa973l3m3jdxmvx0y0fnhpxd81bg03j6p9b0dcbhw93pdnjhsv"; depends=[Biobase]; };
GSRI = derive2 { name="GSRI"; version="2.18.0"; sha256="1jjzkgaf2scnqasjd1nbxrfm5k97psyxy0d2grb23aznfviynmsy"; depends=[Biobase fdrtool genefilter GSEABase les]; };
GSReg = derive2 { name="GSReg"; version="1.4.0"; sha256="1qq0lrx2mvwzf7s4v8i162fpb68njm5sscz4h22hyskdxrjkk8vp"; depends=[]; };
GSVA = derive2 { name="GSVA"; version="1.18.0"; sha256="1w17a5d4vd4gibg88npbx86pmcg7wzqnih1a3g4mpvld0wf2xs8q"; depends=[Biobase BiocGenerics GSEABase]; };
GUIDEseq = derive2 { name="GUIDEseq"; version="1.0.4"; sha256="03hswcshnvb7pmacxnx6lrqqy6fxprjkv9sydjkca5nvd84i7bdz"; depends=[BiocGenerics BiocParallel Biostrings BSgenome ChIPpeakAnno CRISPRseek data_table GenomicRanges IRanges matrixStats S4Vectors]; };
GWASTools = derive2 { name="GWASTools"; version="1.16.1"; sha256="09zkwh5zcrfss2kdj81jdcs6i9i123xis3myj73f4si74bd1dq83"; depends=[Biobase DBI DNAcopy gdsfmt GWASExactHW lmtest logistf ncdf quantsmooth RSQLite sandwich survival]; };
GeneAnswers = derive2 { name="GeneAnswers"; version="2.12.0"; sha256="1gacvc1vd0sl6jn0r14w4n37hsrmx6m5k1l7d2a5m3qssyk6l6n3"; depends=[annotate Biobase downloader Heatplus igraph MASS RBGL RColorBrewer RCurl RSQLite XML]; };
GeneBreak = derive2 { name="GeneBreak"; version="1.0.0"; sha256="0bzb1wzj9jj069x6ikns4743h5kc4nmdf5j7mm2w2lrfa1x1v1dd"; depends=[CGHbase CGHcall GenomicRanges QDNAseq]; };
GeneExpressionSignature = derive2 { name="GeneExpressionSignature"; version="1.16.0"; sha256="1vb7qj2pgg8s51c43y12r1ar68jdaf3xrmmwvq8r182ky3cs45j7"; depends=[Biobase PGSEA]; };
GeneGA = derive2 { name="GeneGA"; version="1.20.0"; sha256="1pnpcqrfvzff2fyakapkk48l76vx960617l2nbm0pbsv98sdygb2"; depends=[hash seqinr]; };
GeneMeta = derive2 { name="GeneMeta"; version="1.42.0"; sha256="0r6ch9xylv3zfcfm95fy6civcg322dw43vadlw9asv9pkd80fai9"; depends=[Biobase genefilter]; };
GeneNetworkBuilder = derive2 { name="GeneNetworkBuilder"; version="1.12.0"; sha256="00gqrsnfizf2gspqazjg6iyhvazgs67jsakx588643ss5fbdmxkv"; depends=[graph plyr Rcpp]; };
GeneOverlap = derive2 { name="GeneOverlap"; version="1.6.0"; sha256="0hc7khxgpic2h5s60gnjrr89i4lq4v3jb8d1333bvi5yqvj45qip"; depends=[gplots RColorBrewer]; };
GeneRegionScan = derive2 { name="GeneRegionScan"; version="1.26.0"; sha256="08wi95jgbf3ldylfhx78kc390bfj3wvl2ymvs9yqpjk57q8hjq8w"; depends=[affxparser Biobase Biostrings RColorBrewer]; };
GeneSelectMMD = derive2 { name="GeneSelectMMD"; version="2.14.0"; sha256="05wcx826932i78k1fnl1ifjwzdz95i4bq0picm44wb4s13pv31my"; depends=[Biobase limma MASS survival]; };
GeneSelector = derive2 { name="GeneSelector"; version="2.20.0"; sha256="179mjqk9w4zm33mhja7hmwphpnxsv32mh60avs2mqmq9fi9z6pdh"; depends=[Biobase limma multtest samr siggenes]; };
GeneticsDesign = derive2 { name="GeneticsDesign"; version="1.38.0"; sha256="1yh8s40fr0yqbch7ix9y4p22ih0008xpjy5nn5x37y575l41hhwh"; depends=[gmodels gtools mvtnorm]; };
GeneticsPed = derive2 { name="GeneticsPed"; version="1.32.0"; sha256="0ysrjrs30kqcfafjc5wzz2f4w59jhfk5ywyzn8rgagajvdzcg6z4"; depends=[gdata genetics MASS]; };
GenoView = derive2 { name="GenoView"; version="1.3.0"; sha256="09k9xjmx3qmsfr3a4vrfgs73r0xsymf5m4gl0zjjk4cnfk7bs41v"; depends=[biovizBase GenomicRanges ggbio ggplot2 gridExtra]; };
GenomeGraphs = derive2 { name="GenomeGraphs"; version="1.30.0"; sha256="1wkjcg6w95wlrdgaskc3xndl0azmxhxnsipf9qrj057gf2rpx7zf"; depends=[biomaRt]; };
GenomeInfoDb = derive2 { name="GenomeInfoDb"; version="1.6.1"; sha256="1j2n1v1mrw1fxn7cyffz112pm76wd6gy9q9qwlsfv3brbsqbvdbf"; depends=[BiocGenerics IRanges S4Vectors]; };
GenomicAlignments = derive2 { name="GenomicAlignments"; version="1.6.1"; sha256="03pxzkmwcpl0d7a09ahan0nllfv7qw2i7w361w6af2s4n3xwrniz"; depends=[BiocGenerics BiocParallel Biostrings GenomeInfoDb GenomicRanges IRanges Rsamtools S4Vectors SummarizedExperiment]; };
GenomicFeatures = derive2 { name="GenomicFeatures"; version="1.22.5"; sha256="1xsddq2py8aj740gj1hi7h0ah94h85snsgcffy3aazriaa7cimay"; depends=[AnnotationDbi Biobase BiocGenerics biomaRt Biostrings DBI GenomeInfoDb GenomicRanges IRanges RCurl RSQLite rtracklayer S4Vectors XVector]; };
GenomicFiles = derive2 { name="GenomicFiles"; version="1.6.0"; sha256="0llgwx8yi484szjha9klk4l2bzda3ghjr0b9wd7wnhf6cpi33p41"; depends=[BiocGenerics BiocParallel GenomicAlignments GenomicRanges IRanges Rsamtools rtracklayer S4Vectors SummarizedExperiment]; };
GenomicInteractions = derive2 { name="GenomicInteractions"; version="1.4.0"; sha256="10sq5lbzvw4kn9gbbj833bx6d4x0b5hgbq1vcvb0s6b3li891ic2"; depends=[BiocGenerics data_table dplyr GenomeInfoDb GenomicRanges ggplot2 gridExtra Gviz igraph IRanges Rsamtools S4Vectors stringr]; };
GenomicRanges = derive2 { name="GenomicRanges"; version="1.22.1"; sha256="1rgqzax2w0jy7bd3b8wfglg8b9lmbnjjzkrm38zd42dsa5gmddbr"; depends=[BiocGenerics GenomeInfoDb IRanges S4Vectors XVector]; };
GenomicTuples = derive2 { name="GenomicTuples"; version="1.4.0"; sha256="1bp8m960dfffaw8nbzz035b07lhp48z8lcjq23n6ima76qh5x4iw"; depends=[Biobase BiocGenerics GenomeInfoDb GenomicRanges IRanges Rcpp S4Vectors]; };
Genominator = derive2 { name="Genominator"; version="1.24.0"; sha256="1rqzxbji5wh6dshjsprj1mzps08l07gxmjir9naj6lsj2q0xhn9p"; depends=[BiocGenerics DBI GenomeGraphs IRanges RSQLite]; };
GlobalAncova = derive2 { name="GlobalAncova"; version="3.38.0"; sha256="011yf2bng9qb7rgds670ranp9z5qm569405qpk5y6xb9rvnpnxy3"; depends=[annotate AnnotationDbi corpcor globaltest]; };
GoogleGenomics = derive2 { name="GoogleGenomics"; version="1.2.0"; sha256="1z87jmd5vzg5v93bv9k3998wqhnk5p2v9d2qr9g0xxjvxw2q78fm"; depends=[Biostrings GenomeInfoDb GenomicAlignments GenomicRanges httr IRanges rjson Rsamtools S4Vectors VariantAnnotation]; };
GraphAT = derive2 { name="GraphAT"; version="1.42.0"; sha256="036g6cc9r96jgj7nhlgmq0jn553hajyalwibkdnw7qy88d45c8qz"; depends=[graph MCMCpack]; };
GraphAlignment = derive2 { name="GraphAlignment"; version="1.34.0"; sha256="0af3m51zs35v84h4vj02fwm50iw2rk32jrixdbcw033ispl7wrkv"; depends=[]; };
GraphPAC = derive2 { name="GraphPAC"; version="1.12.0"; sha256="00h0ivx02vz0mjlnlvnjg6wqfv4r35c0zwlb5s8hfa1sf5fw68d2"; depends=[igraph iPAC RMallow TSP]; };
GreyListChIP = derive2 { name="GreyListChIP"; version="1.2.0"; sha256="0pnyk05fri2pgin9ppyq2lk5rsc4cays5za6vhgdsjvv08sxyykz"; depends=[BSgenome GenomeInfoDb GenomicAlignments GenomicRanges MASS Rsamtools rtracklayer]; };
Guitar = derive2 { name="Guitar"; version="1.7.0"; sha256="0ld2ghyq3f02as01jzwkbc0wbly1g40bqy5mmvvrj87b8l235h10"; depends=[GenomicAlignments GenomicFeatures GenomicRanges ggplot2 IRanges Rsamtools rtracklayer]; };
Gviz = derive2 { name="Gviz"; version="1.14.0"; sha256="06ddj9lyg3ja597ai53nk1li1hpc65dbvj2gb51pq9xhxlpgdxa7"; depends=[AnnotationDbi Biobase BiocGenerics biomaRt Biostrings biovizBase BSgenome digest GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges lattice latticeExtra matrixStats RColorBrewer Rsamtools rtracklayer S4Vectors XVector]; };
HCsnip = derive2 { name="HCsnip"; version="1.10.0"; sha256="0x4lpx13bhr2w5yhrcsc89g0x4q1dy0j588h210ziizgh67qqcrs"; depends=[Biobase clusterRepro coin fpc impute randomForestSRC sigaR sm survival]; };
HDTD = derive2 { name="HDTD"; version="1.4.0"; sha256="0d3aycz0j34iqg8xqqnga8x6ynwn0b551qizpqby8j5whlrgdw76"; depends=[]; };
HELP = derive2 { name="HELP"; version="1.28.0"; sha256="0m5hk3215q2gr59agzjzdbqkxkf292injxrn1ji1n29vbfzjhd41"; depends=[Biobase]; };
HEM = derive2 { name="HEM"; version="1.42.0"; sha256="08xbpvw3bm3hsri7z8gvivffi99ai0b4a17jkah1siy5d3wnzvci"; depends=[Biobase]; };
HIBAG = derive2 { name="HIBAG"; version="1.6.0"; sha256="0haxbzylzprcylc90aw9637g7isdvrd1j9936rnzjv442qp6a0i0"; depends=[]; };
HMMcopy = derive2 { name="HMMcopy"; version="1.12.0"; sha256="1l0ynzk8cg9i1dcb2q724p0gk0gxcrcmr9ndlvjm1jq9f2cd9lma"; depends=[geneplotter IRanges]; };
HTSFilter = derive2 { name="HTSFilter"; version="1.10.0"; sha256="0yfmjn1hq2dr8bh3f77kl0i4md18q4l6sfpvlsi7bf12r9cg3677"; depends=[Biobase DESeq DESeq2 edgeR]; };
HTSanalyzeR = derive2 { name="HTSanalyzeR"; version="2.22.0"; sha256="01mb273v1i9k0d2gbl9mpmr4rrnx49s3srv0yh1znvmwx0hmfyq2"; depends=[AnnotationDbi biomaRt BioNet cellHTS2 graph GSEABase igraph RankProd]; };
HTSeqGenie = derive2 { name="HTSeqGenie"; version="3.20.0"; sha256="0k03764g9wi8wlx4lg0lpyb7h8aqzi5y9d2wf1jbg20dk81brbzw"; depends=[BiocGenerics BiocParallel Biostrings Cairo chipseq GenomicAlignments GenomicFeatures GenomicRanges gmapR hwriter IRanges Rsamtools rtracklayer S4Vectors ShortRead VariantAnnotation VariantTools]; };
HTqPCR = derive2 { name="HTqPCR"; version="1.24.0"; sha256="1bjnirp3ha5ymnv1xyh02d77w7gp36qk62gjfzkbsnhwbwajpdkx"; depends=[affy Biobase gplots limma RColorBrewer]; };
Harshlight = derive2 { name="Harshlight"; version="1.42.0"; sha256="1b2ggv680ckj0350a2y36vlm1dszk5gx3b60qf61cqb8a0mzcyb4"; depends=[affy altcdfenvs Biobase]; };
Heatplus = derive2 { name="Heatplus"; version="2.16.0"; sha256="1mp31d9gd313kzx2d6nymapqxhzpd8n15li5xl52wq10w574lpc0"; depends=[RColorBrewer]; };
HiTC = derive2 { name="HiTC"; version="1.14.0"; sha256="0vdlj9jslvqx73d766bn9zr8drnhd334n053xmc340s2vjs7s4nq"; depends=[Biostrings GenomeInfoDb GenomicRanges IRanges Matrix RColorBrewer rtracklayer]; };
HilbertCurve = derive2 { name="HilbertCurve"; version="1.0.0"; sha256="03yb9w4qn7c1p4yvgkcf6bjq3ms52w9jydknjryzf65gciy9m2mj"; depends=[GenomicRanges HilbertVis IRanges png]; };
HilbertVis = derive2 { name="HilbertVis"; version="1.28.0"; sha256="1shs6frmbfvkl8pg1nbiqlm5i9ngq6pin67gkxs5v8xw5q9rk7ya"; depends=[lattice]; };
HilbertVisGUI = derive2 { name="HilbertVisGUI"; version="1.28.0"; sha256="0nvg7zakp92fi9x1alvqp5mzv4vlqsg9ayvq0lknk8gc7k72y694"; depends=[HilbertVis]; };
HybridMTest = derive2 { name="HybridMTest"; version="1.14.0"; sha256="0mgdqp6s7lfywxqymap27lbz6hgmq6rczmy2dnhdk2wwl96gp68k"; depends=[Biobase fdrtool MASS survival]; };
IMPCdata = derive2 { name="IMPCdata"; version="1.4.0"; sha256="06ch3cp15ffch82gdqiwnnlakshdl2mmvq99c9iq5prp89vk41d6"; depends=[rjson]; };
INPower = derive2 { name="INPower"; version="1.6.0"; sha256="1jdsvglgipmzjjaz972b7xbcykynck4326r8d5bxm8yh2hv7nshv"; depends=[mvtnorm]; };
INSPEcT = derive2 { name="INSPEcT"; version="1.0.0"; sha256="0a7jkw4wlp05aknzc9mf9r3kfrzgmhdjmykp796s3cyjjxksk74j"; depends=[Biobase BiocParallel deSolve GenomicFeatures GenomicRanges IRanges preprocessCore pROC rootSolve]; };
IONiseR = derive2 { name="IONiseR"; version="1.0.0"; sha256="0i5d3pcbd5wsrfm1ciydn3r3cgj3xr85qm9imj5a60922hwnz60i"; depends=[BiocGenerics Biostrings data_table dplyr ggplot2 magrittr rhdf5 ShortRead tidyr XVector]; };
IPPD = derive2 { name="IPPD"; version="1.18.0"; sha256="1kl4rx6rdmpkm7bd2w8ncvz4sb8x6wljvxkif2l17yflsp1wjvp2"; depends=[bitops digest MASS Matrix XML]; };
IRanges = derive2 { name="IRanges"; version="2.4.4"; sha256="0m1cm6xvslmi41vsccdkz8birq1q7h4h0paz5cra8104qpm55y9m"; depends=[BiocGenerics S4Vectors]; };
ITALICS = derive2 { name="ITALICS"; version="2.30.0"; sha256="0bm38swbkqnf6nq17p49bh1lvpdvyz4vqv645awmfb5h7sfkhc3v"; depends=[affxparser DBI GLAD oligo oligoClasses]; };
IVAS = derive2 { name="IVAS"; version="1.2.0"; sha256="05sm8zhjqm3b966s9hc9dmsxajzry60wcz1qbxn989nly270cnqh"; depends=[AnnotationDbi BiocGenerics doParallel foreach GenomeInfoDb GenomicFeatures GenomicRanges IRanges lme4 Matrix S4Vectors]; };
Icens = derive2 { name="Icens"; version="1.42.0"; sha256="14a2fsddq2vq7b5yaairxg2p3ivrfck1r91sc2izbiyvkqk5qjb4"; depends=[survival]; };
IdMappingAnalysis = derive2 { name="IdMappingAnalysis"; version="1.14.0"; sha256="11rn1b6665b64h3a4mb8qkg5kp5l9ha6aa14f512k7lzs1vcczpm"; depends=[Biobase boot mclust R_oo rChoiceDialogs RColorBrewer]; };
IdMappingRetrieval = derive2 { name="IdMappingRetrieval"; version="1.18.0"; sha256="1jfhxxi3kavd9hjfdly36w634n46ni55i4lndfkqz6mp3h0rlb3s"; depends=[AffyCompatible biomaRt DAVIDQuery ENVISIONQuery R_methodsS3 R_oo rChoiceDialogs RCurl XML]; };
IdeoViz = derive2 { name="IdeoViz"; version="1.4.0"; sha256="17rdvqim46q3lwm4c4k1xyayn8x76v9sj34x2xsr7day1r5kssq3"; depends=[Biobase GenomeInfoDb GenomicRanges IRanges RColorBrewer rtracklayer]; };
Imetagene = derive2 { name="Imetagene"; version="1.0.0"; sha256="1di9nx5ad0wd17byn740azx9yb6hd12dzvlfl8s5iyas4z9qzwya"; depends=[d3heatmap ggplot2 metagene shiny shinyBS shinyFiles shinythemes]; };
InPAS = derive2 { name="InPAS"; version="1.2.0"; sha256="0qplmjr9kldi62adn77a2pa8ml2h3dspp2j1sx1cjck7hvbahlc1"; depends=[AnnotationDbi Biobase BiocParallel BSgenome cleanUpdTSeq depmixS4 GenomeInfoDb GenomicFeatures GenomicRanges Gviz IRanges limma preprocessCore S4Vectors seqinr]; };
IsoGeneGUI = derive2 { name="IsoGeneGUI"; version="2.6.0"; sha256="1b7my9ri3kwi4rbdymcnwdjzv88pgdfjf2ax4gls0v4460hwg5az"; depends=[Biobase ff geneplotter goric Iso IsoGene jpeg multtest ORCME ORIClust orQA RColorBrewer Rcpp relimp tkrplot xlsx]; };
KCsmart = derive2 { name="KCsmart"; version="2.28.0"; sha256="1bkc3ih97g0sr53wi4r0hdi6c46a7iabdsb7qy04mz7a8pa1g5ja"; depends=[BiocGenerics KernSmooth multtest siggenes]; };
KEGGREST = derive2 { name="KEGGREST"; version="1.10.0"; sha256="0w0a7fbdsf74db5abhlk8ns4279shrynxry1xsm7wbkivgc92r6r"; depends=[Biostrings httr png]; };
KEGGgraph = derive2 { name="KEGGgraph"; version="1.28.0"; sha256="03lvm6qjalqwbi9i84b3glwf0kkagl3zh7cxhjd0jn7xzr20iw7q"; depends=[graph XML]; };
KEGGprofile = derive2 { name="KEGGprofile"; version="1.12.0"; sha256="08yg0vn7d0yyamwj8s9bg9130y1dag34w5j9dhi00x7381jnrxwr"; depends=[AnnotationDbi biomaRt KEGGREST png TeachingDemos XML]; };
LBE = derive2 { name="LBE"; version="1.38.0"; sha256="0gsckpx2903pz55mjc8a3g3w4w3q58cly40mnjb82aqjc5vd8zzk"; depends=[]; };
LEA = derive2 { name="LEA"; version="1.2.0"; sha256="1mq5yhs9gq321ngrfqra3isfjp5isxz00f14ify4h7wjn2w5abnp"; depends=[]; };
LMGene = derive2 { name="LMGene"; version="2.26.0"; sha256="0mfs8kpirwkv8salg6aacy0hr0zwmmxr7pzh88sxj3x71k2dclzi"; depends=[affy Biobase multtest survival]; };
LOLA = derive2 { name="LOLA"; version="1.0.0"; sha256="0lr8rzgzimmnwz9q0yyxxpa8prc06rzy1agz4in6r2iqjwpb9dq9"; depends=[data_table GenomicRanges IRanges]; };
LPE = derive2 { name="LPE"; version="1.44.0"; sha256="16cynjjqzji4ys6k61p9wgrwz0bnvcrqadq32i49ppfyxnf248pd"; depends=[]; };
LPEadj = derive2 { name="LPEadj"; version="1.30.0"; sha256="0ll9n3wkaink16laj2y98hb0kx5dglz776zlwdfkw54l1fjvvj5h"; depends=[LPE]; };
LVSmiRNA = derive2 { name="LVSmiRNA"; version="1.20.0"; sha256="1q43harvk7q5wb8yjffhvzs4dxl8h5vp60ngym5vcvapxr8iym3w"; depends=[affy Biobase BiocGenerics limma MASS quantreg SparseM vsn zlibbioc]; };
LedPred = derive2 { name="LedPred"; version="1.2.0"; sha256="0zripgxpy0fr8d02k716frzbrrh1hdp85l7agk58yyhzw086b0bl"; depends=[akima e1071 GenomicRanges irr jsonlite plot3D plyr RCurl ROCR testthat]; };
LiquidAssociation = derive2 { name="LiquidAssociation"; version="1.24.0"; sha256="0h20asshxybng9apaqlvwfl30db7cwf2nqknwrd52rdh3b2x4025"; depends=[Biobase geepack]; };
LowMACA = derive2 { name="LowMACA"; version="1.2.0"; sha256="12jm8psg7rnrsxydcqzfgiryy6lk5mxyximfzn7hnqqvxbs3wc55"; depends=[BiocParallel Biostrings cgdsr data_table motifStack RColorBrewer reshape2 stringr]; };
M3D = derive2 { name="M3D"; version="1.4.0"; sha256="088ghd9r5jr51179cj9hbk1dpj4f9fkrbgyghlq29w2bbgzc57xx"; depends=[BiSeq GenomicRanges IRanges]; };
MAIT = derive2 { name="MAIT"; version="1.4.0"; sha256="0yhslwqij9b073if2zp7f9w4fcxx02w9qjp2sj29g9gj1xfyij5b"; depends=[agricolae CAMERA caret class e1071 gplots MASS pls plsgenomics Rcpp xcms]; };
MANOR = derive2 { name="MANOR"; version="1.42.0"; sha256="0k2mg4bchjaabbbxhnjgc0j3r10hngc1al06dp7077h1yqrcr9v2"; depends=[GLAD]; };
MBASED = derive2 { name="MBASED"; version="1.4.0"; sha256="0v56m2cdwq59drqxnpg3cg8cmwkq75wzrscyj7ajy1zp71m4kn4b"; depends=[BiocGenerics BiocParallel GenomicRanges RUnit SummarizedExperiment]; };
MBAmethyl = derive2 { name="MBAmethyl"; version="1.4.0"; sha256="0knn0fgrqmddwiyip49gchp5fzz77fb3fndhyddb0xw752nqvw8p"; depends=[]; };
MBCB = derive2 { name="MBCB"; version="1.24.0"; sha256="1qryzcjf3w138n12amch1zq2nl5nvagqqv422kcladapaq2lsgi2"; depends=[preprocessCore tcltk2]; };
MCRestimate = derive2 { name="MCRestimate"; version="2.26.0"; sha256="1igfffsgz6m4rl2a5fnkb92r5x4qjr2yl8gaj3ws8478q3aq0bgd"; depends=[Biobase e1071 pamr randomForest RColorBrewer]; };
MEAL = derive2 { name="MEAL"; version="1.0.1"; sha256="06jpn72bx2dzrpaixbp8i00wd1k6rqsxkzqhidyk9mkd507cgycs"; depends=[Biobase BiocGenerics DMRcate doParallel GenomicRanges ggplot2 IRanges limma minfi S4Vectors scales SNPassoc snpStats sva vegan]; };
MEDIPS = derive2 { name="MEDIPS"; version="1.20.0"; sha256="1p2lkms736idwq5wp79w2d0465yrkh2y7g97rcjffl60vhvjc8pm"; depends=[biomaRt Biostrings BSgenome DNAcopy edgeR GenomicRanges gtools IRanges preprocessCore Rsamtools rtracklayer]; };
MEDME = derive2 { name="MEDME"; version="1.30.0"; sha256="0j2zgd9lx3cbbv2vyqb4nd9rk3lxk33az50n8b9sn4cab7yws54x"; depends=[Biostrings drc MASS]; };
MEIGOR = derive2 { name="MEIGOR"; version="1.4.0"; sha256="1nywi9cndvkabiryrq72vxgrhz9d8jvzjvzhz9i4mx6g8xvphjng"; depends=[CNORode deSolve Rsolnp snowfall]; };
MGFM = derive2 { name="MGFM"; version="1.4.0"; sha256="1ffmz1cbk0bhswrjkjg1mg3cslmx2k2sxhhggv9s2wavx2s4q3ba"; depends=[annotate AnnotationDbi]; };
MIMOSA = derive2 { name="MIMOSA"; version="1.8.0"; sha256="1kc7qszpcxp82f56yxa7s1bcs5wblm4ywj5izgdf981qq16d6s2h"; depends=[Biobase coda data_table Formula ggplot2 Kmisc MASS MCMCpack modeest plyr pracma Rcpp RcppArmadillo reshape scales testthat]; };
MLInterfaces = derive2 { name="MLInterfaces"; version="1.50.0"; sha256="16lf1hmjdmsh9r8qh9042k1rzvl8r39n71f2qs6ca79qcwpb9k6j"; depends=[annotate Biobase BiocGenerics cluster fpc gbm gdata genefilter ggvis hwriter MASS mlbench pls RColorBrewer rda rgl rpart sfsmisc shiny threejs]; };
MLP = derive2 { name="MLP"; version="1.18.0"; sha256="1g45rnj58bkp7n6paz7713ny0lc6v7lxigqsnvq4w460sg9k060d"; depends=[affy AnnotationDbi gdata gmodels gplots gtools plotrix]; };
MLSeq = derive2 { name="MLSeq"; version="1.8.0"; sha256="1r7b4kjrkl70k6g286hxggkfmhgxadn9176fmd3nhin8ig0j3d48"; depends=[Biobase caret DESeq2 edgeR limma randomForest]; };
MMDiff = derive2 { name="MMDiff"; version="1.10.0"; sha256="0v000a87ciw83xj6p2443k1zs1w98ax38nzaf643wqmb8szwr6vf"; depends=[Biobase DiffBind GenomicRanges GMD IRanges Rsamtools]; };
MPFE = derive2 { name="MPFE"; version="1.6.0"; sha256="1n12bpb8jqddrcpdbbpfxzk4r44kg3p8bg8an5drzbv6rmyhdxwn"; depends=[]; };
MSGFgui = derive2 { name="MSGFgui"; version="1.4.0"; sha256="0pb9i81pqnz05jrwqh9myz5zchdn8ng5nrsv3cmdg4713yskqpcw"; depends=[MSGFplus mzID mzR shiny shinyFiles xlsx]; };
MSGFplus = derive2 { name="MSGFplus"; version="1.4.0"; sha256="1hw40kyhkxm0iy60n3y1cw2k52q5vjl47k4z5x34syq5d14iplva"; depends=[mzID]; };
MSnID = derive2 { name="MSnID"; version="1.4.0"; sha256="1my0kg8wi7f73sgy8brczkdxvjc2mslv3akk69bqw6j0lk1kaqir"; depends=[Biobase data_table doParallel foreach iterators MSnbase mzID ProtGenerics R_cache Rcpp reshape2]; };
MSnbase = derive2 { name="MSnbase"; version="1.18.0"; sha256="0ksahjyx9wm91nisk2gzrh81jv5vy2q4wsyq436jyr8c3d058v8g"; depends=[affy Biobase BiocGenerics BiocParallel digest ggplot2 impute IRanges lattice MALDIquant mzID mzR pcaMethods plyr preprocessCore ProtGenerics Rcpp reshape2 S4Vectors vsn]; };
MSstats = derive2 { name="MSstats"; version="3.2.0"; sha256="03pmigzxr38xxzga0ksh2kdhni46f5gqzs3r6p7gfcvi3b4fa4rk"; depends=[data_table ggplot2 gplots limma lme4 marray MSnbase preprocessCore Rcpp reshape reshape2 survival]; };
MVCClass = derive2 { name="MVCClass"; version="1.44.0"; sha256="04mk9mp6kfjdbb1i9ivj1f2h5hm3nzhzznyc8w2vcihkf48gl89d"; depends=[]; };
MantelCorr = derive2 { name="MantelCorr"; version="1.40.0"; sha256="00603yxak0c7pif6acccvzkhp0jsw2n22l7awc2v0za25xjwn3mr"; depends=[]; };
MassArray = derive2 { name="MassArray"; version="1.22.0"; sha256="0z7na1ylvga5c42s0lh5shr1y316nla8rfd6wc9amkabsprfngqm"; depends=[]; };
MassSpecWavelet = derive2 { name="MassSpecWavelet"; version="1.36.0"; sha256="0gprvc3fflfxflx0d65sja569lf41rrdlfyggf3b2pvqvd59pyfv"; depends=[waveslim]; };
MatrixRider = derive2 { name="MatrixRider"; version="1.2.0"; sha256="0ss39c235awrmqbkz3yzjly88dvp79bz4ycdz467rasd45wlvz64"; depends=[Biostrings IRanges S4Vectors TFBSTools XVector]; };
MeSHDbi = derive2 { name="MeSHDbi"; version="1.6.0"; sha256="19c0llv894mdx52nqf7flz4bpxid5f6nsg535031prqgd2bdslnq"; depends=[AnnotationDbi Biobase BiocGenerics RSQLite]; };
MeSHSim = derive2 { name="MeSHSim"; version="1.2.0"; sha256="1wgc2s1080sm2dn9ny4c1kpbcmbv4gv91h7jmgya9p8lk224aasr"; depends=[RCurl XML]; };
MeasurementError_cor = derive2 { name="MeasurementError.cor"; version="1.42.0"; sha256="0x6jlza4ip0zscmmxlmy9w6r6cgpdawpxw00cvyrw4pswzhsaz03"; depends=[]; };
MergeMaid = derive2 { name="MergeMaid"; version="2.42.0"; sha256="1ajmrcpvzfjk0bkm2v3yklry91w5cxpjhgjr9hfszzldfhh5sfw4"; depends=[Biobase MASS survival]; };
Metab = derive2 { name="Metab"; version="1.4.0"; sha256="1qppzp6czc6959ihjx0vq2qrz78vs2afckhyysa7lc7r14xijf51"; depends=[pander svDialogs xcms]; };
MethTargetedNGS = derive2 { name="MethTargetedNGS"; version="1.2.0"; sha256="1pykrqvblmxwbxwyps3gn2vm6ch6cn9199g6a1fix2dwj26y66yf"; depends=[Biostrings gplots seqinr stringr]; };
MethylAid = derive2 { name="MethylAid"; version="1.4.0"; sha256="0k8vl8ijgdvci8j1nkq7d4j4naxgsz5wdac5zk093zzjfrq2xmmg"; depends=[Biobase BiocGenerics BiocParallel ggplot2 gridBase hexbin matrixStats minfi RColorBrewer shiny]; };
MethylMix = derive2 { name="MethylMix"; version="1.4.0"; sha256="17f32y50aywvyhfm60rr7dyjq3y56i4bysdzmin5plqlyq0gmx30"; depends=[doParallel foreach optimx RColorBrewer RPMM]; };
MethylSeekR = derive2 { name="MethylSeekR"; version="1.10.0"; sha256="0aa3p5qmprka7v6v3alhnag6qr853wvcib9vj0nj803saa34hil8"; depends=[BSgenome geneplotter GenomicRanges IRanges mhsmm rtracklayer]; };
Mfuzz = derive2 { name="Mfuzz"; version="2.30.0"; sha256="02a3xrsd3nzr278zq8j7s9bq89v30v5yxcdmzcf480n1pqw66ayz"; depends=[Biobase e1071 tkWidgets]; };
MiChip = derive2 { name="MiChip"; version="1.24.0"; sha256="1jqhmrzi87g3fyfy0xbwcbkh5hhr9b1sa3lp9rxlxrijlxv35mb4"; depends=[Biobase]; };
MiPP = derive2 { name="MiPP"; version="1.42.0"; sha256="07flpzyr9jj50789ap78an6qygb3y9b87dkaami6aadpphp2ggn0"; depends=[Biobase e1071 MASS]; };
MiRaGE = derive2 { name="MiRaGE"; version="1.12.0"; sha256="0j8qip9sz4ifk7p6a41258lsw26i92qcrl72h4y43l2bln4r74ng"; depends=[AnnotationDbi Biobase BiocGenerics]; };
MineICA = derive2 { name="MineICA"; version="1.10.0"; sha256="1vdnc25wbbsdx4z9c8x0asar6a50hzwvlkxrgn10dlm96jihmgdf"; depends=[annotate AnnotationDbi Biobase BiocGenerics biomaRt cluster colorspace fastICA foreach fpc ggplot2 GOstats graph gtools Hmisc igraph JADE lumi marray mclust plyr RColorBrewer Rgraphviz scales xtable]; };
MinimumDistance = derive2 { name="MinimumDistance"; version="1.14.0"; sha256="0i3iag5a705q33vxqyb7pqpgmc8whpvy96yvidk2gyfh6lwqjsmn"; depends=[Biobase BiocGenerics data_table DNAcopy ff foreach GenomeInfoDb GenomicRanges IRanges lattice matrixStats oligoClasses S4Vectors SummarizedExperiment VanillaICE]; };
Mirsynergy = derive2 { name="Mirsynergy"; version="1.6.0"; sha256="0wb257fi5wygky6iqaxdhp8n3pxzknv1vy44ay55y0bal1nbkzwa"; depends=[ggplot2 gridExtra igraph Matrix RColorBrewer reshape scales]; };
MmPalateMiRNA = derive2 { name="MmPalateMiRNA"; version="1.20.0"; sha256="1salsb4askcv6xgzfwcwxkrr8qx7pjzqgljbw3ips2f4n6vqvyzj"; depends=[Biobase lattice limma statmod vsn xtable]; };
MoPS = derive2 { name="MoPS"; version="1.4.0"; sha256="07bylvhv1wnzj3z2ycw4rb29mlz34sbpksl0sdk47q9f5cjgvlnf"; depends=[Biobase]; };
MotIV = derive2 { name="MotIV"; version="1.26.0"; sha256="0s26dklw8kav8lz0245as7y9znj4yfiknpmcgrdmm62rq04c11mp"; depends=[BiocGenerics Biostrings IRanges lattice rGADEM S4Vectors]; };
MotifDb = derive2 { name="MotifDb"; version="1.12.0"; sha256="1pza9jsahkva0fiivkzn6vw3dgg1axl7vgd3hpim51a0r70g70v4"; depends=[BiocGenerics Biostrings IRanges rtracklayer S4Vectors]; };
Mulcom = derive2 { name="Mulcom"; version="1.20.0"; sha256="0rf5haxfmf0zs42b9pinngbr4clnm0h707zplmig8dpaq5myski9"; depends=[Biobase fields]; };
MultiMed = derive2 { name="MultiMed"; version="1.4.0"; sha256="0vd8akfy23rx37b98z9g7x7hz0xjba912kvkwcd9m0k6fv4n2s5g"; depends=[]; };
NCIgraph = derive2 { name="NCIgraph"; version="1.18.0"; sha256="0ip8ds4jafb7nhfbz81gs9fl83a6b88di1z3nmkh31aqd4awrgim"; depends=[graph KEGGgraph R_methodsS3 RBGL RCytoscape]; };
NGScopy = derive2 { name="NGScopy"; version="1.4.0"; sha256="1vs7mi0lb8jcm9yc0jz7rvdnj95fr06cf1jkb9p84pnm9vpn63d6"; depends=[changepoint rbamtools Xmisc]; };
NOISeq = derive2 { name="NOISeq"; version="2.14.0"; sha256="0n8f0qvvz16gj4n1ymqjwsia3f8kwbmzr5hzfqf31i1vmmaqndhb"; depends=[Biobase Matrix]; };
NTW = derive2 { name="NTW"; version="1.20.0"; sha256="1p9hhjzh1mq907czbnjp7gg6n8ip4hzcq7x46bmmxpibi3wy64vp"; depends=[mvtnorm]; };
NanoStringDiff = derive2 { name="NanoStringDiff"; version="1.0.0"; sha256="11mdy4ms3fvia04njjxj35p1kgbl3i2wzgplzl42yymm61xgcar2"; depends=[Biobase matrixStats]; };
NanoStringQCPro = derive2 { name="NanoStringQCPro"; version="1.2.0"; sha256="1cbja0bi4sw3n4f1wkgbvmwh1hr49hhrybqxc6a7f8lvq11s28rf"; depends=[AnnotationDbi Biobase knitr NMF png RColorBrewer]; };
NarrowPeaks = derive2 { name="NarrowPeaks"; version="1.14.0"; sha256="08nhw2ira3amjs9zl134afjqwi0hniq0g3mgmljjp1l0277b8acg"; depends=[BiocGenerics CSAR fda GenomeInfoDb GenomicRanges ICSNP IRanges S4Vectors]; };
NetPathMiner = derive2 { name="NetPathMiner"; version="1.6.0"; sha256="0rvar97f22n2afy185521wqh2scmzgw5fj2pv5dzydn0ybfnpn3j"; depends=[igraph]; };
NetSAM = derive2 { name="NetSAM"; version="1.10.0"; sha256="001jdmc1qb2gcwkfy98az66b52hcp0cqvjqp0yzj598523983v5i"; depends=[graph igraph seriation]; };
NormqPCR = derive2 { name="NormqPCR"; version="1.16.0"; sha256="16mm6b656gamvlr3gj5l7957h5fvzz221vggfjvab92khp3p8c16"; depends=[Biobase qpcR RColorBrewer ReadqPCR]; };
NuPoP = derive2 { name="NuPoP"; version="1.20.0"; sha256="0wy63x8jdlldb8f28csm611fx7sahvkz1g0gcslp4babsm3368y6"; depends=[]; };
OCplus = derive2 { name="OCplus"; version="1.44.0"; sha256="05v5fdcgkigisrpfyka8k7caz739ys1ycy8lljqj6ivq94gmi44m"; depends=[akima multtest]; };
OGSA = derive2 { name="OGSA"; version="1.0.0"; sha256="058lfd60w905jvhq99dsdcvl1q6h9dnwhqdqn942yr54jlkc7fjy"; depends=[Biobase gplots limma]; };
OLIN = derive2 { name="OLIN"; version="1.48.0"; sha256="1qqvxl8xw02xawxgb82fnxjkss5cy813li4vp7wc70srcxyd1j63"; depends=[limma locfit marray]; };
OLINgui = derive2 { name="OLINgui"; version="1.44.0"; sha256="0477llp7g2bs7h4756qildpscllk5wdk303gkaaiv5ap6n8s8smj"; depends=[marray OLIN tkWidgets widgetTools]; };
OSAT = derive2 { name="OSAT"; version="1.18.0"; sha256="063jpwmhsnhi7al88mwcgbnd9azn2z3afxnjd2syf0mv156v86j0"; depends=[]; };
OTUbase = derive2 { name="OTUbase"; version="1.20.0"; sha256="0h9fgnc0saz8gsx6wgjigs4aiacbw03vzzxfc04wzfcdjgcm731p"; depends=[Biobase Biostrings IRanges S4Vectors ShortRead vegan]; };
OmicCircos = derive2 { name="OmicCircos"; version="1.8.0"; sha256="0i33zqbjk18dyx39m74747q3b7xq0bkm2cjsfiwdjbp1xlf3s6qq"; depends=[GenomicRanges]; };
OmicsMarkeR = derive2 { name="OmicsMarkeR"; version="1.2.0"; sha256="1r4qn2p5fxyi6r9l7zgbga1n5wcy18whcvyx0cwrr7lawbzjn6yg"; depends=[assertive assertive_base caret caTools data_table DiscriMiner e1071 foreach gbm glmnet pamr permute plyr randomForest]; };
OncoSimulR = derive2 { name="OncoSimulR"; version="2.0.0"; sha256="1q2kwszqf1ki8whchbx537sv6gah4ibclabhkgycd183rd0jv71r"; depends=[data_table graph gtools igraph Rcpp Rgraphviz]; };
OperaMate = derive2 { name="OperaMate"; version="1.2.0"; sha256="1mwgnqk5xs2ha5r1qbr7daipi576vk2kpxdgid3xhhv63img1n93"; depends=[ggplot2 MASS pheatmap RDAVIDWebService]; };
OrderedList = derive2 { name="OrderedList"; version="1.42.0"; sha256="0jk753xfyksv3vcgxd3z7nwh9cnjfdljzma4vc7kkdsblx5mpjyi"; depends=[Biobase twilight]; };
OrganismDbi = derive2 { name="OrganismDbi"; version="1.12.0"; sha256="11s000prwar27aw8pyan3736gfj5qpwmhhhdp12k0m04f9fwsxy9"; depends=[AnnotationDbi Biobase BiocGenerics BiocInstaller GenomicFeatures GenomicRanges graph IRanges RBGL RSQLite S4Vectors]; };
Oscope = derive2 { name="Oscope"; version="1.0.0"; sha256="08gyfjkimv8fj54kfnalpy1v72sv8vr0pjxyj52sb0hh0xcj2jqk"; depends=[BiocParallel cluster EBSeq testthat]; };
OutlierD = derive2 { name="OutlierD"; version="1.34.0"; sha256="19wrakxv833r5jqcrk627kgn6pissna9xdfnhn389a0j50xb02is"; depends=[Biobase quantreg]; };
PAA = derive2 { name="PAA"; version="1.4.0"; sha256="0i6q99nmckd03j6wa3jn7bis4qg4gng492rm4b9v8112fvgwqb21"; depends=[e1071 limma MASS mRMRe randomForest Rcpp ROCR sva]; };
PADOG = derive2 { name="PADOG"; version="1.12.0"; sha256="0qswjj0iskdinap0mdgh1vpsjx80hs5g1ikm7r3yrz3784577ji8"; depends=[AnnotationDbi Biobase doRNG foreach GSA limma nlme]; };
PANR = derive2 { name="PANR"; version="1.16.0"; sha256="19q7vxhq2kazjf3wxvzl0cvfyd49b00r0daf7vgzjv1smjq1czhq"; depends=[igraph MASS pvclust RedeR]; };
PAPi = derive2 { name="PAPi"; version="1.10.0"; sha256="0q90yi4s3jln713cpylgan7fzw7c536kw7bqlnkkaw6rjj1k6vvg"; depends=[KEGGREST svDialogs]; };
PAnnBuilder = derive2 { name="PAnnBuilder"; version="1.34.0"; sha256="086hgqx9svn1pfzcz6affj2p9kvjk5k4viqkmwknlk9smw53l40l"; depends=[AnnotationDbi Biobase DBI RSQLite]; };
PCpheno = derive2 { name="PCpheno"; version="1.32.0"; sha256="023dkbi3r1bs9wiihx3rcdc1dx5w21pfmk0n3n7zan4k5jkz4rwx"; depends=[annotate AnnotationDbi Biobase Category graph GSEABase ppiStats ScISI SLGI]; };
PECA = derive2 { name="PECA"; version="1.6.0"; sha256="00arj7ni6vdhsa3j9dvid997hqzw3kbznxgsfrjcda68gl28v8m0"; depends=[affy aroma_affymetrix aroma_core genefilter limma preprocessCore]; };
PGA = derive2 { name="PGA"; version="1.0.0"; sha256="1s4ddjlnxh1waw1sm428lnaq655qfzlmabcjgdm95fi2cg66vs86"; depends=[AnnotationDbi biomaRt Biostrings customProDB data_table GenomicFeatures GenomicRanges ggplot2 IRanges Nozzle_R1 pheatmap RCurl Rsamtools RSQLite rTANDEM rtracklayer stringr VariantAnnotation]; };
PGSEA = derive2 { name="PGSEA"; version="1.44.0"; sha256="0cfz479nlmbal4bs5ah12q6jpp7989xic59rml87i19bcbhz8z26"; depends=[annaffy AnnotationDbi Biobase]; };
PICS = derive2 { name="PICS"; version="2.14.0"; sha256="01pc4nayj4iyrm18clb66f6f1a7y2w56l2z976xca86fhv6qgp4x"; depends=[BiocGenerics GenomicAlignments GenomicRanges IRanges Rsamtools S4Vectors]; };
PING = derive2 { name="PING"; version="2.14.0"; sha256="0gpc9x9qn1m1rqdls54yfqlph84937fb3f5mf89yi6zcjh41yhlb"; depends=[BiocGenerics BSgenome chipseq fda GenomicRanges Gviz IRanges PICS S4Vectors]; };
PLPE = derive2 { name="PLPE"; version="1.30.0"; sha256="0j6x0c7aigq5n2qwvn0bzcbzi8xqi9szbqfk58jr7ppgaxl1ljyw"; depends=[Biobase LPE MASS]; };
PREDA = derive2 { name="PREDA"; version="1.16.0"; sha256="050a1a02ck11yklmd104b2hnal9q8g171nyq0qd1v1i2mhg02jyn"; depends=[annotate Biobase lokern multtest]; };
PROMISE = derive2 { name="PROMISE"; version="1.22.0"; sha256="12virpc3m8ikwkz600bfg1aycxxks6g8km6gd7y01yyxybsqjplq"; depends=[Biobase GSEABase]; };
PROPER = derive2 { name="PROPER"; version="1.2.0"; sha256="1xhq14wpd9j9g0zzb99mib46miciw6dhp4gvkpdvlfwhh3j8m8fb"; depends=[edgeR]; };
PROcess = derive2 { name="PROcess"; version="1.46.0"; sha256="0ysp2f2kx5p701ww81ip8n4617qs6rcjfrj62657j143ajz27py3"; depends=[Icens]; };
PSEA = derive2 { name="PSEA"; version="1.4.0"; sha256="1df2v472s2g4qcylvg9y5gahgjzq0m753j65736c8lc7g2zbpacp"; depends=[Biobase MASS]; };
PSICQUIC = derive2 { name="PSICQUIC"; version="1.8.1"; sha256="04skvqlz9bii7qgq3zwwvsa490g6kq51q6hiddh9w18l1vhpvg2s"; depends=[BiocGenerics biomaRt httr IRanges plyr RCurl]; };
PWMEnrich = derive2 { name="PWMEnrich"; version="4.6.0"; sha256="0gvnky8k6v518g2a4lrvb5w7s1m3icckmlvyxcbvxdfyb5krdzh2"; depends=[BiocGenerics Biostrings evd gdata seqLogo]; };
Path2PPI = derive2 { name="Path2PPI"; version="1.0.0"; sha256="15cf7r1aswc1agdkc7k8dbazscqnyrbfg68ms248gri3qrplkq0k"; depends=[igraph]; };
PathNet = derive2 { name="PathNet"; version="1.10.0"; sha256="07b6c8ry6a0ni8c88wccv69ksk5c6w3wwwp6cl3gcm7kv7r2qd00"; depends=[]; };
Pbase = derive2 { name="Pbase"; version="0.10.0"; sha256="02b2vw63gwssy6bz8v6dvfmz2ak5pa7wzz341nrbr3mwv0k27j4q"; depends=[Biobase BiocGenerics biomaRt Biostrings cleaver GenomicRanges Gviz IRanges MSnbase mzID mzR Pviz Rcpp rtracklayer S4Vectors]; };
PhenStat = derive2 { name="PhenStat"; version="2.4.0"; sha256="02x8502j7c8jb9xpy01dlr89qwhlakzvn7rhl4mb8qd37lrvc3kf"; depends=[car logistf MASS nlme nortest]; };
Polyfit = derive2 { name="Polyfit"; version="1.4.0"; sha256="0rhs81hclz59nqirpp9y5n7qmg343s260n1gv8ma3c8j2jicb333"; depends=[DESeq]; };
Prize = derive2 { name="Prize"; version="1.0.0"; sha256="1a9hvhpa29ns7lhzmdqjlasp6rwrzng8klaw9cz54vdvc7al49wn"; depends=[diagram ggplot2 gplots matrixcalc reshape2 stringr]; };
ProCoNA = derive2 { name="ProCoNA"; version="1.8.0"; sha256="0j0ld484cd98304fncyixi86qnxh72m8s83xxyk8c81kf7lzvhw1"; depends=[BiocGenerics flashClust GOstats MSnbase WGCNA]; };
Prostar = derive2 { name="Prostar"; version="1.0.1"; sha256="1rnbx41f07c9y6ba7p9lb6wi22kf3w5jg8h8di3grfgyq4dw3n39"; depends=[DAPAR data_table quantmod rhandsontable shiny shinyTree]; };
ProtGenerics = derive2 { name="ProtGenerics"; version="1.2.1"; sha256="1hrds64ijygmilig3l99aj5cqqp8cr74x1jfs5qfw9xkma0ggz3r"; depends=[BiocGenerics]; };
ProteomicsAnnotationHubData = derive2 { name="ProteomicsAnnotationHubData"; version="1.0.0"; sha256="1ss1kamy3djmxvr838bkh6jd93br8hql9a3aanqml7fzz3pvdq1p"; depends=[AnnotationHub AnnotationHubData Biobase BiocInstaller Biostrings GenomeInfoDb MSnbase mzR]; };
Pviz = derive2 { name="Pviz"; version="1.4.0"; sha256="02p4l8svrmh0jh1xlgngbdc0h96m2jw15x1ld05p23acj44sacgh"; depends=[Biostrings biovizBase data_table GenomicRanges Gviz IRanges]; };
QDNAseq = derive2 { name="QDNAseq"; version="1.6.0"; sha256="124xvr15phhkvj8i16bmcrdb40gca63l8qvdp60m6xgsln0bq37j"; depends=[Biobase CGHbase CGHcall DNAcopy matrixStats R_utils Rsamtools]; };
QUALIFIER = derive2 { name="QUALIFIER"; version="1.14.1"; sha256="1h87y2q8x4ri6sv7nbppzpqa96m99mijq1739h8cfab5wmi0bcl5"; depends=[Biobase data_table flowCore flowViz flowWorkspace hwriter lattice latticeExtra MASS ncdfFlow reshape XML]; };
QuartPAC = derive2 { name="QuartPAC"; version="1.2.0"; sha256="0nx3a9jsp2rq61jszm6kgpbqi9m5jkqfvk94npp7nk3qwhfi00j8"; depends=[data_table GraphPAC iPAC SpacePAC]; };
QuasR = derive2 { name="QuasR"; version="1.10.0"; sha256="1hj7f0yw2y8b601ni9va3r0idj0m13dcwcrq6a4vw59piiiaymg2"; depends=[Biobase BiocGenerics BiocInstaller BiocParallel Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicFiles GenomicRanges IRanges Rbowtie Rsamtools rtracklayer S4Vectors ShortRead zlibbioc]; };
R3CPET = derive2 { name="R3CPET"; version="1.2.0"; sha256="10ps9l6cc61m32a5b0b0y51sf8ci8drrpk02781p3i23jyamx8gz"; depends=[clues clValid data_table GenomicRanges ggbio ggplot2 Hmisc igraph IRanges pheatmap Rcpp RCurl reshape2 S4Vectors]; };
R453Plus1Toolbox = derive2 { name="R453Plus1Toolbox"; version="1.20.0"; sha256="118gdmlqgy6nn55vq7nvyqvlwbg2vca7fkw0gjvb63ymv8lhfm7p"; depends=[Biobase BiocGenerics biomaRt Biostrings BSgenome GenomicRanges IRanges R2HTML Rsamtools S4Vectors ShortRead SummarizedExperiment TeachingDemos VariantAnnotation xtable XVector]; };
RBGL = derive2 { name="RBGL"; version="1.46.0"; sha256="1zl2cvzhrm01hkqvzqrf37bnh0snm49594lk6ydiafn3s31rhk6f"; depends=[graph]; };
RBM = derive2 { name="RBM"; version="1.2.0"; sha256="148is7ddwj8siik6a6svghnyl3ix8yf6ywnp90fxb8x0c5yknvmm"; depends=[limma marray]; };
RBioinf = derive2 { name="RBioinf"; version="1.30.0"; sha256="038xqmbsajkcj5s0pjv0jb9lizq555kxabxjj3pgipjbqfjbj0xg"; depends=[graph]; };
RCASPAR = derive2 { name="RCASPAR"; version="1.16.0"; sha256="0rliirdsd89lzr4ych9r7x90d4nzz1p036cmj8k01lzs6nvckh05"; depends=[]; };
RCy3 = derive2 { name="RCy3"; version="0.99.25"; sha256="04v42r1fyc4gvsp494mpxmaigifwy9hww0fbdwrdwmic0d6yhx8d"; depends=[graph httr RCurl RJSONIO]; };
RCyjs = derive2 { name="RCyjs"; version="1.2.0"; sha256="03mhn25jf8sd6094w8kc7n5fxga4gr4glxpniy5n93z8g608rpk5"; depends=[BiocGenerics BrowserViz graph httpuv igraph jsonlite Rcpp]; };
RCytoscape = derive2 { name="RCytoscape"; version="1.20.0"; sha256="0rkxavgh509wvkqv64s651px1jr3rcb06nyyhq96m360rh5fw73g"; depends=[BiocGenerics graph]; };
RDAVIDWebService = derive2 { name="RDAVIDWebService"; version="1.8.0"; sha256="1f92a80zksp90wlj2iymdf20hqkbp1aw7mdb7w5r19zckskcrg1m"; depends=[Category ggplot2 GOstats graph RBGL rJava]; };
RDRToolbox = derive2 { name="RDRToolbox"; version="1.20.0"; sha256="1an5sz2lcq9n0h0i8s6g9jqaskbi7drwib8a1zwlpim1f399h45d"; depends=[MASS rgl]; };
REDseq = derive2 { name="REDseq"; version="1.16.0"; sha256="13lglqabk3ij37i469s40gagb57z7mqcmdwahvf60rrgxvhbxkwz"; depends=[AnnotationDbi BiocGenerics Biostrings BSgenome ChIPpeakAnno IRanges multtest]; };
RGSEA = derive2 { name="RGSEA"; version="1.4.0"; sha256="1dqw1vppxsr14sr94sz4ca2vacky70r0ingkq8cghsbvwp73i6vp"; depends=[BiocGenerics]; };
RGalaxy = derive2 { name="RGalaxy"; version="1.14.0"; sha256="1g63kmfywmnjammifjkqiy8cnqvb77d2x4yff8bgz2ib60gyqm14"; depends=[Biobase BiocGenerics digest optparse roxygen2 XML]; };
RIPSeeker = derive2 { name="RIPSeeker"; version="1.10.0"; sha256="09pr25pf488vdim3k6mvbvqqyxhl2dfs4y699x8xyhym34c74xcj"; depends=[GenomicAlignments GenomicRanges IRanges Rsamtools rtracklayer SummarizedExperiment]; };
RLMM = derive2 { name="RLMM"; version="1.32.0"; sha256="15hkzfsr3qpyd72m5bf208ivcki1dkk5qigz6dxshqy803ax60ca"; depends=[MASS]; };
RMassBank = derive2 { name="RMassBank"; version="1.12.0"; sha256="1rsvdai5fhkx9pgj14mm2x1xr4h8l0ppakxp8j3aicih92cvdd55"; depends=[mzR rcdk Rcpp RCurl rjson XML yaml]; };
RNASeqPower = derive2 { name="RNASeqPower"; version="1.10.0"; sha256="16nhhmww8awf5rp6j8hrmz9riw4gppmvd4a2vlp57sr6y82krlsz"; depends=[]; };
RNAinteract = derive2 { name="RNAinteract"; version="1.18.0"; sha256="0v7hz20nsc2dkb4xjzdhib2rj8k9zkn2c71rhg46b6hy3jxrm7m1"; depends=[abind Biobase cellHTS2 geneplotter gplots hwriter ICS ICSNP lattice latticeExtra limma locfit RColorBrewer splots]; };
RNAither = derive2 { name="RNAither"; version="2.18.0"; sha256="1h2aqhpc455hhwbviv3mk55jcj62xy7fyaca26ryxi1ymksajvcb"; depends=[biomaRt car geneplotter limma prada RankProd splots topGO]; };
RNAprobR = derive2 { name="RNAprobR"; version="1.2.0"; sha256="017sc7ba5kw55rc74acv3i5i0mg7h5hblaqxy4j2ln6iqm1h38fi"; depends=[BiocGenerics Biostrings GenomicAlignments GenomicFeatures GenomicRanges plyr Rsamtools rtracklayer]; };
ROC = derive2 { name="ROC"; version="1.46.0"; sha256="15m52d3z10nrzh7slc6b7js1dybh0dg4pd6nnjbjkc2m5axra09g"; depends=[]; };
ROntoTools = derive2 { name="ROntoTools"; version="1.10.0"; sha256="0bsab4glgazf3x2rg96shks4vqkarqpls71699q7v7zaw7ay7hra"; depends=[boot graph KEGGgraph KEGGREST Rgraphviz]; };
RPA = derive2 { name="RPA"; version="1.26.0"; sha256="09mjbxxx2ggf3c3v8d2wxvgpp14fmhp7yv9w1vxdj4kbzpdagpz0"; depends=[affy]; };
RRHO = derive2 { name="RRHO"; version="1.10.0"; sha256="11iarlljr6lrq6nf36pdxf7p54mk6xwsz8ssfsg8zmpcpvb8adgc"; depends=[VennDiagram]; };
RSVSim = derive2 { name="RSVSim"; version="1.10.0"; sha256="1ipzsgm7p2xf8v3asc6gcwvl6gnrn8nkg45iyl948kgys9izrng3"; depends=[Biostrings GenomicRanges IRanges ShortRead]; };
RTCA = derive2 { name="RTCA"; version="1.22.0"; sha256="1rwgrac92n7ghk417sj3p80ahlnn8c9nq8af999a825bjbi90qd5"; depends=[Biobase gtools RColorBrewer]; };
RTCGA = derive2 { name="RTCGA"; version="1.0.0"; sha256="0di67arcr1r3wqx9spf53vrs74r759hww5rdn2m5ka1apnpdf5mw"; depends=[assertthat data_table knitr magrittr rvest stringi XML xml2]; };
RTCGAToolbox = derive2 { name="RTCGAToolbox"; version="2.0.0"; sha256="0bwdh52qsl2bawr8s4q92mrx1wn4yyc4qbag97w469ixlsr7fcx2"; depends=[data_table limma RCircos RCurl RJSONIO survival XML]; };
RTN = derive2 { name="RTN"; version="1.8.2"; sha256="05gdm8f3q06f474svf9p7yydr6a7191fwsaa1igvklnhqfi0j5iy"; depends=[car data_table ff igraph IRanges limma minet RedeR snow]; };
RTopper = derive2 { name="RTopper"; version="1.16.0"; sha256="0ikhlz9fa21ij9ikira4grc6fahjd8n2fwsdgkxr058zlzyw0c7b"; depends=[Biobase limma multtest]; };
RUVSeq = derive2 { name="RUVSeq"; version="1.4.0"; sha256="0xqma406k3sd47r830jc00al2xmx3wmfg5q0zk3b29bxiklj5w4f"; depends=[Biobase EDASeq edgeR MASS]; };
RUVcorr = derive2 { name="RUVcorr"; version="1.2.0"; sha256="1iaja7xcmih63vp9g4km8yx2rrafkybp3azrxw5i28sv1hl7187j"; depends=[BiocParallel corrplot gridExtra lattice MASS psych reshape2 snowfall]; };
RUVnormalize = derive2 { name="RUVnormalize"; version="1.4.0"; sha256="0774hzk89i0hnhfw6h0ligsl406jrrxk80ibv85k6vyq31s2i9xv"; depends=[Biobase]; };
RWebServices = derive2 { name="RWebServices"; version="1.34.0"; sha256="05czankzfvgsfrs2am8dkglzcix22s7gc4bgci0a66x8z31dlkx0"; depends=[RCurl SJava TypeInfo]; };
RamiGO = derive2 { name="RamiGO"; version="1.16.0"; sha256="12mwfcljw323aqpzc4z5hl2h5qy51bpi5z59x4hx8inw3vc3n55y"; depends=[graph gsubfn igraph png RCurl RCytoscape]; };
RankProd = derive2 { name="RankProd"; version="2.42.0"; sha256="0ma0mmj335v04bx96wssas81hx9apv6gv9y54cgac4n6v1ci9a9y"; depends=[]; };
RareVariantVis = derive2 { name="RareVariantVis"; version="1.2.0"; sha256="1azfhbb9hpahpglwal4qd8c91zkjhda42ljn2jjd8ylvl4mgzv96"; depends=[BiocGenerics GenomeInfoDb GenomicRanges googleVis IRanges S4Vectors VariantAnnotation]; };
Rariant = derive2 { name="Rariant"; version="1.6.0"; sha256="1h7bkbd8230jvicnx2my9kmnwkjfvr4574w00y7m64r7qm73pv3l"; depends=[dplyr exomeCopy GenomeInfoDb GenomicRanges ggbio ggplot2 IRanges reshape2 Rsamtools S4Vectors shiny SomaticSignatures VariantAnnotation VGAM]; };
RbcBook1 = derive2 { name="RbcBook1"; version="1.38.0"; sha256="1pg6bg2q9whz4g0483ll3l71w7jiy68xd8l71vgr8zy0nip1kmg1"; depends=[Biobase graph rpart]; };
Rbowtie = derive2 { name="Rbowtie"; version="1.10.0"; sha256="1pdkircilkk9cnb556jmmany1c1xjg29blrs0knribzn6h6bm76s"; depends=[]; };
Rcade = derive2 { name="Rcade"; version="1.12.0"; sha256="08q62agkyb810b0hfvs9vb9rh0ls8zrz83558xprijjizrkg9cg2"; depends=[baySeq GenomicRanges plotrix rgl Rsamtools S4Vectors]; };
Rchemcpp = derive2 { name="Rchemcpp"; version="2.8.0"; sha256="0zz9s3zvxgs6mpiq085zy20sqajyx1645cz3848h2l0w1w5m6lga"; depends=[ChemmineR Rcpp]; };
RchyOptimyx = derive2 { name="RchyOptimyx"; version="2.10.0"; sha256="0cmyjyr3dn8df9ss4zhhm6y1lhf68msl5br070x01i8kgh4dagky"; depends=[flowType graph Rgraphviz sfsmisc]; };
Rcpi = derive2 { name="Rcpi"; version="1.6.0"; sha256="19h9zxkb4zw9c46fvd0yn7bzy03a73glc4yyla0fzrngk1vs2s5q"; depends=[Biostrings ChemmineR doParallel fmcsR foreach GOSemSim rcdk RCurl rjson]; };
Rdisop = derive2 { name="Rdisop"; version="1.30.0"; sha256="0v9dm982y2f6gd4lxr2c123a4ijsa8sbn6mkcchwlli8hbxxvpcf"; depends=[Rcpp RcppClassic]; };
ReQON = derive2 { name="ReQON"; version="1.16.0"; sha256="1j79vmhk34argysbjyxcsmfjsplkxq4cn8gprm6min1v08xzryg0"; depends=[rJava Rsamtools seqbias]; };
ReactomePA = derive2 { name="ReactomePA"; version="1.14.2"; sha256="0lk0cp4jdi2b8lyr2yqbc61zw62998m6zif7v52yxc7mbhasbhff"; depends=[AnnotationDbi DOSE graphite igraph]; };
ReadqPCR = derive2 { name="ReadqPCR"; version="1.16.0"; sha256="04d3gam21cia44w7wz1ai8a60igsbjslac25rb7z5i9ijbx8jk9q"; depends=[affy Biobase]; };
RedeR = derive2 { name="RedeR"; version="1.18.0"; sha256="18vz0gn66fxfbba4q01fnw5flnqv5xlsa79csgxg4xfqyjnnvyhq"; depends=[igraph RCurl XML]; };
RefNet = derive2 { name="RefNet"; version="1.6.0"; sha256="1w5zad7s900chkxc1d92qifrh2xh3g2jihafswh4y5v8bavi6qjb"; depends=[AnnotationHub BiocGenerics IRanges PSICQUIC RCurl shiny]; };
RefPlus = derive2 { name="RefPlus"; version="1.40.0"; sha256="13qlm4smaafx1x78wn959wc1rm4wns7l6qgdmh1lg5khkrrh3x19"; depends=[affy affyPLM Biobase preprocessCore]; };
Repitools = derive2 { name="Repitools"; version="1.16.0"; sha256="1jsimbrnfzvdydb4s6zvimj58gpxyydyngq2dflacg1gd7msq66a"; depends=[aroma_affymetrix BiocGenerics Biostrings BSgenome cluster DNAcopy edgeR GenomeInfoDb GenomicAlignments GenomicRanges gplots gsmoothr IRanges MASS Ringo Rsamtools Rsolnp rtracklayer S4Vectors]; };
ReportingTools = derive2 { name="ReportingTools"; version="2.10.0"; sha256="1zlxr7z7c3vlkbmpcmw88a9caaf1gwhh8jv31fg2njy60vysb0m0"; depends=[annotate AnnotationDbi Biobase BiocGenerics Category DESeq2 edgeR ggbio ggplot2 GOstats GSEABase hwriter IRanges knitr lattice limma R_utils XML]; };
Rgraphviz = derive2 { name="Rgraphviz"; version="2.14.0"; sha256="0lwg57kja3r7ij1d3yp5g3r0zbzn2nannlvsh029sd626yfp6fb6"; depends=[graph]; };
Rhtslib = derive2 { name="Rhtslib"; version="1.2.1"; sha256="0x7x8sbzjxssnnfa43kh38nlkqz6qvj41xdbgniyp7b6kyyr0na4"; depends=[zlibbioc]; };
RiboProfiling = derive2 { name="RiboProfiling"; version="1.0.0"; sha256="1kn4w7gn6b15p9jimzn6hl3npfacqyc6wz26mv17cd00bxypzbn3"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggbio ggplot2 IRanges plyr reshape Rsamtools rtracklayer S4Vectors]; };
Ringo = derive2 { name="Ringo"; version="1.34.0"; sha256="0r549n840sq9whaz8nk7rz3wardxc8jvwdni4bd5f7zzrhj0ynhl"; depends=[Biobase BiocGenerics genefilter lattice limma Matrix RColorBrewer vsn]; };
Risa = derive2 { name="Risa"; version="1.12.0"; sha256="0s23fbdk1v1cg0c67vhkz53wava1swjig8fz8jsv8av0pqb0rg17"; depends=[affy Biobase biocViews Rcpp xcms]; };
Rmagpie = derive2 { name="Rmagpie"; version="1.26.0"; sha256="1iwiy8d5cvrmk6jgwaplx980gzdgxp9k53zjwmzya8bar7386sgs"; depends=[Biobase e1071 kernlab pamr]; };
RmiR = derive2 { name="RmiR"; version="1.26.0"; sha256="1nnpr5jp5anbqbgyg53qqjhi49bibymc0l3yj6ar5d6csavrympb"; depends=[DBI RSVGTipsDevice]; };
RnBeads = derive2 { name="RnBeads"; version="1.2.0"; sha256="1yshsdkzk8br1qvr76m699jpzhvxnflwvgbbag5hm1h3mh35zacz"; depends=[BiocGenerics cluster ff fields GenomicRanges ggplot2 gplots gridExtra illuminaio IRanges limma MASS matrixStats methylumi plyr RColorBrewer]; };
RnaSeqSampleSize = derive2 { name="RnaSeqSampleSize"; version="1.2.0"; sha256="11zkq3i8pn9qfs8qynnrlfmr9fdnmqayqmgxzw54fzpj62b0y894"; depends=[biomaRt edgeR heatmap3 KEGGREST matlab Rcpp]; };
Rnits = derive2 { name="Rnits"; version="1.4.0"; sha256="0igqimvync5sz1hsn3m9ijivw1vxi8vjpsdcjzf9dkyqhkand6r3"; depends=[affy Biobase boot ggplot2 impute limma qvalue reshape2]; };
Roleswitch = derive2 { name="Roleswitch"; version="1.8.0"; sha256="0libkpp9scrbakhzp030bx86f4np6ijn01r8xzn02f5106h23gz7"; depends=[Biobase biomaRt Biostrings DBI microRNA plotrix pracma reshape]; };
Rolexa = derive2 { name="Rolexa"; version="1.26.0"; sha256="184v27zycmqnj4fpjgrxl3vcxxfxwkbfqdzm6wsyxixm93rmz7v4"; depends=[Biostrings IRanges mclust ShortRead]; };
RpsiXML = derive2 { name="RpsiXML"; version="2.12.0"; sha256="0zlcr1f5sf98bwxakbmq33kniwlpxcc32z5fz7vqsasyv5vbz1ks"; depends=[annotate AnnotationDbi Biobase graph hypergraph RBGL XML]; };
Rqc = derive2 { name="Rqc"; version="1.4.0"; sha256="0pj3hxmqz35lf5wjzjjzrm0l3g3b48cxh2f9s0642mar3vz3vlbp"; depends=[BiocGenerics BiocParallel BiocStyle Biostrings biovizBase digest GenomicAlignments GenomicFiles ggplot2 IRanges knitr markdown plyr Rcpp reshape2 Rsamtools S4Vectors shiny ShortRead]; };
Rsamtools = derive2 { name="Rsamtools"; version="1.22.0"; sha256="1yc3nzzms3igjwr4l9yd3wdac95glcs08b4cfp7disyly0wcskjd"; depends=[BiocGenerics BiocParallel Biostrings bitops GenomeInfoDb GenomicRanges IRanges S4Vectors XVector zlibbioc]; };
Rsubread = derive2 { name="Rsubread"; version="1.20.2"; sha256="176zfmhhfg98ls7qcrjqbwbrvlc2zyykq1nj1yf4j8b6rh26jdg2"; depends=[]; };
Rtreemix = derive2 { name="Rtreemix"; version="1.32.0"; sha256="0snj644rc6cyjcswckz88fihd6ynjq3sj7qf733vbvqj8d12dqk8"; depends=[Biobase graph Hmisc]; };
S4Vectors = derive2 { name="S4Vectors"; version="0.8.3"; sha256="0lqd31sk1ydzs1x26r5cm3izh35nvfp38x9189pdxl1q0dpb8ji3"; depends=[BiocGenerics]; };
SAGx = derive2 { name="SAGx"; version="1.44.0"; sha256="0rrw1y80ybpskwvcdbyqq8m4d17sz07bv9gpa27rvfq2sy4znsk6"; depends=[Biobase multtest]; };
SANTA = derive2 { name="SANTA"; version="2.8.0"; sha256="1dlc6m8lq9cyvxqrp0gnrfx1ksfl5p2hvgl5n67sag3z40vdhflc"; depends=[igraph Matrix snow]; };
SBMLR = derive2 { name="SBMLR"; version="1.66.0"; sha256="0xa9s382nd8gpkx2lp02iarjqqs2w4qp6xzg9sy654yg4iyjmnms"; depends=[deSolve XML]; };
SCAN_UPC = derive2 { name="SCAN.UPC"; version="2.12.0"; sha256="0z96xbdz9k5n0q8hj028qp39lhy615yz1d978ydq83fkah07kjni"; depends=[affy affyio Biobase Biostrings foreach GEOquery IRanges MASS oligo sva]; };
SELEX = derive2 { name="SELEX"; version="1.2.0"; sha256="019142j9x7p38mi3wvzxm138s9cmq8ljkb5i5lk5pj1z8cc3ci0d"; depends=[Biostrings rJava]; };
SEPA = derive2 { name="SEPA"; version="1.0.0"; sha256="1hvkz3pyp8qkq1mjw9wl426db6n3ay05bx2djkdpvpbai4fjwgvc"; depends=[ggplot2 reshape2 segmented shiny topGO]; };
SGSeq = derive2 { name="SGSeq"; version="1.4.0"; sha256="0p46w407slmmis5kmla0cdh7910a9gfish44acpix8d5bsz06xjc"; depends=[AnnotationDbi BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges igraph IRanges Rsamtools rtracklayer RUnit S4Vectors SummarizedExperiment]; };
SICtools = derive2 { name="SICtools"; version="1.0.0"; sha256="16yzykl4s1b2nkgarxsrgvk6cvjdfla3x3ijjn1yxj22wjdzfg9m"; depends=[Biostrings doMC foreach GenomicRanges IRanges matrixStats Rsamtools stringr]; };
SIM = derive2 { name="SIM"; version="1.40.0"; sha256="02v2fi0yw1sxj5f41h7lihs96y9crca2srwflpdjif8sx6pk6yvq"; depends=[globaltest quantreg quantsmooth]; };
SIMAT = derive2 { name="SIMAT"; version="1.2.0"; sha256="1qwird1yqwdh7085d4k7zgy1ld0c6215ks6i3d3d71pwg22agiw4"; depends=[ggplot2 mzR Rcpp reshape2]; };
SISPA = derive2 { name="SISPA"; version="1.0.0"; sha256="01kf83hlc7qyyxr4dx86m9vc16cydrkw4sajs2ikpn2fnrqkx6z1"; depends=[changepoint data_table ggplot2 GSVA plyr]; };
SJava = derive2 { name="SJava"; version="0.96.0"; sha256="17qvrd8n0vrn9fn9p31s2bhzf6064hnf89c54hbx3flzki73waaz"; depends=[]; };
SLGI = derive2 { name="SLGI"; version="1.30.0"; sha256="1pardqmvmi4877q09n3379wq57pyqla53s8gxvygrqny2drb5crj"; depends=[AnnotationDbi Biobase BiocGenerics lattice ScISI]; };
SLqPCR = derive2 { name="SLqPCR"; version="1.36.0"; sha256="02i77a1rrz46sgrji57nm92d6w50wcwdagxa6y2a6rdcjcv2g66n"; depends=[]; };
SMAP = derive2 { name="SMAP"; version="1.34.0"; sha256="07mdnmirsbz8m5zky169q2mqdn1sdh1nlx8qsgdf8h0n0vcs2h3z"; depends=[]; };
SNAGEE = derive2 { name="SNAGEE"; version="1.10.0"; sha256="187xcsdpbjdiabzjg3gggnz1rcwgjzj4279i26h879ijs7hli19w"; depends=[]; };
SNPRelate = derive2 { name="SNPRelate"; version="1.4.0"; sha256="1q21cddmfcj32665m8n6axrmr40hdwb5vqfa2z4pcdhzg6ii0jj2"; depends=[gdsfmt]; };
SNPchip = derive2 { name="SNPchip"; version="2.16.0"; sha256="1fxskvkzn0mfcg2zjs2r2fr0pifrha54a15vbxxcawy4pggf7fdv"; depends=[Biobase foreach GenomeInfoDb GenomicRanges IRanges lattice oligoClasses SummarizedExperiment]; };
SNPhood = derive2 { name="SNPhood"; version="1.0.1"; sha256="1vlyzh8qcp2pr4d97zdivh25xmzqwdaw8m1fjlidijfj8xbgg01d"; depends=[BiocGenerics BiocParallel Biostrings checkmate cluster data_table DESeq2 GenomeInfoDb GenomicRanges ggplot2 gridExtra IRanges lattice RColorBrewer reshape2 Rsamtools VariantAnnotation]; };
SPEM = derive2 { name="SPEM"; version="1.10.0"; sha256="1b6r9x5q06ai6fh99a0qcx3lnjdqip7vhy32i38s16ixw9g94rcf"; depends=[Biobase Rsolnp]; };
SPIA = derive2 { name="SPIA"; version="2.22.0"; sha256="0103aapq3p6il4acaa9fna1a5iri3fb656r60xg6ljyywcgy55yl"; depends=[KEGGgraph]; };
SQUADD = derive2 { name="SQUADD"; version="1.20.0"; sha256="1nxf68waqnm9jaj0r8z1499kw5c6l1sykj38wikcc39bsyy23kxm"; depends=[RColorBrewer]; };
SRAdb = derive2 { name="SRAdb"; version="1.28.0"; sha256="0savk9qi8x2vyrn2f29pzjd14ngczw3qidfggqwksayd2kx4nh1j"; depends=[GEOquery graph RCurl RSQLite]; };
SSPA = derive2 { name="SSPA"; version="2.10.0"; sha256="1835g6chjrl1kz5zc710jy0lx04b84khk2kx981ga6rmlihn5xyc"; depends=[lattice limma qvalue]; };
STAN = derive2 { name="STAN"; version="1.4.0"; sha256="0phrznzv3n9nvjbxb172ywxcc6dfjz2gw21w4nzxiwcjaf3kg841"; depends=[Rsolnp]; };
STATegRa = derive2 { name="STATegRa"; version="1.4.0"; sha256="1nw4r8h8gv8y8a6qhh8gnsdc7pyp3h762ayhgkjy844kmxn316ad"; depends=[affy Biobase calibrate edgeR foreach ggplot2 gplots gridExtra limma MASS]; };
STRINGdb = derive2 { name="STRINGdb"; version="1.10.0"; sha256="06ddw546hr28s9ajwmrf1fr7w1h7crn18as7vnn4cllvr1d5axff"; depends=[gplots hash igraph plotrix plyr png RColorBrewer RCurl sqldf]; };
SVM2CRM = derive2 { name="SVM2CRM"; version="1.2.0"; sha256="06jhyvq3j35skvkf57iqfphypsv43k12i0wybhhvx4wjsdrrhmwq"; depends=[AnnotationDbi GenomicRanges IRanges LiblineaR mclust pls ROCR rtracklayer squash verification zoo]; };
SWATH2stats = derive2 { name="SWATH2stats"; version="1.0.2"; sha256="1rf5jvsa94cfdg6790zixkdp973ydf90l1y0igqyp1h94x9sx3v4"; depends=[data_table reshape2]; };
SamSPECTRAL = derive2 { name="SamSPECTRAL"; version="1.24.0"; sha256="1bpaz8vzk3iysbcsdky2vcwvkc38m66b4bh1jnxgh6ld318pkllz"; depends=[]; };
ScISI = derive2 { name="ScISI"; version="1.42.0"; sha256="0bmpl2zaalwxhhc9vj9v3x8ig6hbj4lrbfl2dxmivgsh1hqvbcli"; depends=[annotate AnnotationDbi apComplex RpsiXML]; };
SemDist = derive2 { name="SemDist"; version="1.4.0"; sha256="13wazcicjss3ybj20n958qjxk34aylpza4nggk0np8bjs5460i6j"; depends=[annotate AnnotationDbi]; };
SeqArray = derive2 { name="SeqArray"; version="1.10.6"; sha256="1x9zf02h1x1sqypf5663hjl6xvq8d0q4h6ls1ndagkaqkrwqhgyd"; depends=[Biostrings gdsfmt GenomicRanges IRanges S4Vectors SummarizedExperiment VariantAnnotation]; };
SeqGSEA = derive2 { name="SeqGSEA"; version="1.10.0"; sha256="02jbxncy2y2p7xg33xpv4hwcd8344qsfy3ibb9d4c8kf9b5wj9f1"; depends=[Biobase biomaRt DESeq doParallel]; };
SeqVarTools = derive2 { name="SeqVarTools"; version="1.8.1"; sha256="1sgkcqhqhrxzipwcwn5kvhsns08dh1fdpd8xzhmzylsr5yb9cbsy"; depends=[Biobase gdsfmt GenomicRanges GWASExactHW IRanges S4Vectors SeqArray stringr VariantAnnotation]; };
ShortRead = derive2 { name="ShortRead"; version="1.28.0"; sha256="00awzvdpd21shixcx03mjqz8bqww2z96ffkna2gpqh3f7d2pmhii"; depends=[Biobase BiocGenerics BiocParallel Biostrings GenomeInfoDb GenomicAlignments GenomicRanges hwriter IRanges lattice latticeExtra Rsamtools S4Vectors XVector zlibbioc]; };
SigCheck = derive2 { name="SigCheck"; version="2.2.0"; sha256="1hp7rspjakdrlzmkppad6pqj8by40ccwyzrypjzl4c2144mayz0s"; depends=[Biobase BiocParallel e1071 MLInterfaces survival]; };
SigFuge = derive2 { name="SigFuge"; version="1.8.0"; sha256="1bs55pc5z3x22708pdr551rxvq66i2xyi9l9j1i6vnl7h1433iy3"; depends=[GenomicRanges ggplot2 matlab reshape sigclust]; };
SimBindProfiles = derive2 { name="SimBindProfiles"; version="1.8.0"; sha256="1cyqlzb6vykxndslwvmj9sn7hzrq3lqjwsmvkvl7ivfigrslg142"; depends=[Biobase limma mclust Ringo]; };
SomatiCA = derive2 { name="SomatiCA"; version="1.14.0"; sha256="0a6l05zvc8jkckaznflrkknm144179hp77ck0pwrcp2065bglb1z"; depends=[DNAcopy doParallel foreach GenomicRanges IRanges lars rebmix sn]; };
SomaticSignatures = derive2 { name="SomaticSignatures"; version="2.6.0"; sha256="14w5p7vv8nyxmbfc9yxsc21xrzi8rfylw0dcpkv0p1l431qc8icg"; depends=[Biobase Biostrings GenomeInfoDb GenomicRanges ggbio ggplot2 IRanges NMF pcaMethods proxy reshape2 S4Vectors VariantAnnotation]; };
SpacePAC = derive2 { name="SpacePAC"; version="1.8.0"; sha256="11szjavnv8b3sdqdzda3vsx3rbzmnzdimm4b37lm3rfqzrs14qhc"; depends=[iPAC]; };
SpeCond = derive2 { name="SpeCond"; version="1.24.0"; sha256="1a9nxq2zdv1qvqk5byi8nrazkgqkdna8i4h2vibng33cjzjvxrdv"; depends=[Biobase fields hwriter mclust RColorBrewer]; };
SplicingGraphs = derive2 { name="SplicingGraphs"; version="1.10.0"; sha256="0p43f313qhhrpvkdsr7qzp825am6yv0cg1ypbw0kfbkgsysi7z5v"; depends=[BiocGenerics GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges graph igraph IRanges Rgraphviz Rsamtools S4Vectors]; };
Starr = derive2 { name="Starr"; version="1.26.0"; sha256="0ra9x1kzr0r2wa1ihapzmldq0fdr91rfbbglmzjnq92wrw6rvkd2"; depends=[affxparser affy MASS pspline Ringo zlibbioc]; };
Streamer = derive2 { name="Streamer"; version="1.16.0"; sha256="09bjwj9ynhjl1lgwh4444xjs4l1vj8sar5d1ph1b12fl48rb62zm"; depends=[BiocGenerics graph RBGL]; };
SummarizedExperiment = derive2 { name="SummarizedExperiment"; version="1.0.1"; sha256="0w1dwp99p6i7sc3cn0ir3dr8ksgxwjf16675h5i8n6gbv4rl9lz6"; depends=[Biobase BiocGenerics GenomeInfoDb GenomicRanges IRanges S4Vectors]; };
Sushi = derive2 { name="Sushi"; version="1.8.0"; sha256="1ldvv1028chnh8ng85534k924cgdmzqb3i18z6xpacsjgg5k7s7l"; depends=[biomaRt zoo]; };
SwimR = derive2 { name="SwimR"; version="1.8.0"; sha256="0vwjrpm4qbhc8afv0zj0al3rv06izp649kz8h3pb1yixw4bwrxg8"; depends=[gplots heatmap_plus R2HTML signal]; };
TCC = derive2 { name="TCC"; version="1.10.0"; sha256="1r56h2l2jcva4fi6yzch4rwllyp5hwvy93dn1rna9jjf8q5m4nkp"; depends=[baySeq DESeq DESeq2 edgeR ROC samr]; };
TCGAbiolinks = derive2 { name="TCGAbiolinks"; version="1.0.1"; sha256="0fbamvz7khpw069prgbm4inyz9fs8hg9xql8lh3h69fnfjzvld24"; depends=[affy Biobase BiocGenerics biomaRt coin ConsensusClusterPlus data_table devtools dnet doParallel downloader dplyr EDASeq edgeR genefilter GenomicFeatures GenomicRanges GGally ggplot2 gplots heatmap_plus igraph IRanges limma plyr RColorBrewer RCurl rjson rvest S4Vectors scales stringr SummarizedExperiment supraHex survival xlsx XML xml2 xtable]; };
TDARACNE = derive2 { name="TDARACNE"; version="1.20.0"; sha256="0jf89s2bnz8psd7vqh3l29ch5mb2ilky2jmv8db4kcqaw9157kn8"; depends=[Biobase GenKern Rgraphviz]; };
TEQC = derive2 { name="TEQC"; version="3.10.0"; sha256="1kpibmaqqrdshbrw94080zxjlscfssddzjaqlx3l9zvhrw9sbl38"; depends=[Biobase BiocGenerics hwriter IRanges Rsamtools]; };
TFBSTools = derive2 { name="TFBSTools"; version="1.8.2"; sha256="1fnfm3masx093p879ak193v2nf62rlncq1j6wbjkhq61imyr02pm"; depends=[Biobase BiocGenerics BiocParallel Biostrings BSgenome caTools CNEr DirichletMultinomial GenomeInfoDb GenomicRanges gtools IRanges RSQLite rtracklayer S4Vectors seqLogo TFMPvalue XML XVector]; };
TIN = derive2 { name="TIN"; version="1.2.0"; sha256="051v518zyqz2lrp886hqapchngqxj2kz58dchjvafgaa2l5zyy9z"; depends=[aroma_affymetrix data_table impute squash stringr WGCNA]; };
TPP = derive2 { name="TPP"; version="2.0.1"; sha256="0r13xm209r437p2j8n80n5zjplrd4g045nihn8bp3cnp2ickbn9c"; depends=[Biobase doParallel foreach ggplot2 gridExtra nls2 openxlsx plyr RColorBrewer RCurl reshape2 VennDiagram VGAM]; };
TRONCO = derive2 { name="TRONCO"; version="2.2.0"; sha256="1ljciqm93iqr184pyyw1rdqdqllkk548zp68zpcvv91g7kdgf7ii"; depends=[bnlearn cgdsr doParallel ggplot2 gridExtra gtable igraph RColorBrewer reshape2 Rgraphviz scales xtable]; };
TSCAN = derive2 { name="TSCAN"; version="1.8.0"; sha256="1cp723wp4g4g42l25p313lyc7hv4lp8fg95k60kpnqql356b0c7p"; depends=[combinat fastICA ggplot2 gplots igraph mclust mgcv plyr shiny]; };
TSSi = derive2 { name="TSSi"; version="1.16.0"; sha256="16cry226v35mjgw1w1sk4kgi8cjqwkls563y088mfz6fygfmg4ld"; depends=[Biobase BiocGenerics Hmisc IRanges minqa plyr S4Vectors]; };
TarSeqQC = derive2 { name="TarSeqQC"; version="1.0.0"; sha256="1vrf712khd00rg7aj4bqgbi7kvmfndlw24ymc1k4kl5hbszyai9w"; depends=[BiocGenerics BiocParallel cowplot GenomeInfoDb GenomicRanges ggplot2 IRanges openxlsx plyr reshape2 Rsamtools S4Vectors]; };
TargetScore = derive2 { name="TargetScore"; version="1.8.0"; sha256="184n05p2c9g5yc53sx29dxq1pqa3appb2s7wr6n0271c08lkqc11"; depends=[Matrix pracma]; };
TargetSearch = derive2 { name="TargetSearch"; version="1.26.0"; sha256="1kk8qnrp8x4iijmkbqrvpyjvf7z8yd1jwp6mgjlqba5l09n65g29"; depends=[ncdf]; };
TitanCNA = derive2 { name="TitanCNA"; version="1.8.0"; sha256="06i4gbpw356m9qxl5kj0xgnr6kvcl85qnq1z6aqjhy2x5qdiw92n"; depends=[foreach GenomeInfoDb IRanges Rsamtools]; };
ToPASeq = derive2 { name="ToPASeq"; version="1.4.0"; sha256="18fwifmih7x4wr7s3nr8qwvxbp0a33qj39sfwkvhr97jqdggb78j"; depends=[AnnotationDbi Biobase clipper DESeq DESeq2 doParallel edgeR fields GenomicRanges graph graphite gRbase KEGGgraph limma locfit qpgraph R_utils RBGL Rcpp Rgraphviz TeachingDemos]; };
TransView = derive2 { name="TransView"; version="1.14.0"; sha256="02as66pzhgls2papji5mqpaczvdfpi6af0mafip8i9hj06z41wci"; depends=[GenomicRanges gplots IRanges Rsamtools zlibbioc]; };
TurboNorm = derive2 { name="TurboNorm"; version="1.18.0"; sha256="145fb32c5zi7rhnqxad6nq1vx61vc1f28qjxvnccxxb2ia3b8jcd"; depends=[affy convert lattice limma marray]; };
TypeInfo = derive2 { name="TypeInfo"; version="1.36.0"; sha256="0f0cllsf0pw2bgvq9fhfksqsxb2820js5y125vhcr0ns5kcvi07y"; depends=[]; };
UNDO = derive2 { name="UNDO"; version="1.12.0"; sha256="1qz9md9j8jhrgl7iap6im4y08nwnydzgxpanpnpsaad1irrlgcaq"; depends=[Biobase BiocGenerics boot MASS nnls]; };
UniProt_ws = derive2 { name="UniProt.ws"; version="2.10.0"; sha256="0pskf4aw696wyv6na4qfaprqhpldf7k1kz8xfaa05ahlv94v62kd"; depends=[AnnotationDbi BiocGenerics RCurl RSQLite]; };
VanillaICE = derive2 { name="VanillaICE"; version="1.32.0"; sha256="0zhxqhykbnn27af7rgdr0cw5ll1vf1anrpjg4l2a4f7dj0dc0ggb"; depends=[Biobase BiocGenerics crlmm data_table foreach GenomeInfoDb GenomicRanges IRanges lattice matrixStats oligoClasses S4Vectors SummarizedExperiment]; };
VariantAnnotation = derive2 { name="VariantAnnotation"; version="1.16.3"; sha256="0hlgbphra5p7551qjly5pp7zxarrdm3hj7vnif4dsmgsk8dds996"; depends=[AnnotationDbi Biobase BiocGenerics Biostrings BSgenome DBI GenomeInfoDb GenomicFeatures GenomicRanges IRanges Rsamtools rtracklayer S4Vectors SummarizedExperiment XVector zlibbioc]; };
VariantFiltering = derive2 { name="VariantFiltering"; version="1.6.5"; sha256="0id65ng84ndahbyg2pwwggsgbdsvbix4vjg3v3i76nx34rv2106j"; depends=[AnnotationDbi Biobase BiocGenerics BiocParallel Biostrings BSgenome DBI GenomeInfoDb GenomicFeatures GenomicRanges graph Gviz IRanges RBGL Rsamtools RSQLite S4Vectors shiny VariantAnnotation XVector]; };
VariantTools = derive2 { name="VariantTools"; version="1.12.0"; sha256="0c2sh4fda4gjxazxzd694a5cqj57mpa7f6hvafn6k40iz816x22f"; depends=[Biobase BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicFeatures GenomicRanges gmapR IRanges Matrix Rsamtools rtracklayer S4Vectors VariantAnnotation]; };
Vega = derive2 { name="Vega"; version="1.18.0"; sha256="0f7rzzckd69xbnism0v7jl0dly55lwj30nla7yj88qqalnb7ajzs"; depends=[]; };
VegaMC = derive2 { name="VegaMC"; version="3.8.0"; sha256="004zx8hihj503g5fiq5njk09fns6ra7qvzbzb44q2dpd0n02ifqc"; depends=[Biobase biomaRt genoset]; };
XBSeq = derive2 { name="XBSeq"; version="1.0.0"; sha256="09aiyy0b42dwckrv50d5pvfm2mggpqph9y0cn1cjcs0bpy2mb1v7"; depends=[Biobase BiocGenerics Delaporte DESeq2 dplyr ggplot2 locfit magrittr matrixStats pracma]; };
XDE = derive2 { name="XDE"; version="2.16.0"; sha256="0zwp1vqjp3bfxvnkik9k57djnyf29qm57wlldv3zgk65lqxrdm5n"; depends=[Biobase BiocGenerics genefilter gtools MergeMaid mvtnorm]; };
XVector = derive2 { name="XVector"; version="0.10.0"; sha256="0havwyr6xqk7w0rmbwfj9jq1djz7wzdz7w39adhklwzwz9l4ih3a"; depends=[BiocGenerics IRanges S4Vectors zlibbioc]; };
a4 = derive2 { name="a4"; version="1.18.0"; sha256="07969ixxf20i2xh8c29s6qgghk7qndlc8b30w9ydq5yfd8v1wdys"; depends=[a4Base a4Classif a4Core a4Preproc a4Reporting]; };
a4Base = derive2 { name="a4Base"; version="1.18.0"; sha256="1xqdkax03yqnzzyys3zdzndgzp5z52zpvbllqnnlhpf7j0wgqms4"; depends=[a4Core a4Preproc annaffy AnnotationDbi Biobase genefilter glmnet gplots limma mpm multtest]; };
a4Classif = derive2 { name="a4Classif"; version="1.18.0"; sha256="1bci0b09h5622xn195mrf3s2h7mngjvnx7h5z4smykja7fxn839p"; depends=[a4Core a4Preproc glmnet MLInterfaces pamr ROCR varSelRF]; };
a4Core = derive2 { name="a4Core"; version="1.18.0"; sha256="0zchs5rii0215x6vk3ma210l1j9m5hlmpfs973h3lia7qb2amjkp"; depends=[Biobase glmnet]; };
a4Preproc = derive2 { name="a4Preproc"; version="1.18.0"; sha256="1hil6m4mqjw6ppn13ljpji1vdinsc6lsibknm974ykjjh1nkx9sx"; depends=[AnnotationDbi]; };
a4Reporting = derive2 { name="a4Reporting"; version="1.18.0"; sha256="156l5qrhwlsr3vvxwpxzkgajb6pcz0ilfm4dw4jinm1kyy3k7fkr"; depends=[annaffy xtable]; };
aCGH = derive2 { name="aCGH"; version="1.48.0"; sha256="0pch06jwwdn6s6cphrn4qn0syc47crliw9s5ii3dm03nh4z6p668"; depends=[Biobase cluster multtest survival]; };
acde = derive2 { name="acde"; version="1.0.0"; sha256="039dy5ssrnf9i8ahjfmf18f3z8vk2x61zkx3snm27mr0vi7nw84n"; depends=[boot]; };
adSplit = derive2 { name="adSplit"; version="1.40.0"; sha256="1djrgfspgi5aijpplqcq61mc4sbnfjj3rk1w3q714y2qazm0675i"; depends=[AnnotationDbi Biobase cluster multtest]; };
affxparser = derive2 { name="affxparser"; version="1.42.0"; sha256="13asms378wid2kw0p2qz6q3bq6didpgkv58sbl6f8amcy5yxvkf9"; depends=[]; };
affy = derive2 { name="affy"; version="1.48.0"; sha256="1k26qw2iirhsgfmkii49azcfki5hk9lpz6v9glayq78j3rspn1sk"; depends=[affyio Biobase BiocGenerics BiocInstaller preprocessCore zlibbioc]; };
affyContam = derive2 { name="affyContam"; version="1.28.0"; sha256="04xq22z965pdh5sy5lgfh2asqjxydm4mzgkz6wqk479xfqdhny5k"; depends=[affy Biobase]; };
affyILM = derive2 { name="affyILM"; version="1.22.0"; sha256="0a51ynrzhb2w2gkgnnnyi36xljmkjkw954541ah82x5hq14aj0wc"; depends=[affxparser affy Biobase gcrma]; };
affyPLM = derive2 { name="affyPLM"; version="1.46.0"; sha256="19ci6vc899j39s2w48f64wy9yl5ls8xmxv7gmdwk4dmp2xm6ys2h"; depends=[affy Biobase BiocGenerics gcrma preprocessCore zlibbioc]; };
affyPara = derive2 { name="affyPara"; version="1.30.0"; sha256="14g7xrzsqqsr2h20nv000dd3v71wq18bq78r345w29fs53kipxxd"; depends=[affy affyio aplpack snow vsn]; };
affyQCReport = derive2 { name="affyQCReport"; version="1.48.0"; sha256="0cw6z8idar5qa9y3svrm5fdimdamb2xjjj59d107h2in7bvgni7j"; depends=[affy affyPLM Biobase genefilter lattice RColorBrewer simpleaffy xtable]; };
affycomp = derive2 { name="affycomp"; version="1.46.0"; sha256="0irzcp3b070b4hm0x2cn8fxm9rn1nlgspjl3la37v4jpmvzldi90"; depends=[Biobase]; };
affycoretools = derive2 { name="affycoretools"; version="1.42.0"; sha256="0b2wsxd293p8l7q6gci6gnqb0vw4r52mixrwz2af8cj6gs28l3vc"; depends=[affy AnnotationDbi Biobase gcrma ggplot2 GOstats gplots hwriter lattice limma oligoClasses ReportingTools xtable]; };
affyio = derive2 { name="affyio"; version="1.40.0"; sha256="0xza3c9b5a3ibwif7dl92gcj44yv56m9mw7fv00ldx2pygw20nyv"; depends=[zlibbioc]; };
affylmGUI = derive2 { name="affylmGUI"; version="1.44.0"; sha256="0gs6yc9xfjcf9jp1kg1vc4qrxs9vjm1ddhw3x3v87ywmba03xivw"; depends=[affy affyio affyPLM AnnotationDbi BiocInstaller gcrma limma R2HTML tkrplot xtable]; };
affypdnn = derive2 { name="affypdnn"; version="1.44.0"; sha256="1av7a8w86wcslbl3q2zbnga8rww3n7dmwdywq4fm86pbmwh1jz9v"; depends=[affy]; };
agilp = derive2 { name="agilp"; version="3.2.0"; sha256="1xfa6f78410fdggsp9mlj4102i3rzcxp78n37bkprk4sib3dvmgq"; depends=[]; };
alsace = derive2 { name="alsace"; version="1.6.0"; sha256="1vrwi2rkccgiwgshz5rxyr55dl7awbh1drbhhsrbpjsbzxwmiv4a"; depends=[ALS ptw]; };
altcdfenvs = derive2 { name="altcdfenvs"; version="2.32.0"; sha256="1sb516qazxvad2vayd7sai1vg6vq9g7vjy4cyx6c0mqw7sl0pagl"; depends=[affy Biobase BiocGenerics Biostrings hypergraph makecdfenv]; };
ampliQueso = derive2 { name="ampliQueso"; version="1.8.0"; sha256="0v21y2nd0qwnag0n6h0krr9c0vpv6ig89d0jsi58x3pi5m0mypip"; depends=[DESeq doParallel edgeR foreach genefilter ggplot2 gplots knitr rgl rnaSeqMap samr statmod VariantAnnotation xtable]; };
annaffy = derive2 { name="annaffy"; version="1.42.0"; sha256="1fygm19y0ixh5ir7pldx26xck3w9pz1r26ddkj6ffnp4bljd35lk"; depends=[AnnotationDbi Biobase]; };
annmap = derive2 { name="annmap"; version="1.12.0"; sha256="12ixjb9bg49wdzjl0dpxl7lv7yj63fzsjgw2pqjwcimvgamk0vdw"; depends=[Biobase BiocGenerics DBI digest genefilter GenomicRanges IRanges lattice RMySQL Rsamtools]; };
annotate = derive2 { name="annotate"; version="1.48.0"; sha256="1b9fm7b5j2vknf5bm1dj17g6wb3smzq8s02dhx4mlqnpif1av6dk"; depends=[AnnotationDbi Biobase BiocGenerics DBI XML xtable]; };
annotationTools = derive2 { name="annotationTools"; version="1.44.0"; sha256="0qqkvibnz9j8p0007zahcc07y2avgcrbsxpj5hsdn4q4qs4igjxa"; depends=[Biobase]; };
anota = derive2 { name="anota"; version="1.18.0"; sha256="0nqshv23gz2q8mqmakw0blbrynbxp2s09i120yhci4qrvay5in7w"; depends=[multtest qvalue]; };
antiProfiles = derive2 { name="antiProfiles"; version="1.10.0"; sha256="0a707qd525265am6sc8l1k9161cjm8vblkgyzmvgy14zdw4pk479"; depends=[locfit matrixStats]; };
apComplex = derive2 { name="apComplex"; version="2.36.0"; sha256="0y84hiyzc5i7l2k1nfjfkq5gfll8nli1bqci5jl13207zhhc8jnq"; depends=[graph RBGL Rgraphviz]; };
aroma_light = derive2 { name="aroma.light"; version="3.0.0"; sha256="1mdncg64h9d7ppg626q42xyimz1s6arj5774hxhc06hq2isb5isi"; depends=[matrixStats R_methodsS3 R_oo R_utils]; };
arrayMvout = derive2 { name="arrayMvout"; version="1.28.0"; sha256="09jvfpzc1hz07rbsgkxcwiib6ihipq75k9w95bv4fdgd9i3jz4yb"; depends=[affy affyContam Biobase lumi mdqc parody simpleaffy]; };
arrayQuality = derive2 { name="arrayQuality"; version="1.48.0"; sha256="0cqmbf47rxa2d3is999abwk7j4kakwlb7fhxv0qw8x2j2r33vsrl"; depends=[gridBase hexbin limma marray RColorBrewer]; };
arrayQualityMetrics = derive2 { name="arrayQualityMetrics"; version="3.26.0"; sha256="187px5jljic7dlfam1n1y538inm852grnsad7ndc4rp0dxr41jql"; depends=[affy affyPLM beadarray Biobase Cairo genefilter gridSVG Hmisc hwriter lattice latticeExtra limma RColorBrewer setRNG vsn XML]; };
attract = derive2 { name="attract"; version="1.22.0"; sha256="09nizaqjnsqkxkyiyp0amyc04z2yf23gp3wqf4y1jy5x9y1kkyqz"; depends=[AnnotationDbi Biobase cluster GOstats limma]; };
ballgown = derive2 { name="ballgown"; version="2.2.0"; sha256="12j7y2ldnbawqyfxaybb1a9ndylvw09n0d3p001wd1inqnml4xns"; depends=[Biobase GenomeInfoDb GenomicRanges IRanges limma RColorBrewer rtracklayer S4Vectors sva]; };
bamsignals = derive2 { name="bamsignals"; version="1.2.0"; sha256="11yix7rzk54zy1mh49d96kvz6ka8rlb66whb6mdkd5lyx32w8lwf"; depends=[BiocGenerics GenomicRanges IRanges Rcpp Rhtslib zlibbioc]; };
baySeq = derive2 { name="baySeq"; version="2.4.0"; sha256="0cmk7k88kkiv94zlr8k831gp476kam3sl06a8dgvpsyx2jpkx21l"; depends=[abind GenomicRanges perm]; };
beadarray = derive2 { name="beadarray"; version="2.20.0"; sha256="11h4c046k9lw1mdqjb06683fmqrm8jrw6j1557ql0dcxacgv3kra"; depends=[AnnotationDbi BeadDataPackR Biobase BiocGenerics GenomicRanges ggplot2 illuminaio IRanges limma reshape2]; };
beadarraySNP = derive2 { name="beadarraySNP"; version="1.36.0"; sha256="1dj5zi9lkyq5lgrcmr08cjdv3ysfa6p9zc8jza8mm6vy14qsl5ah"; depends=[Biobase quantsmooth]; };
betr = derive2 { name="betr"; version="1.26.0"; sha256="1rs2xajrac3a4sk88i7zq3v849969iw0k8wmpbc0ihw9m4ljb0sx"; depends=[Biobase limma mvtnorm]; };
bgafun = derive2 { name="bgafun"; version="1.32.0"; sha256="1wakjjdcgzl9snsa9i1f7kk0ppwiccxmznd93yawvjk74gqwnkp3"; depends=[ade4 made4 seqinr]; };
bgx = derive2 { name="bgx"; version="1.36.0"; sha256="1x0i4llp6yrfybp7lwqwc7kb1s12dl8a0nwymhjd3fkfv5lslfbx"; depends=[affy Biobase gcrma]; };
bigmemoryExtras = derive2 { name="bigmemoryExtras"; version="1.14.0"; sha256="1gpmd953wis39bksg0rnpnahjgmbgj49k6chgplrglvngf1h6yxn"; depends=[bigmemory Biobase]; };
bioDist = derive2 { name="bioDist"; version="1.42.0"; sha256="0l5f8yj76sdx7c2zf50h395a4hbqnycnzx5iw3by4rh45xs6pcxj"; depends=[Biobase KernSmooth]; };
bioassayR = derive2 { name="bioassayR"; version="1.8.0"; sha256="09z4w22k63rqjk2rx6ffj74vcwlr5v5wkw4v4ww0kf386j5ylgim"; depends=[BiocGenerics DBI Matrix rjson RSQLite XML]; };
biobroom = derive2 { name="biobroom"; version="1.2.0"; sha256="15v4s9cdvl4n5sx0n2sskhmq9xvs2cdrxxd7y4l59jgg421fzg7i"; depends=[Biobase broom dplyr tidyr]; };
biocGraph = derive2 { name="biocGraph"; version="1.32.0"; sha256="0sdnysj0dds74a7jb9qrpkix34d8ray5sp4v6c0kwzcqvax47a1s"; depends=[BiocGenerics geneplotter graph Rgraphviz]; };
biocViews = derive2 { name="biocViews"; version="1.38.0"; sha256="1h6qi8a818a4m2slmrz8p3303hqs0hd59n049s3g1703m26n9z0k"; depends=[Biobase graph knitr RBGL RCurl RUnit XML]; };
biomaRt = derive2 { name="biomaRt"; version="2.26.1"; sha256="1s709055abj2gd35g6nnk5d2ai5ii09iir270l2xika6pi62gj3f"; depends=[AnnotationDbi RCurl XML]; };
biomvRCNS = derive2 { name="biomvRCNS"; version="1.10.0"; sha256="1vma189z83hvq90g6vaaw87znpk7srl2s1vikicah40s72awywm6"; depends=[GenomicRanges Gviz IRanges mvtnorm]; };
biosvd = derive2 { name="biosvd"; version="2.6.0"; sha256="0mjkan7drib9v49dk3rnrkydm1dxfqimk5gk4jm9qv8kdfcjk0zh"; depends=[Biobase BiocGenerics NMF]; };
biovizBase = derive2 { name="biovizBase"; version="1.18.0"; sha256="1lp89grxfgkhc9h5jmqs2nr9gr8321nyzwimrszls9dcc787xf00"; depends=[AnnotationDbi BiocGenerics Biostrings dichromat GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges Hmisc IRanges RColorBrewer Rsamtools S4Vectors scales SummarizedExperiment VariantAnnotation]; };
birta = derive2 { name="birta"; version="1.14.0"; sha256="1pszpvmvjp1r0bwj7w9ws0y8xmb3yfmq5gifj9jwvgw2p7y718zr"; depends=[Biobase limma MASS]; };
birte = derive2 { name="birte"; version="1.6.0"; sha256="1mlh8fg77lcpqdb5ali5pxx1qpdskbsljk55cbsswgsjw437fwi0"; depends=[Biobase limma MASS nem Rcpp RcppArmadillo ridge]; };
blima = derive2 { name="blima"; version="1.4.0"; sha256="1mv153f42x0pjva03gw8b064qmf2558p82xqzvxqycyn7ry3riyz"; depends=[beadarray Biobase BiocGenerics]; };
bridge = derive2 { name="bridge"; version="1.34.0"; sha256="08lfbczaj7hkgqfsm060z56anx1yvsfwknzw40gq919k0zm9vfcf"; depends=[rama]; };
bsseq = derive2 { name="bsseq"; version="1.6.0"; sha256="1bz3b79iiqz251nq54lybxd9bfyzm44p1dbb3nxmjdnf2n1gxs5w"; depends=[Biobase BiocGenerics data_table GenomeInfoDb GenomicRanges gtools IRanges locfit matrixStats R_utils S4Vectors scales SummarizedExperiment]; };
bumphunter = derive2 { name="bumphunter"; version="1.10.0"; sha256="086rin3gzzxf0lin5fymmsws1k7jhsy4psrkrcpajq09b2qy2s6b"; depends=[AnnotationDbi BiocGenerics doRNG foreach GenomeInfoDb GenomicFeatures GenomicRanges IRanges iterators limma locfit matrixStats S4Vectors]; };
caOmicsV = derive2 { name="caOmicsV"; version="1.0.0"; sha256="0162h17szpr98g4lgz5nypcrslk4103hdn5qdxfxv6frssn9l9g3"; depends=[bc3net igraph]; };
canceR = derive2 { name="canceR"; version="1.2.0"; sha256="1a9vd2mvz22ajgcxw0k57965gnx91lf7ki6cdc5gsqcfib7xj9n5"; depends=[Biobase cgdsr circlize Formula geNetClassifier GSEABase GSEAlm phenoTest plyr rpart RUnit survival tcltk2 tkrplot]; };
cancerclass = derive2 { name="cancerclass"; version="1.14.0"; sha256="0sgiy31h24wlz2q54ssygbdvikzlp8sqf4knkfxc7178a2aq41p4"; depends=[binom Biobase]; };
casper = derive2 { name="casper"; version="2.4.0"; sha256="19wx4h2pgvi3kdcr28spagjg9qy4g2n5pspv8jn7s9crydihq1v9"; depends=[Biobase BiocGenerics coda EBarrays gaga GenomeInfoDb GenomicFeatures GenomicRanges gtools IRanges limma mgcv Rsamtools rtracklayer S4Vectors sqldf survival VGAM]; };
categoryCompare = derive2 { name="categoryCompare"; version="1.14.0"; sha256="12gqbmkh5rpbp2nqn8j1mhss3v67jiphqxw0cfgb97y6hh7bcfg6"; depends=[annotate AnnotationDbi Biobase BiocGenerics Category colorspace GOstats graph GSEABase hwriter RCytoscape]; };
ccrepe = derive2 { name="ccrepe"; version="1.6.0"; sha256="1h96ga660yp1bd20f5ykywybhiwzxrll2p0shkk7wqbn1x7rz1wj"; depends=[infotheo]; };
cellGrowth = derive2 { name="cellGrowth"; version="1.14.0"; sha256="0d40kll2rkzijyk0d0xb9rzyck5r0hkybv0j1ba72g9kk2mdmz7z"; depends=[lattice locfit]; };
cellHTS = derive2 { name="cellHTS"; version="1.40.0"; sha256="061c1b8r9z9w12agprbi9r0sm9zzs2biwx1fmbkpjw6yf4fbm0x1"; depends=[genefilter prada RColorBrewer]; };
cellHTS2 = derive2 { name="cellHTS2"; version="2.34.0"; sha256="0jfykid7wmczy749nrqkg0nympap6rmkqbsk1ywmfx4an45w1ak9"; depends=[Biobase Category genefilter GSEABase hwriter locfit prada RColorBrewer splots vsn]; };
cghMCR = derive2 { name="cghMCR"; version="1.28.0"; sha256="02a5a2aj35n3y34gv1j6mk3ahm27i10ahj1msbzp62w8ph9lnasx"; depends=[BiocGenerics CNTools DNAcopy limma]; };
charm = derive2 { name="charm"; version="2.16.0"; sha256="14nlmii9rqgl6y0fk0gxk11dnjr33mavchp0iban0cr0hn44inm0"; depends=[Biobase Biostrings BSgenome ff fields genefilter gtools IRanges limma nor1mix oligo oligoClasses preprocessCore RColorBrewer siggenes SQN sva]; };
chimera = derive2 { name="chimera"; version="1.12.0"; sha256="11arbg6c76rx4zyylp6ga8ygx8890h0pkg4ciwhy4xc8x1smmq7r"; depends=[AnnotationDbi Biobase GenomicAlignments GenomicRanges Rsamtools]; };
chipenrich = derive2 { name="chipenrich"; version="1.8.0"; sha256="0xzh3nrw62ars7xnnj9qkdsg9yaq1q3xx63l1bi91lxbfih7k9wr"; depends=[GenomicRanges IRanges lattice latticeExtra mgcv plyr rms stringr]; };
chipseq = derive2 { name="chipseq"; version="1.20.0"; sha256="1j3kh5alahrqfp0sxkz9b9v8fm8p5gm3nyw1nbcj20ajiapi1gnp"; depends=[BiocGenerics GenomicRanges IRanges lattice S4Vectors ShortRead]; };
chopsticks = derive2 { name="chopsticks"; version="1.34.0"; sha256="112d4r6ns916yjxzaakghwvbin4cadijpxanm6qs08lyap5imz4s"; depends=[survival]; };
chroGPS = derive2 { name="chroGPS"; version="1.14.0"; sha256="0i0hrf38sjsay6r6zh69cy6xki17cjw427szq4h7770jlphiq8n1"; depends=[Biobase changepoint cluster DPpackage ICSNP IRanges MASS]; };
chromDraw = derive2 { name="chromDraw"; version="1.2.0"; sha256="04zcx2y8x4s3rmfljxgm4h7p7gjrhfgqfhyx6h9f96l734l4f8hs"; depends=[GenomicRanges Rcpp]; };
cisPath = derive2 { name="cisPath"; version="1.10.0"; sha256="0wqbmqpm6qbrwfnl0s4dn569s74x8g9501ckx0h2g38w961z36k3"; depends=[]; };
cleanUpdTSeq = derive2 { name="cleanUpdTSeq"; version="1.8.0"; sha256="1ck58mxnx4q1y8wdi8mbp8ijbg30zmfbhp5ldp09zq2m0j746183"; depends=[BiocGenerics BSgenome e1071 GenomicRanges seqinr]; };
cleaver = derive2 { name="cleaver"; version="1.8.0"; sha256="057nvg1cf0prbwarqwv53r651pc1i5sjj6x9nlnshxrgjrwa47ff"; depends=[Biostrings IRanges S4Vectors]; };
clippda = derive2 { name="clippda"; version="1.20.0"; sha256="1d76air1vf29b9bmycak9fx5silkx9d8k6cpding6pw50d63wcb1"; depends=[Biobase lattice limma rgl scatterplot3d statmod]; };
clipper = derive2 { name="clipper"; version="1.10.0"; sha256="1dyaazkwrrh6s3f2a0yj3i92jg16azf92az9lsjy3dbrwi8zhi7l"; depends=[Biobase corpcor graph gRbase igraph KEGGgraph Matrix qpgraph RBGL Rcpp]; };
clonotypeR = derive2 { name="clonotypeR"; version="1.8.0"; sha256="1fj00hrxijkn002ixa7kn07jq94mlsgz99xr3sapzg0jqacgp9q0"; depends=[]; };
clst = derive2 { name="clst"; version="1.18.0"; sha256="0zg3cdd8j46lm750q0ckin42pmvj0hddl1j2j4lh7x50gvqwyjyz"; depends=[lattice ROC]; };
clstutils = derive2 { name="clstutils"; version="1.18.0"; sha256="169pzadyhszaxc8r7z1qysmcsijp2x5pw9bizbkkw7i92r8gf4n7"; depends=[ape clst lattice rjson RSQLite]; };
clusterProfiler = derive2 { name="clusterProfiler"; version="2.4.1"; sha256="0l8gvpiw8aq8w5ilk178qi0ks9rl6fzbdmj4fin3vz7razayff5p"; depends=[AnnotationDbi DOSE ggplot2 GOSemSim KEGGREST magrittr plyr qvalue topGO]; };
clusterStab = derive2 { name="clusterStab"; version="1.42.0"; sha256="162kq03vs5d3rnmh9kh5djal6vgyr3pzmihjgq50dp04b89ha2d8"; depends=[Biobase]; };
cn_farms = derive2 { name="cn.farms"; version="1.18.0"; sha256="0d4xwdzccs5wk52ifqryj3cp60vf4yga6ddhs97p0znafh4gfsjv"; depends=[affxparser Biobase DBI DNAcopy ff lattice oligo oligoClasses preprocessCore snow]; };
cn_mops = derive2 { name="cn.mops"; version="1.16.1"; sha256="15gbslg2adx1lv2nhb7kws2gr4afyfb7mjb20ynpdmxjmjpng3vk"; depends=[Biobase BiocGenerics GenomicRanges IRanges Rsamtools]; };
cnvGSA = derive2 { name="cnvGSA"; version="1.14.0"; sha256="1kw5161fnlc7b1b03a4kpqz4hlrknyj8dlm8wffjj1d45g1rpvwd"; depends=[brglm doParallel foreach GenomicRanges splitstackshape]; };
coGPS = derive2 { name="coGPS"; version="1.14.0"; sha256="1bylnhcvbrimjld5nar42kr577lzw97d2f4bibrbqysp332wi1iz"; depends=[]; };
coMET = derive2 { name="coMET"; version="1.2.0"; sha256="0nsz6ci6kcnanm465420sicbp84w2rg58j1550jhnrn4cx4pxm4j"; depends=[biomaRt colortools GenomicRanges ggbio ggplot2 gridExtra Gviz hash IRanges psych rtracklayer S4Vectors trackViewer]; };
coRNAi = derive2 { name="coRNAi"; version="1.20.0"; sha256="05jv85jbb5lz0x0cmg52sn6gnsscyq939yyk6ll9061bx51as7cv"; depends=[cellHTS2 gplots lattice limma locfit MASS]; };
cobindR = derive2 { name="cobindR"; version="1.8.0"; sha256="06nckxm5hz6c336p5fvfmccfzdri68qcmagkyjg7nnfsyl66fri1"; depends=[BiocGenerics biomaRt Biostrings BSgenome gmp gplots IRanges mclust rtfbs seqinr yaml]; };
codelink = derive2 { name="codelink"; version="1.38.0"; sha256="11rs0nr0nqfmy0v4yfzd7wgq9g0rqzr7r7jcr16z79lc6f5lqm9z"; depends=[annotate Biobase BiocGenerics limma]; };
cogena = derive2 { name="cogena"; version="1.4.0"; sha256="16imyy9y4jd71pnaf41isrmw711kp4ky61bljn8kmlm9kqf2lbm0"; depends=[amap apcluster Biobase biwt class cluster corrplot devtools doParallel dplyr fastcluster foreach ggplot2 gplots kohonen mclust reshape2]; };
compEpiTools = derive2 { name="compEpiTools"; version="1.4.0"; sha256="0pygd78pi7h050fra41kvwcx5id9ivisdlnaqdxwk1xd07xb67ck"; depends=[AnnotationDbi BiocGenerics Biostrings GenomeInfoDb GenomicFeatures GenomicRanges gplots IRanges methylPipe Rsamtools S4Vectors topGO XVector]; };
compcodeR = derive2 { name="compcodeR"; version="1.6.0"; sha256="1f84n01c83p5x72ws7a7cam0g0l7n2wjy5pyf06hbwgc0ziz57cs"; depends=[caTools edgeR gdata ggplot2 gplots gtools KernSmooth knitr lattice limma markdown MASS modeest ROCR sm stringr vioplot]; };
conumee = derive2 { name="conumee"; version="1.2.0"; sha256="1410a8sby4azkj14wqxrsi5i4kiyhgnpidj70ysygk5y2mlghs4x"; depends=[DNAcopy GenomeInfoDb GenomicRanges IRanges minfi rtracklayer]; };
convert = derive2 { name="convert"; version="1.46.0"; sha256="04zg65yylg3rifn49k015nf38v3ga0kwq4m9hykb8lfqiw63sxgq"; depends=[Biobase limma marray]; };
copa = derive2 { name="copa"; version="1.38.0"; sha256="0dmrmf60q83srilzxgwcknnd4wsx4xdlf6plfgz3wks6nyfwy256"; depends=[Biobase]; };
copynumber = derive2 { name="copynumber"; version="1.10.0"; sha256="1g03cy5inbhzhl5hj8vma34xm8lixilhalavjysp93bwg4dfskv6"; depends=[BiocGenerics GenomicRanges IRanges S4Vectors]; };
cosmiq = derive2 { name="cosmiq"; version="1.4.0"; sha256="079423bhmjk5c0x4xq8kxqbcvj8mvh30gy31zr5xn7m9lysmzglc"; depends=[MassSpecWavelet pracma Rcpp xcms]; };
cpvSNP = derive2 { name="cpvSNP"; version="1.2.0"; sha256="1wnbl6wgflfhjkrv8l5i182mpfxk440rzacpsij0xq0f823nxxgf"; depends=[BiocParallel corpcor GenomicFeatures ggplot2 GSEABase plyr]; };
cqn = derive2 { name="cqn"; version="1.16.0"; sha256="0cmi8nfk5yh4mma43kay8pglysd26kq17kxa98yirwgdj8cgq5rj"; depends=[mclust nor1mix preprocessCore quantreg]; };
crlmm = derive2 { name="crlmm"; version="1.28.0"; sha256="0gd2zjhdawiy2zazjp5dgldbp2r75qqyd4qjg26p4w2nwkf8sk07"; depends=[affyio Biobase BiocGenerics ellipse ff foreach illuminaio lattice matrixStats mvtnorm oligoClasses preprocessCore RcppEigen SNPchip VGAM]; };
csaw = derive2 { name="csaw"; version="1.4.1"; sha256="1yl4ckh0289k633kj6msl6rj7rdvcd9h8gnscz6p63n4c6mfpy13"; depends=[AnnotationDbi edgeR GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges limma Rsamtools S4Vectors SummarizedExperiment]; };
ctc = derive2 { name="ctc"; version="1.44.0"; sha256="1wlk1skc6vg10gdcdqdwc5mnh5ags7f13sxmjc19gg6n7wfkjrqg"; depends=[amap]; };
cummeRbund = derive2 { name="cummeRbund"; version="2.12.0"; sha256="19lwy7zd8mwcqv2xzgjkqzx9ha8i6rzz4c2ca7wnh6432v9gw76s"; depends=[Biobase BiocGenerics fastcluster ggplot2 Gviz plyr reshape2 RSQLite rtracklayer]; };
customProDB = derive2 { name="customProDB"; version="1.10.0"; sha256="04iiwfvjavn3zz6fhf24wd3xy0svviqqklg64hnwza2m4w50awag"; depends=[AnnotationDbi biomaRt Biostrings GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges plyr RCurl Rsamtools RSQLite rtracklayer stringr VariantAnnotation]; };
cycle = derive2 { name="cycle"; version="1.24.0"; sha256="14xzwlwkb93bhqwwy36bsqimabpmg5an6n6y8xkh5zsxw2c7m1qi"; depends=[Biobase Mfuzz]; };
cytofkit = derive2 { name="cytofkit"; version="1.2.0"; sha256="1k3s9yh0bgadr05p8cxmddkd14bvi87hccii7l9z7vln43zyngdb"; depends=[Biobase e1071 flowCore ggplot2 gplots reshape Rtsne vegan]; };
daMA = derive2 { name="daMA"; version="1.42.0"; sha256="1qggz9hrgm2xb2dz9k9gqwygj1ywy0qwzv7lqpn58pz590mz1xds"; depends=[MASS]; };
dagLogo = derive2 { name="dagLogo"; version="1.8.0"; sha256="0knsvldhdmprqjdxcdi9ccva4fi8vx86mc257nbmj21ac72bynx3"; depends=[biomaRt Biostrings grImport motifStack pheatmap]; };
ddCt = derive2 { name="ddCt"; version="1.26.0"; sha256="1rqh6sgw7qlyrpyxgmg6xl7df2jicxzxzq6xnp7l40w6vnjc595a"; depends=[Biobase BiocGenerics lattice RColorBrewer xtable]; };
ddgraph = derive2 { name="ddgraph"; version="1.14.0"; sha256="0nmrz9cy7l31vym3fcc9m3dmgmbnd5r91p3fxpziaarphi27zszl"; depends=[bnlearn graph gtools MASS pcalg plotrix RColorBrewer Rcpp]; };
deepSNV = derive2 { name="deepSNV"; version="1.16.0"; sha256="1vzcyqvjzzjlm3np3yyazdvj7jdiwc2wnxghaz8rnxyzm42bmjha"; depends=[Biostrings GenomicRanges IRanges Rhtslib SummarizedExperiment VariantAnnotation VGAM]; };
deltaGseg = derive2 { name="deltaGseg"; version="1.10.0"; sha256="1wjrdnzd4vgm8ph7smlsfvwwnxkd57qcvv1ywcg8j9n71qyrhv4m"; depends=[changepoint fBasics ggplot2 pvclust reshape scales tseries wavethresh]; };
derfinder = derive2 { name="derfinder"; version="1.4.4"; sha256="0pjsah2rgxy4584p815zwacspjwx42wv5q1h9v1rywmsbhhfmrdr"; depends=[AnnotationDbi BiocParallel bumphunter derfinderHelper GenomeInfoDb GenomicAlignments GenomicFeatures GenomicFiles GenomicRanges Hmisc IRanges qvalue Rsamtools rtracklayer S4Vectors]; };
derfinderHelper = derive2 { name="derfinderHelper"; version="1.4.1"; sha256="1mbhr766vl8skcs74xdfx5p7812x5xbv9pgn9nl2s1d9ifcs8zf8"; depends=[IRanges Matrix S4Vectors]; };
derfinderPlot = derive2 { name="derfinderPlot"; version="1.4.1"; sha256="16zsq13v86h5zfngh8621ayw5dvb14r486dzak6lz59pqzmviw8g"; depends=[derfinder GenomeInfoDb GenomicFeatures GenomicRanges ggbio ggplot2 IRanges limma plyr RColorBrewer reshape2 scales]; };
destiny = derive2 { name="destiny"; version="1.0.0"; sha256="1k8nf9gws6d60fp7mh43hjiaza7zxxfkpjzmi5qj2davjqbx1wn0"; depends=[Biobase BiocGenerics FNN igraph Matrix proxy Rcpp RcppEigen scatterplot3d VIM]; };
dexus = derive2 { name="dexus"; version="1.10.0"; sha256="0hc28mkmnr37fmw6xw2cywla946gm0cxa8k4hi32d12cm9c24xqx"; depends=[BiocGenerics]; };
diffGeneAnalysis = derive2 { name="diffGeneAnalysis"; version="1.52.0"; sha256="1w44iihckyjw8hpzwr0dsc558c3vzdiw2nbwysmqn0dn4w18xkj2"; depends=[minpack_lm]; };
diffHic = derive2 { name="diffHic"; version="1.2.0"; sha256="0wxqali494vzcbr0hkbvxvcwxcwfw5q5hsvs4j3b59hy3yn2dj9x"; depends=[BiocGenerics Biostrings BSgenome csaw edgeR GenomeInfoDb GenomicRanges IRanges limma locfit rhdf5 Rsamtools S4Vectors]; };
diggit = derive2 { name="diggit"; version="1.2.0"; sha256="1c83jhih9sg39n7sf83ddsxwjjcqklh0ssb9a4jfyvfahsqcghcb"; depends=[Biobase ks viper]; };
dks = derive2 { name="dks"; version="1.16.0"; sha256="1l98ya4f8mnzvpj1igzbn6s9yvmv3i31ll5l7hbipk4g7n1lyqal"; depends=[cubature]; };
domainsignatures = derive2 { name="domainsignatures"; version="1.30.0"; sha256="0rr5d57cjkp46qp2908vh3wyfdgiyaikdgbcxipizcv5a00nq0rx"; depends=[AnnotationDbi biomaRt prada]; };
dualKS = derive2 { name="dualKS"; version="1.30.0"; sha256="02j9l73brxa4fgsp9cbd3w7dxllvj744rby21dkfnw2c42rcxpvz"; depends=[affy Biobase]; };
dupRadar = derive2 { name="dupRadar"; version="1.0.0"; sha256="1fk58zdrw8nwjq1cq7k3rb6nx5fxhkj1p6b6mv32ha8bxwdl3dj0"; depends=[Rsubread]; };
dyebias = derive2 { name="dyebias"; version="1.28.0"; sha256="0vahrl947rf0wlz38v7jippdlvd5yhr02y554hs1ilcdz1czmyvn"; depends=[Biobase marray]; };
easyRNASeq = derive2 { name="easyRNASeq"; version="2.6.0"; sha256="1zp911n156ra54p2nhp3yshjn8f2aaz7g976yimw1skb9j6qr1a4"; depends=[Biobase BiocGenerics BiocParallel biomaRt Biostrings DESeq edgeR GenomeInfoDb genomeIntervals GenomicAlignments GenomicRanges IRanges locfit LSD Rsamtools S4Vectors ShortRead SummarizedExperiment]; };
ecolitk = derive2 { name="ecolitk"; version="1.42.0"; sha256="0hcigc60k11s3ha0jwxlvw9zf66x8090yq5m72q6nzzjzr9rvv1r"; depends=[Biobase]; };
edge = derive2 { name="edge"; version="2.2.0"; sha256="06flwd2ji2iwp425l05bswawg2q64dqpm9lnp29gvlc10ghsfacc"; depends=[Biobase jackstraw MASS qvalue snm sva]; };
edgeR = derive2 { name="edgeR"; version="3.12.0"; sha256="1n3fmrms48z7bh1sz64j242f08jg32dp0l25kba60abgypg2f2fw"; depends=[limma]; };
eiR = derive2 { name="eiR"; version="1.10.0"; sha256="0lxzkx5xyyqk91aaxm0fggs4njq7z383m7w4vcdkigbqzxlbwdqq"; depends=[BH BiocGenerics ChemmineR DBI digest RCurl RUnit snow snowfall]; };
eisa = derive2 { name="eisa"; version="1.22.0"; sha256="0p3s6z7s4d165h4w5g1h273626h5j255c0hyjv5dlrdhr4ign7v6"; depends=[AnnotationDbi Biobase BiocGenerics Category DBI genefilter isa2]; };
ensemblVEP = derive2 { name="ensemblVEP"; version="1.10.1"; sha256="1xfb14b3l776r1fvn5aq0d00milydxk7djc31lhhjq1zgwjg1hpq"; depends=[BiocGenerics Biostrings GenomicRanges VariantAnnotation]; };
ensembldb = derive2 { name="ensembldb"; version="1.2.0"; sha256="11959by8g9437hsy9dg8f7281pbp5xnrqx6m6qblbk2gl8ixf882"; depends=[AnnotationDbi AnnotationHub Biobase BiocGenerics DBI GenomeInfoDb GenomicFeatures GenomicRanges IRanges Rsamtools RSQLite rtracklayer S4Vectors]; };
epigenomix = derive2 { name="epigenomix"; version="1.10.0"; sha256="03nv36zldpjwbwassn5ca26ibdy7cd148ywp7wd6igqjg2lcgich"; depends=[beadarray Biobase BiocGenerics GenomicRanges IRanges Rsamtools S4Vectors SummarizedExperiment]; };
epivizr = derive2 { name="epivizr"; version="1.8.0"; sha256="1d1rbmkjs7dlw2y4n9y9xsmgygdndzsllbwiycsg2diyq2vyc9n7"; depends=[Biobase GenomeInfoDb GenomicFeatures GenomicRanges httpuv mime OrganismDbi R6 rjson rtracklayer S4Vectors SummarizedExperiment]; };
erccdashboard = derive2 { name="erccdashboard"; version="1.4.0"; sha256="1fj9wbm5sgshpnq855bq6cf13b9141p6r8gq2053k8p1gvb9gbxi"; depends=[edgeR ggplot2 gplots gridExtra gtools limma locfit MASS plyr QuasiSeq qvalue reshape2 ROCR scales stringr]; };
erma = derive2 { name="erma"; version="0.2.0"; sha256="1pw5n5m0nis8crzpwd4wbfk7vija5r6r2g6jshc07vd2nya5fxsk"; depends=[Biobase BiocGenerics foreach GenomicFiles GenomicRanges ggplot2 rtracklayer S4Vectors shiny]; };
eudysbiome = derive2 { name="eudysbiome"; version="1.0.0"; sha256="10id5pcs29xsicr9ffpd8rd2fqvj776wgdbn80vvym87gyn3kxxh"; depends=[plyr]; };
exomeCopy = derive2 { name="exomeCopy"; version="1.16.0"; sha256="09awyyfgs0k639nqrcrbq1k875qlyac1146w4ay6nxgijqy7iv82"; depends=[GenomeInfoDb GenomicRanges IRanges Rsamtools]; };
exomePeak = derive2 { name="exomePeak"; version="2.2.0"; sha256="1hxj9s7vjj7i5cb7c85kar445j0y8ckcy4hxlhkxrkryqq5k3q4w"; depends=[GenomicAlignments GenomicFeatures Rsamtools rtracklayer]; };
explorase = derive2 { name="explorase"; version="1.34.0"; sha256="108p864qq8zh4x7p765ygrdkj4r0vm3s2fmi3scswkhcv3vjcjg3"; depends=[limma rggobi RGtk2]; };
fCI = derive2 { name="fCI"; version="1.0.0"; sha256="17d592qmyia0j91sx8qlsv5xi3d4akd41rdqz0gsvnsbc5c494qn"; depends=[FNN gtools psych rgl VennDiagram zoo]; };
fabia = derive2 { name="fabia"; version="2.16.0"; sha256="0fm7bkqydks0qqfiifbkf5i7z8jb9l8bpbwkfy0kw4wfnzn4j7n8"; depends=[Biobase]; };
facopy = derive2 { name="facopy"; version="1.4.0"; sha256="197x9wppdnvmdlgjiyv55mfqk0z5bbbmz6m2g774yva165rvdfdl"; depends=[annotate cgdsr coin data_table DOSE FactoMineR ggplot2 GOstats graphite gridExtra igraph IRanges MASS nnet reshape2 Rgraphviz scales]; };
factDesign = derive2 { name="factDesign"; version="1.46.0"; sha256="0i9aqf0asg0jzvb0ngdyfydgxgwwbxkhmzgc20r8ybjc3rgw0xk6"; depends=[Biobase]; };
farms = derive2 { name="farms"; version="1.22.0"; sha256="1jmx5rajm6fkhx5gfpwh8nsqw0plhfzy1bibvkdf83arxjjr6s59"; depends=[affy Biobase MASS]; };
fastLiquidAssociation = derive2 { name="fastLiquidAssociation"; version="1.6.0"; sha256="0zpighffcwbp5a94q3a6d8kagcy8b2nmsxyriy6kf7r99anz329p"; depends=[Hmisc LiquidAssociation WGCNA]; };
fastseg = derive2 { name="fastseg"; version="1.16.0"; sha256="0js8vf2s8vya0iwd8158agbhzppgicvsnvm5lhyhhg5zs49b71hb"; depends=[Biobase BiocGenerics GenomicRanges IRanges]; };
fdrame = derive2 { name="fdrame"; version="1.42.0"; sha256="1kqhryvy4wb0c3dj76crlxvgr0h41znh8kn624n51ipfp34n5fgi"; depends=[]; };
ffpe = derive2 { name="ffpe"; version="1.14.0"; sha256="0vdssf9ljk3x7zhx5x5af5wqhynkaz8pb6sr8zp6ihqfiw498r0q"; depends=[affy Biobase BiocGenerics lumi methylumi sfsmisc TTR]; };
flagme = derive2 { name="flagme"; version="1.26.0"; sha256="1h9aa6s1r2g6sr81aslqq6jydyn98j9bbcy5q7dp9zf4agfd2n8h"; depends=[CAMERA gplots MASS SparseM xcms]; };
flipflop = derive2 { name="flipflop"; version="1.8.0"; sha256="1blqi39kmyy2zq6lb42nk30dcc0ivgqf8hifvil2j4iv650i5476"; depends=[GenomicRanges IRanges Matrix]; };
flowBeads = derive2 { name="flowBeads"; version="1.8.0"; sha256="0nshbwv0wma33di9q1cih4kvfsfwvzwj0nd6qymq6zvxijl57231"; depends=[Biobase flowCore knitr rrcov xtable]; };
flowBin = derive2 { name="flowBin"; version="1.6.0"; sha256="0icz00h87gmwl04kbbjkrsr2k6d8migkcgcld8hag23bspdfphrl"; depends=[BiocGenerics class flowCore flowFP limma snow]; };
flowCHIC = derive2 { name="flowCHIC"; version="1.4.0"; sha256="0j7kvlc6l6cigz88r4jxws04xs628j272crvihh4fgklp83jqyr7"; depends=[EBImage flowCore ggplot2 hexbin vegan]; };
flowCL = derive2 { name="flowCL"; version="1.8.0"; sha256="064946w944gw7l0hizw974i21cahzvfj1xza8f7ay9rx2baz28sh"; depends=[Rgraphviz SPARQL]; };
flowClean = derive2 { name="flowClean"; version="1.6.0"; sha256="0ck0fqbx7zrj56nn4c30qgbn5rncqch8kcc6dra6nxib9p9hy0db"; depends=[bit changepoint flowCore sfsmisc]; };
flowClust = derive2 { name="flowClust"; version="3.8.0"; sha256="1w2a9ls1cyvfwx8b7vcmxxzyj1crdpyifqld99lcwcnz5g6cw9cj"; depends=[Biobase BiocGenerics clue corpcor ellipse flowCore flowViz graph MCMCpack mnormt RBGL]; };
flowCore = derive2 { name="flowCore"; version="1.36.1"; sha256="0ii12ml1cbg4x7cydahnycvj29k6hxdfg78pyr3fgfcly13y771z"; depends=[BH Biobase BiocGenerics corpcor graph Rcpp rrcov]; };
flowCyBar = derive2 { name="flowCyBar"; version="1.6.0"; sha256="0j9hdcgkh1glfyxa9wcwpdxrkn3vgfns7w15xp341m2c4lf7rq7s"; depends=[gplots vegan]; };
flowDensity = derive2 { name="flowDensity"; version="1.4.0"; sha256="1gr9rd3brxqpg3dzgsrvrz104lvzcs8kf50zbx2nh22viyv1kmfp"; depends=[car flowCore GEOmap gplots RFOC]; };
flowFP = derive2 { name="flowFP"; version="1.28.0"; sha256="0sa17dnn2x1wq4mk719nbfpabjslyv8aafc8i0g09dlb9zm303q7"; depends=[Biobase BiocGenerics flowCore flowViz]; };
flowFit = derive2 { name="flowFit"; version="1.8.0"; sha256="1fja1d5irh71a3rqdsbw5sb14ss2xmird6vxcps96r6s6rz2bra3"; depends=[flowCore flowViz gplots kza minpack_lm]; };
flowMap = derive2 { name="flowMap"; version="1.8.0"; sha256="0rkdspl9lnasc8axlsx076g14pkgwrlz9nbxy0f1z67w991d823p"; depends=[abind ade4 doParallel Matrix reshape2 scales]; };
flowMatch = derive2 { name="flowMatch"; version="1.6.0"; sha256="121a6khppgrdim1g5yi67s74npgvg73qb741x9gry5zz4q0z70fq"; depends=[Biobase flowCore Rcpp]; };
flowMeans = derive2 { name="flowMeans"; version="1.30.0"; sha256="08dvpfvpqp99lm1lj5fryqqmskgqpx58m62n96ff319wzxmf1ass"; depends=[Biobase feature flowCore rrcov]; };
flowMerge = derive2 { name="flowMerge"; version="2.18.0"; sha256="109rx6pyyvc451rl31lb6qxajmsml2jsp81dd2d3shv1zdc3jj2c"; depends=[feature flowClust flowCore foreach graph Rgraphviz rrcov snow]; };
flowPeaks = derive2 { name="flowPeaks"; version="1.12.0"; sha256="1wm24xdzlbrr1j676h5padc87b9qz8x54zp2lkfag4g6iqbgflyg"; depends=[]; };
flowPlots = derive2 { name="flowPlots"; version="1.18.0"; sha256="14mnkzyszmzl4wdc8g2b9m53h5k2b7mcm23xqldnxx88w4jqc66q"; depends=[]; };
flowQ = derive2 { name="flowQ"; version="1.30.0"; sha256="1yz0w0bpv98l319y8dw82qaykg6w70sxpzmhxdckwdqjpixq5sf5"; depends=[BiocGenerics bioDist flowCore flowViz geneplotter IRanges lattice latticeExtra mvoutlier outliers parody RColorBrewer]; };
flowQB = derive2 { name="flowQB"; version="1.14.0"; sha256="1swsdqra8w8z27p2mv1q37ydak7rjifxm78h5x6mhv1vfq4faz12"; depends=[Biobase flowCore MASS]; };
flowStats = derive2 { name="flowStats"; version="3.28.1"; sha256="1i9x94qk4cq1fkix9r2qn34k74v2i732ldj2s68ynqniyvsj6vdb"; depends=[Biobase BiocGenerics cluster fda flowCore flowViz flowWorkspace KernSmooth ks lattice MASS mvoutlier]; };
flowTrans = derive2 { name="flowTrans"; version="1.22.0"; sha256="0rqg12avmpr169i3jd1rd1ncpzkplm840nhv9h0gcqirai70pqhc"; depends=[flowClust flowCore flowViz]; };
flowType = derive2 { name="flowType"; version="2.8.0"; sha256="1wbh440myrcjjrlwwhc0z9fmjrjmnm0navy4z8dznxzyx38sffcy"; depends=[BH Biobase flowClust flowCore flowMeans flowMerge Rcpp rrcov sfsmisc]; };
flowUtils = derive2 { name="flowUtils"; version="1.34.0"; sha256="0qba66cfsy8facvdpnl5jf71xwaqs3w6j2z0ph7c39zyng0nibwp"; depends=[Biobase corpcor flowCore flowViz graph RUnit XML]; };
flowVS = derive2 { name="flowVS"; version="1.2.0"; sha256="0hls6c9s3h470hzayfd1k9vn5v146cymfp2b20hzjyc6dg20fj2s"; depends=[flowCore flowStats flowViz]; };
flowViz = derive2 { name="flowViz"; version="1.34.0"; sha256="10i73d2n69p40i4504xrjax3pr3b2hkarp0fn6y9yvfr9jb4nd97"; depends=[Biobase flowCore hexbin IDPmisc KernSmooth lattice latticeExtra MASS RColorBrewer]; };
flowWorkspace = derive2 { name="flowWorkspace"; version="3.16.3"; sha256="1lh2x85gqi930plkvglbrbd694yn0ls8qkha5xh6ljxzhzdl0kg2"; depends=[BH Biobase BiocGenerics data_table dplyr flowCore flowViz graph gridExtra lattice latticeExtra ncdfFlow RBGL RColorBrewer Rcpp Rgraphviz stringr XML]; };
flowcatchR = derive2 { name="flowcatchR"; version="1.4.0"; sha256="0rd9sg3d17ihrm4zz4jpvv3n4xcz4djcfnsvx6qzkri2vjmk7spj"; depends=[abind BiocParallel colorRamps EBImage rgl]; };
fmcsR = derive2 { name="fmcsR"; version="1.12.0"; sha256="0qyd2l6ny7mjargfa1wbiwp5m4ylz65qr8c150h8q3ivqvvnmg2r"; depends=[BiocGenerics ChemmineR RUnit]; };
focalCall = derive2 { name="focalCall"; version="1.4.0"; sha256="1dqk0lda24lkhfsid15c6n121s63zbk6658za5qxqkxdd82z7axf"; depends=[CGHcall]; };
frma = derive2 { name="frma"; version="1.22.0"; sha256="0j4zxxmmgd9jq9g7if7y0i7fkiynfikkll05p14h2jrmn2ywimdm"; depends=[affy Biobase BiocGenerics DBI MASS oligo oligoClasses preprocessCore]; };
frmaTools = derive2 { name="frmaTools"; version="1.22.0"; sha256="1lxjr8yzi2hna5yygyaqxr5fqxfis4k3aczljlpm86mp8r6f80qa"; depends=[affy Biobase DBI preprocessCore]; };
gCMAP = derive2 { name="gCMAP"; version="1.14.0"; sha256="09dcaq0763kb399wh232n6r1s8qkj0c4zcmpjp6cz08w6n7lchgx"; depends=[annotate AnnotationDbi Biobase Category DESeq genefilter GSEABase GSEAlm limma Matrix]; };
gCMAPWeb = derive2 { name="gCMAPWeb"; version="1.10.0"; sha256="00qx90gycqqca8b3brkl0bkckn7saqz9z38vinhjxlyaanc9v6ml"; depends=[annotate AnnotationDbi Biobase BiocGenerics brew gCMAP GSEABase hwriter Rook yaml]; };
gQTLBase = derive2 { name="gQTLBase"; version="1.2.0"; sha256="1wg16wg30z0mxn74asqa39841h18zyqk3i84gybgr4iqyxxzk5g7"; depends=[BatchJobs BBmisc BiocGenerics bit doParallel ff ffbase foreach GenomicFiles GenomicRanges rtracklayer S4Vectors]; };
gQTLstats = derive2 { name="gQTLstats"; version="1.2.0"; sha256="1cwri36z85zyyr48dkkl7qkgbx9fpv7y38mbbm470adc7ac56zbv"; depends=[AnnotationDbi BatchJobs Biobase BiocGenerics doParallel dplyr ffbase foreach gam GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 gQTLBase IRanges limma reshape2 S4Vectors snpStats SummarizedExperiment VariantAnnotation]; };
gaga = derive2 { name="gaga"; version="2.16.0"; sha256="198521xnznvwg8k5l6pak3jcyp9ml3hbzjk10vdj926izslnfavw"; depends=[Biobase coda EBarrays mgcv]; };
gage = derive2 { name="gage"; version="2.20.0"; sha256="0j47655dxdrjbqkg36anlkkklhkkf11b9lxl3hv2xgmb0z20c018"; depends=[AnnotationDbi graph KEGGREST]; };
gaggle = derive2 { name="gaggle"; version="1.38.0"; sha256="0bl60nca27rkij061h6g16ddlkq29rb1wh5pr2hz87y74pmb8m2w"; depends=[graph rJava RUnit]; };
gaia = derive2 { name="gaia"; version="2.14.0"; sha256="099imzsa7pghp7qbxjjnfrqc8zkn25wm5xj9jn40m9as11zxdrsx"; depends=[]; };
gaucho = derive2 { name="gaucho"; version="1.6.0"; sha256="1c1aaidhdv9rr2v3q6832q0ajc3g7l4gfx1rhf27kv4pn1j5s23s"; depends=[GA graph heatmap_plus png Rgraphviz]; };
gcatest = derive2 { name="gcatest"; version="1.0.0"; sha256="1kjz7msk59y4vdhm9wi25yia5d4glgpdrd7ykl3fb5sz83vggmw1"; depends=[lfa]; };
gcrma = derive2 { name="gcrma"; version="2.42.0"; sha256="1bzrr6q9m8i6316iamx10fk9y06yv628m8prsn5fhggjawyzp6di"; depends=[affy affyio Biobase BiocInstaller Biostrings XVector]; };
gdsfmt = derive2 { name="gdsfmt"; version="1.6.2"; sha256="104r6wl5vwncq38gd93sjzwkqlxqkr60qq300rmwk14p288fr9kh"; depends=[]; };
geNetClassifier = derive2 { name="geNetClassifier"; version="1.10.0"; sha256="183aa5mzdm97rxzpcy0m93ywm7p5xvv38lsly6mb6y0afc3slfb4"; depends=[Biobase e1071 EBarrays minet]; };
geecc = derive2 { name="geecc"; version="1.4.0"; sha256="00dkp4ldnpadvw6fdva0gg0m843j7i667r0i33c9dsrjfc7k7z8q"; depends=[gplots hypergea MASS]; };
genArise = derive2 { name="genArise"; version="1.46.0"; sha256="1a85r7lbbz090k2kiza97b18vh4gn01wqp7qs8a8skxina6qsig6"; depends=[locfit tkrplot xtable]; };
geneRecommender = derive2 { name="geneRecommender"; version="1.42.0"; sha256="0823w9haab5wc06rk9853l07vgwpzxpivh84y3av6mhfn36lz0id"; depends=[Biobase]; };
geneRxCluster = derive2 { name="geneRxCluster"; version="1.6.0"; sha256="1blkzf503bfdfvbagbk41167qkd05mdxd96lav5fz1ry780i8lb7"; depends=[GenomicRanges IRanges]; };
genefilter = derive2 { name="genefilter"; version="1.52.0"; sha256="1v7jr2qz90102hzcw529mdnnmrcyvavwl4axpjflcrg4p7iy2hqx"; depends=[annotate AnnotationDbi Biobase survival]; };
genefu = derive2 { name="genefu"; version="2.2.0"; sha256="0q49hnxz59hack7j28haazia6qd5pkmgyq5jaypvaa3jnvcsfij7"; depends=[AIMS amap biomaRt iC10 mclust survcomp]; };
geneplotter = derive2 { name="geneplotter"; version="1.48.0"; sha256="13ivmp486m1ka0ww3kdg5k5czps9plnrn9p6maq2gdq8dlkgvdly"; depends=[annotate AnnotationDbi Biobase BiocGenerics lattice RColorBrewer]; };
genoCN = derive2 { name="genoCN"; version="1.22.0"; sha256="0irc6cwlaf71g76vrijw6z499aiw0h8mll0521cc12hs4wq9060z"; depends=[]; };
genomation = derive2 { name="genomation"; version="1.2.1"; sha256="1mzs995snwim13qk9kz4q3nczpnbsy1allwp4whfq0cflg2mndfr"; depends=[Biostrings BSgenome data_table GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 gridBase impute IRanges matrixStats plotrix plyr readr reshape2 Rsamtools rtracklayer seqPattern]; };
genomeIntervals = derive2 { name="genomeIntervals"; version="1.26.0"; sha256="0fnxrxb1lk59608kcpc19yxrz3all346qh7rs668f3kk7hj456gb"; depends=[BiocGenerics GenomeInfoDb GenomicRanges intervals IRanges S4Vectors]; };
genomes = derive2 { name="genomes"; version="2.16.0"; sha256="1cb0bjlcswz26ijl23vq5fklab9lq3sip3w2fip0818fg1gldffy"; depends=[Biostrings GenomicRanges IRanges RCurl XML]; };
genoset = derive2 { name="genoset"; version="1.24.0"; sha256="0xxh23sdb5qjfh97a2psp70zb54zx40x8501bpp7gzgqbfn1wf7w"; depends=[Biobase BiocGenerics GenomeInfoDb GenomicRanges IRanges S4Vectors SummarizedExperiment]; };
genotypeeval = derive2 { name="genotypeeval"; version="1.0.0"; sha256="1clljhqy57yy0ss9700zfnsgnby3dism8z2682xjhzzprg049cx4"; depends=[BiocGenerics BiocParallel GenomeInfoDb GenomicRanges ggplot2 IRanges rtracklayer VariantAnnotation]; };
gespeR = derive2 { name="gespeR"; version="1.2.0"; sha256="0s8lndwwqkkkiyqzi8xpqz6clzjrkmkkrh2f1ch80hvfj83rb89d"; depends=[Biobase biomaRt cellHTS2 doParallel dplyr foreach ggplot2 glmnet Matrix reshape2]; };
ggbio = derive2 { name="ggbio"; version="1.18.1"; sha256="0ll7nz0ivrym2vfi5a5qgsi7v9w7mqfvlv944gn4ppg201jsad5p"; depends=[Biobase BiocGenerics Biostrings biovizBase BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges GGally ggplot2 gridExtra gtable Hmisc IRanges OrganismDbi reshape2 Rsamtools rtracklayer S4Vectors scales SummarizedExperiment VariantAnnotation]; };
ggtree = derive2 { name="ggtree"; version="1.2.3"; sha256="0070ldf2dl2723s03wabi1ii5fkkzf1jm39h2rqf0kh0zk76lf22"; depends=[ape Biostrings colorspace EBImage ggplot2 gridExtra jsonlite magrittr reshape2]; };
girafe = derive2 { name="girafe"; version="1.22.0"; sha256="1l7vdfrvr0y0l1lwnsyzkbx8p35rkmxnnclfqqqailhy5q5prjp2"; depends=[Biobase BiocGenerics Biostrings genomeIntervals intervals IRanges Rsamtools S4Vectors ShortRead]; };
globaltest = derive2 { name="globaltest"; version="5.24.0"; sha256="0a1q8r581vq4srpy57ixbcnb87ajiazj5dzyswyjfhs2l9z5zhdq"; depends=[annotate AnnotationDbi Biobase survival]; };
gmapR = derive2 { name="gmapR"; version="1.12.0"; sha256="1zzhy2cmqg0npyc6zilsjb8dn48dyva7xb8b7d6czgwb4rvyrsrr"; depends=[Biobase BiocParallel Biostrings BSgenome GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges IRanges Rsamtools rtracklayer S4Vectors VariantAnnotation]; };
goProfiles = derive2 { name="goProfiles"; version="1.32.0"; sha256="0knflwy6yarkp5r3l5q14pkcmbwpivgylfd33a8xwn3w87qk9gxw"; depends=[AnnotationDbi Biobase]; };
goTools = derive2 { name="goTools"; version="1.44.0"; sha256="0sq4l1ayh65x7b0spmffxqx68cll8wgbj30cp0ylnyb6s78whr6q"; depends=[AnnotationDbi]; };
goseq = derive2 { name="goseq"; version="1.22.0"; sha256="0zfly8fl77s59j6sdgn4c0gfwwsm1q8r57pf4h6zgxnbahll2b10"; depends=[AnnotationDbi BiasedUrn BiocGenerics mgcv]; };
gpls = derive2 { name="gpls"; version="1.42.0"; sha256="1a8qhyyidx3rnipjr42q2jzgcjljij2g6a22dlk9p350sf426i0f"; depends=[]; };
gprege = derive2 { name="gprege"; version="1.14.0"; sha256="0mc8x8faj8pf8zb3mywjscn2rzs7bc0ws507a32r7zl5j8p9rzag"; depends=[gptk]; };
graph = derive2 { name="graph"; version="1.48.0"; sha256="16w75rji3kv24gfv44w66y1a2y75ax26rl470y3ypna0ndc3rrcd"; depends=[BiocGenerics]; };
graphite = derive2 { name="graphite"; version="1.16.0"; sha256="19dzzmy3jm555iz3wn6m0izn7xpl66q1rfngfcyg3czz266x4kv4"; depends=[AnnotationDbi BiocGenerics graph rappdirs]; };
groHMM = derive2 { name="groHMM"; version="1.4.0"; sha256="0vsgw71rkj0v3qf5yjszb4isvlfz4p57ns18xwpm1vgh8arbdm90"; depends=[GenomicAlignments GenomicRanges IRanges MASS rtracklayer S4Vectors]; };
gtrellis = derive2 { name="gtrellis"; version="1.2.0"; sha256="00alv9amhwgcpzy8g2av46r183070nansvswai0m9ppd4rhc53zh"; depends=[circlize GetoptLong]; };
gwascat = derive2 { name="gwascat"; version="2.2.0"; sha256="06v3rc21riv53qpvaizsbrsi5zdmz1fzjhbjf741wkgbh280g6gl"; depends=[AnnotationDbi AnnotationHub BiocGenerics Biostrings GenomeInfoDb GenomicFeatures GenomicRanges ggbio ggplot2 gQTLstats graph Gviz IRanges Rsamtools rtracklayer S4Vectors snpStats VariantAnnotation]; };
h5vc = derive2 { name="h5vc"; version="2.4.0"; sha256="1giplzxvila00bqjlwdzb5c53z9l5zhzs2yv83ss3f5zsd1k92lm"; depends=[abind BatchJobs BiocParallel Biostrings GenomeInfoDb GenomicRanges ggplot2 gridExtra IRanges reshape rhdf5 Rsamtools S4Vectors]; };
hapFabia = derive2 { name="hapFabia"; version="1.12.0"; sha256="019fsyc3a2myxapjk2wx978q9jkhsz2889rkvs7vb0aqf8bg0psr"; depends=[Biobase fabia]; };
hiAnnotator = derive2 { name="hiAnnotator"; version="1.4.0"; sha256="0i4bxzxvqll1n5ardclkfg70hijy3mv4la90g4y6ycl66q0mycrn"; depends=[BSgenome dplyr foreach GenomicRanges ggplot2 iterators rtracklayer scales]; };
hiReadsProcessor = derive2 { name="hiReadsProcessor"; version="1.6.0"; sha256="1cszyap1cngrfx59mf76826iiwahlhj2l6iv97470nmx5a9rymkh"; depends=[BiocGenerics BiocParallel Biostrings dplyr GenomicAlignments GenomicRanges hiAnnotator rSFFreader sonicLength xlsx]; };
hierGWAS = derive2 { name="hierGWAS"; version="1.0.0"; sha256="0hff1vi86mh0nqgld206bp18swzxnrkr5miagnmbr0v7ayh70lxb"; depends=[fastcluster fmsb glmnet]; };
hopach = derive2 { name="hopach"; version="2.30.0"; sha256="0yggs5f425g5q04lwischjilzl0q8dsnfaf5hk078h0fzpm4j3vs"; depends=[Biobase BiocGenerics cluster]; };
hpar = derive2 { name="hpar"; version="1.12.0"; sha256="0dmzn44lh6mfdpxfqvz3jp0q8xx9j6y8nqqp9xw3wp2ahf3p30k7"; depends=[]; };
htSeqTools = derive2 { name="htSeqTools"; version="1.16.0"; sha256="1bjbagx6s66fiia71n7ljg5rfc2v22bbp2sk718mf1i9i38c58lm"; depends=[Biobase BiocGenerics BSgenome GenomeInfoDb GenomicRanges IRanges MASS]; };
hyperdraw = derive2 { name="hyperdraw"; version="1.22.0"; sha256="1axxdll3mfnslgx6a1b6kfjvimbkgna73qmpvz8aslhihry7c7hi"; depends=[graph hypergraph Rgraphviz]; };
hypergraph = derive2 { name="hypergraph"; version="1.42.0"; sha256="1z2x22xm7609sjma54i48f5fax0fm56mjmzqk55p5x3jyq53j0jw"; depends=[graph]; };
iASeq = derive2 { name="iASeq"; version="1.14.0"; sha256="0l3vzbin04sb3z0zzgzbp68clp23cg3pyid9aj3p67z38gy42024"; depends=[]; };
iBBiG = derive2 { name="iBBiG"; version="1.14.0"; sha256="13z2i2yp7bxn8v8in3nrw3blj2dd4kcf1hjawww1yzl1q8zasxx2"; depends=[ade4 biclust xtable]; };
iBMQ = derive2 { name="iBMQ"; version="1.10.0"; sha256="1hdzqz19akdsmswspq13n99magn8v4r7zlb684hljnr05jbczrcp"; depends=[Biobase ggplot2]; };
iCheck = derive2 { name="iCheck"; version="1.0.0"; sha256="1bhnbiwihln9xbl0s4lp70y6qcc1i3hm4n34dndx5frwnm8g1zc2"; depends=[affy Biobase GeneSelectMMD gplots limma lmtest lumi MASS preprocessCore randomForest rgl scatterplot3d vsn]; };
iChip = derive2 { name="iChip"; version="1.24.0"; sha256="09vx2sz88gii3d0wi0sf3m1hi7i2737mp2xzawchdh9pr9i7p2qw"; depends=[limma]; };
iClusterPlus = derive2 { name="iClusterPlus"; version="1.6.0"; sha256="1a0a6pyv10fy7hhfsar14wrwqzj4dd1qlcvgkc4cs3sbrns2gjw2"; depends=[]; };
iGC = derive2 { name="iGC"; version="1.0.0"; sha256="091bm1qssl8ngiv9cbl6i7mdgi65l1ywk5a78jl01j414h190bra"; depends=[data_table plyr]; };
iPAC = derive2 { name="iPAC"; version="1.14.0"; sha256="1gzxv6jkn7crylklmnvhm86gczmsr80dmw1a7flaisiiy40k128g"; depends=[Biostrings gdata multtest scatterplot3d]; };
iSeq = derive2 { name="iSeq"; version="1.22.0"; sha256="1bh2s5cc7jsz1gdh0f5f09izm3b2pjmzbhmr0vyp1b9nc12i35v9"; depends=[]; };
ibh = derive2 { name="ibh"; version="1.18.0"; sha256="0damqv5bn9fyki7ghqflz8bzg42v3wf1gi173adk9hpj9glic73j"; depends=[]; };
idiogram = derive2 { name="idiogram"; version="1.46.0"; sha256="154hrvq86bm8f51mbgzfzg3gjyzzlnsl3yfmqglk78smj2a152lf"; depends=[annotate Biobase plotrix]; };
illuminaio = derive2 { name="illuminaio"; version="0.12.0"; sha256="1mjgs1kf4wzb3zvqyq4w81sqrb4nrf6qwdlg6hz471xh6c3b7avb"; depends=[base64]; };
imageHTS = derive2 { name="imageHTS"; version="1.20.0"; sha256="1dg8cmrnzlv2qm5lf9771fiir5l0cql6pmfmv0l3037wisdgz1jw"; depends=[Biobase cellHTS2 e1071 EBImage hwriter vsn]; };
immunoClust = derive2 { name="immunoClust"; version="1.2.0"; sha256="1hgla6chdpbc3yk8k5i8pzkxr17clirpcihp5gczr9xnqx9k8i2h"; depends=[flowCore lattice]; };
impute = derive2 { name="impute"; version="1.44.0"; sha256="0y4x5jk7gsf4xn56jrkdcdnxpcfll4h6ivncd7n4snmzixldvmvw"; depends=[]; };
inSilicoDb = derive2 { name="inSilicoDb"; version="2.6.0"; sha256="1avxm8qm9rblck94v0aq0na70jfl2cyr9xmbbk27n5hgp1cnaizf"; depends=[Biobase RCurl rjson]; };
inSilicoMerging = derive2 { name="inSilicoMerging"; version="1.14.0"; sha256="1xiq66b0vjrcxf4nbmk5mmn1dlxbpa879z04f00w3yz1k7rx6782"; depends=[Biobase]; };
intansv = derive2 { name="intansv"; version="1.10.0"; sha256="0fgc45gaqm2vpvcbvwm54w93i7fmp4pv365pqqcq6sy3lilzxn92"; depends=[BiocGenerics GenomicRanges ggbio IRanges plyr]; };
interactiveDisplay = derive2 { name="interactiveDisplay"; version="1.8.0"; sha256="0gkjjdx20438hnbs6hhshkx0k4ja2xci0mcg2qcbgg0ajsi0zx86"; depends=[AnnotationDbi BiocGenerics Category ggplot2 gridSVG interactiveDisplayBase plyr RColorBrewer reshape2 shiny XML]; };
interactiveDisplayBase = derive2 { name="interactiveDisplayBase"; version="1.8.0"; sha256="1zibrbykz45w04xn9c0fc65jjqcg9dqzlpac248ry4hqfw21yxw8"; depends=[BiocGenerics shiny]; };
inveRsion = derive2 { name="inveRsion"; version="1.18.0"; sha256="05jwxwjyvkilfmygf16k3d55ma7s1ya7lyxh8v4pd8gql7v3kllq"; depends=[haplo_stats]; };
iontree = derive2 { name="iontree"; version="1.16.0"; sha256="1pamgkg85qi3iqqws7a3l8lph428alz1dzf08x309njqz8cbzw91"; depends=[rJava RSQLite XML]; };
isobar = derive2 { name="isobar"; version="1.16.0"; sha256="1awi1z5aljmagxyrj3xfw0j24r8acrq0vrq691jrfjx625aqq81n"; depends=[Biobase distr plyr]; };
iterativeBMA = derive2 { name="iterativeBMA"; version="1.28.0"; sha256="0y9api2dibn5n0yqvyc2xag4xlzxq0h9sdf29ri9v1kfvpgksn9y"; depends=[Biobase BMA leaps]; };
iterativeBMAsurv = derive2 { name="iterativeBMAsurv"; version="1.28.0"; sha256="02g355bmjf1lcdkgr62a8sf2vckmdziia45w5gh4mmyf5hk4w9fi"; depends=[BMA leaps survival]; };
jmosaics = derive2 { name="jmosaics"; version="1.10.0"; sha256="1q67ylrgc2abny2wxgsl1cni225inar1dhim0psrbrf5ik77kgmk"; depends=[mosaics]; };
joda = derive2 { name="joda"; version="1.18.0"; sha256="0fjbxczwkn8f4p0h8dgi3vfn4qf9a650wmp01q20j7f0jsmmb06x"; depends=[bgmm RBGL]; };
kebabs = derive2 { name="kebabs"; version="1.4.1"; sha256="1fqvp17x6z7hpgh4z71npvvskhd4j68g3p67ifc8phrmlqyaa84d"; depends=[Biostrings e1071 IRanges kernlab LiblineaR Matrix Rcpp S4Vectors XVector]; };
keggorthology = derive2 { name="keggorthology"; version="2.22.0"; sha256="1sl0h63f3vvydbbj90hp5arswr6mzj5xlhqa6wbj3jhyq169qi5x"; depends=[AnnotationDbi DBI graph]; };
lapmix = derive2 { name="lapmix"; version="1.36.0"; sha256="1ambwxc4j6y959ww48s09pyrf4v1fghv6grybmy41vhczqvqhkdx"; depends=[Biobase]; };
ldblock = derive2 { name="ldblock"; version="1.0.0"; sha256="1snzfyfvji26n5j9jl9ib9wj7m8aln187zchpv182szrivqd1yqc"; depends=[Matrix snpStats]; };
les = derive2 { name="les"; version="1.20.0"; sha256="0dgajsws35qg1x5i12hnp0p3qixq6nqsxm16qws93vhvgmnl540a"; depends=[boot fdrtool gplots RColorBrewer]; };
lfa = derive2 { name="lfa"; version="1.0.0"; sha256="1lxirjinq6r3g749li0m8llrv195q9kjcwmd9gyvk84i570nliy9"; depends=[corpcor]; };
limma = derive2 { name="limma"; version="3.26.3"; sha256="1akhbsagrshqhm9wjjddikmwwakgxz2zq8r58ms7fibl6wn5x0wa"; depends=[]; };
limmaGUI = derive2 { name="limmaGUI"; version="1.46.0"; sha256="14avwg48kf0m203yzlz69nbn2zcw65v70d6lkf65ahkl3rapij1h"; depends=[AnnotationDbi BiocInstaller gcrma limma R2HTML tkrplot xtable]; };
lmdme = derive2 { name="lmdme"; version="1.12.0"; sha256="102v67asih0czi8yrc9v859dwfb2c3s14qppcjdif6b04xs92pgv"; depends=[limma pls]; };
logicFS = derive2 { name="logicFS"; version="1.40.0"; sha256="10c154jy6lrycsnk8912572m5hjv2ngf2q3gr1wmavyan4bsqwvd"; depends=[LogicReg mcbiopi]; };
logitT = derive2 { name="logitT"; version="1.28.0"; sha256="1qbimjjl5xv5h30r74bd86dg10djajb01qav6gp95l6f59fx2j1q"; depends=[affy]; };
lol = derive2 { name="lol"; version="1.18.0"; sha256="0dc3ga7yalzfngh3y33sa4bchhbxgndkls3vdxh4yzcsdvk60i1f"; depends=[Matrix penalized]; };
lpNet = derive2 { name="lpNet"; version="2.2.0"; sha256="0sscs69mwzsz8bifgkmaa08zms6vqqls727p8gz4zq79nlw726yj"; depends=[lpSolve nem]; };
lumi = derive2 { name="lumi"; version="2.22.0"; sha256="13r90jw238zgz668q57ns3v236l7fxr020sjvjlh1c7nhjh266a5"; depends=[affy annotate AnnotationDbi Biobase DBI GenomicFeatures GenomicRanges KernSmooth lattice MASS methylumi mgcv nleqslv preprocessCore RSQLite]; };
mAPKL = derive2 { name="mAPKL"; version="1.2.0"; sha256="1k1yxxj6371sagiy63fl1dh8d71cqg6gvx8pkjy3ahp1hbh45b6l"; depends=[AnnotationDbi apcluster Biobase clusterSim e1071 igraph limma multtest parmigene]; };
mBPCR = derive2 { name="mBPCR"; version="1.24.0"; sha256="1n9s75jx7pkq8vsq2ycyfgnk5mrfx3lr0ykp486ns8xmas3yyn3c"; depends=[Biobase oligoClasses SNPchip]; };
mQTL_NMR = derive2 { name="mQTL.NMR"; version="1.4.0"; sha256="0flb1lqsq7ldicidag20icnhmds2qr85yrbjsv4h06klggq2vjvg"; depends=[GenABEL MASS outliers qtl]; };
maCorrPlot = derive2 { name="maCorrPlot"; version="1.40.0"; sha256="1chv95b3fi1jiy7nbxfj4szhjqm1ycb3xarjrd20xln5msainf7h"; depends=[lattice]; };
maPredictDSC = derive2 { name="maPredictDSC"; version="1.8.0"; sha256="08wb622jp98xnqx8hh09n98ln8ifc21c0bc5gah5y68ldmg0x2iw"; depends=[affy AnnotationDbi caret class e1071 gcrma limma MASS ROC ROCR]; };
maSigPro = derive2 { name="maSigPro"; version="1.42.0"; sha256="06a69r685qpjyi49yq7lw444533m9hhqb56fpki2w0067wh6a54m"; depends=[Biobase limma MASS Mfuzz]; };
maanova = derive2 { name="maanova"; version="1.40.0"; sha256="112hbyfw18dshshsmbaylwra169w6bbwwqql3d96s0in1fl20mdl"; depends=[Biobase]; };
macat = derive2 { name="macat"; version="1.44.0"; sha256="0hsw6m4x3fif4iniblkq59c3pb6g6qasidcxnw95xi90vz6h86zb"; depends=[annotate Biobase]; };
made4 = derive2 { name="made4"; version="1.44.0"; sha256="161vs8jbc711n9x67i31818a3nzjp74rm3dw20aqrhfbikvi9r7g"; depends=[ade4 gplots RColorBrewer scatterplot3d]; };
maigesPack = derive2 { name="maigesPack"; version="1.34.0"; sha256="08pszyq03f1vjgirq0zcv31m4c0acdbfh622qiw0x0w1gz6plm0g"; depends=[convert graph limma marray]; };
makecdfenv = derive2 { name="makecdfenv"; version="1.46.0"; sha256="0ca7hc4apamg8i2b8fb56mchksw26jj139clq3vxw6nl4ny9ipvg"; depends=[affy affyio Biobase zlibbioc]; };
manta = derive2 { name="manta"; version="1.16.0"; sha256="0j6zll7b1qqdnydg59hywargw6bivry3cx5m2wpj79wn673kib3c"; depends=[caroline edgeR Hmisc]; };
marray = derive2 { name="marray"; version="1.48.0"; sha256="103nag8ygjyw8p9v94y2c6lgiynbz2x4s6i71l7ydv2ipfr6b2fb"; depends=[limma]; };
maskBAD = derive2 { name="maskBAD"; version="1.14.0"; sha256="18lvg85ss29wwxb60a2nwpc1v7d7cdl5al2wki1c0d770f7b232r"; depends=[affy gcrma]; };
massiR = derive2 { name="massiR"; version="1.6.0"; sha256="1wfvzx2ysl2hlcx4nlzfw5lb4bal6ysmyzf6gw3y4023dyrlzb64"; depends=[Biobase cluster diptest gplots]; };
matchBox = derive2 { name="matchBox"; version="1.12.0"; sha256="1p92c8vp9c65g8qzb3jlz7lniizpkymry1mh4p7izclf5mrrwk3s"; depends=[]; };
mcaGUI = derive2 { name="mcaGUI"; version="1.18.0"; sha256="0rxhs059z0l6lal33m78hkp73k46c2pdy0nn5lxwxr590fglvh0f"; depends=[bpca foreign gWidgets gWidgetsRGtk2 lattice MASS OTUbase proto vegan]; };
mdgsa = derive2 { name="mdgsa"; version="1.2.0"; sha256="05lqj7d4464z976w4rvnzpv1abihq1fpxhcl2zyg5izwqpq6ga9r"; depends=[AnnotationDbi cluster DBI Matrix]; };
mdqc = derive2 { name="mdqc"; version="1.32.0"; sha256="1aaria9nm9b4bl6r4lx0icjb20zrxcc0g8bj9jn2d04s8bzihmjw"; depends=[cluster MASS]; };
meshr = derive2 { name="meshr"; version="1.6.0"; sha256="10b6ay5249f12rs278mvz6mjj82x48jfmn0x5crpa0jy3hhvzs2y"; depends=[BiocGenerics Category cummeRbund fdrtool MeSHDbi S4Vectors]; };
messina = derive2 { name="messina"; version="1.6.0"; sha256="039409wfdbv4hcj4zif581dy03l1wqg7nr1g8yc7ispqwpxnhwzf"; depends=[foreach ggplot2 plyr Rcpp survival]; };
metaArray = derive2 { name="metaArray"; version="1.48.0"; sha256="1zx9ymjqh851r33jv7fpyy4319fqi2kgjgxxbgpq1xl6cfkglr4h"; depends=[Biobase MergeMaid]; };
metaMS = derive2 { name="metaMS"; version="1.6.0"; sha256="1kkxx5hvjkljzrdq6g00dzw0k8y15h7q2fa9j8899jvq9p11yyiq"; depends=[BiocGenerics CAMERA Matrix robustbase xcms]; };
metaSeq = derive2 { name="metaSeq"; version="1.10.0"; sha256="10nx4jr2mwk5zw6mag0j6v2rnn6h0pnp97pdmmsz8fgkx6245ygm"; depends=[NOISeq Rcpp snow]; };
metaX = derive2 { name="metaX"; version="1.0.0"; sha256="0bhgkbdv0mc5s4hqmjnfz5f7fkfmskgfx2war7pna63d955i1k9c"; depends=[ape BBmisc boot bootstrap CAMERA caret data_table DiffCorr DiscriMiner doParallel dplyr ggplot2 igraph impute lattice missForest mixOmics Nozzle_R1 pcaMethods pheatmap pls plyr preprocessCore pROC RColorBrewer RCurl reshape2 scatterplot3d SSPA stringr VennDiagram vsn xcms]; };
metabomxtr = derive2 { name="metabomxtr"; version="1.4.0"; sha256="1zwqz9yl154c3h7qhrmkf2zcvzi2azm1sdkvrpyxg7zjks3bmyz8"; depends=[Biobase Formula multtest optimx plyr]; };
metagene = derive2 { name="metagene"; version="2.2.0"; sha256="1zq6f5pclxnii9ifdrj3wbl4qffc49bsq13zdp298h4vvq8j9g0s"; depends=[BiocParallel DBChIP GenomeInfoDb GenomicAlignments GenomicFeatures GenomicRanges ggplot2 gplots IRanges muStat R6 Rsamtools rtracklayer]; };
metagenomeFeatures = derive2 { name="metagenomeFeatures"; version="1.0.0"; sha256="1lbb505s976j2jxxi7snhd1yahcs0ca9qnicq12b5jmp3ki1br9k"; depends=[Biobase Biostrings dplyr lattice lazyeval magrittr RSQLite ShortRead stringr]; };
metagenomeSeq = derive2 { name="metagenomeSeq"; version="1.12.0"; sha256="0bqxm37ds9a5dibzlxnbdvvqcyzwxxnnw7i6a04g84k885zzxr3a"; depends=[Biobase foreach glmnet gplots limma Matrix matrixStats RColorBrewer]; };
metahdep = derive2 { name="metahdep"; version="1.28.0"; sha256="1vl87mc4yl3il9hmsybbwjga610p3lh5717n4csjyaywskqa1ixk"; depends=[]; };
metaseqR = derive2 { name="metaseqR"; version="1.10.0"; sha256="1gy5ywrxqwd8lizbj9lk6qck6zwk670j5y2f0ayz6xvkki4vab97"; depends=[baySeq biomaRt brew corrplot DESeq EDASeq edgeR gplots limma log4r NBPSeq NOISeq qvalue rjson vsn]; };
methVisual = derive2 { name="methVisual"; version="1.22.0"; sha256="1kcqhlv0lmr7wlkxjl9qqv2676pwna3i4w5xpm4inwgcb892zgjm"; depends=[Biostrings ca gridBase gsubfn IRanges plotrix sqldf]; };
methyAnalysis = derive2 { name="methyAnalysis"; version="1.12.0"; sha256="1zjg56gr4x5al7j0imcj4689ll59px386pfxg96mv2k8mpqxwq4r"; depends=[annotate AnnotationDbi Biobase BiocGenerics biomaRt genefilter GenomeInfoDb GenomicFeatures GenomicRanges genoset Gviz IRanges lumi methylumi rtracklayer VariantAnnotation]; };
methylMnM = derive2 { name="methylMnM"; version="1.8.0"; sha256="1jj6s6pr3hih31n98jsgil3k7n19n5ab4rylfmfnzlbgsdmnw4kq"; depends=[edgeR statmod]; };
methylPipe = derive2 { name="methylPipe"; version="1.4.3"; sha256="0k3s7yg2hm9nqlq1g2ql2xs1h5aayyvgbh72g9wlz5j36y6h8s3n"; depends=[BiocGenerics Biostrings data_table GenomeInfoDb GenomicAlignments GenomicRanges gplots Gviz IRanges marray Rsamtools S4Vectors SummarizedExperiment]; };
methylumi = derive2 { name="methylumi"; version="2.16.0"; sha256="1glp1p7jvnsqarpw92nha6hrrhalh5wm262imwmpbfiik7glp217"; depends=[annotate AnnotationDbi Biobase BiocGenerics genefilter GenomeInfoDb GenomicRanges ggplot2 illuminaio IRanges lattice matrixStats minfi reshape2 S4Vectors scales SummarizedExperiment]; };
mgsa = derive2 { name="mgsa"; version="1.18.0"; sha256="1qdjl9cfyi2fmfm3nlzhp9wdpmvagddvb2cwy6j1pynbx03m55gl"; depends=[gplots]; };
miRLAB = derive2 { name="miRLAB"; version="1.0.0"; sha256="17yghfwpyiv1hvn47xp5in85p8hfgikrqal8qfd145hsbkj327v7"; depends=[energy entropy glmnet gplots Hmisc httr impute limma pcalg RCurl Roleswitch stringr]; };
miRNApath = derive2 { name="miRNApath"; version="1.30.0"; sha256="0syi2kc6m9zhqaxhzj9h9micnracjj3yfgs8r5zlhs9hdp14jspi"; depends=[]; };
miRNAtap = derive2 { name="miRNAtap"; version="1.4.0"; sha256="04ag91k3xa6gcmlgi2fr00p5247syn856n6jp3fhwhcn5pf5zd8y"; depends=[AnnotationDbi DBI plyr RSQLite sqldf stringr]; };
miRcomp = derive2 { name="miRcomp"; version="1.0.0"; sha256="1a0h7qx7b4ccry5xmgh6fwqandi9lhgnlf0gk1zj6dy9zbkiwhvl"; depends=[Biobase]; };
microRNA = derive2 { name="microRNA"; version="1.28.0"; sha256="14l7fjvapswyk8y690xll3w1yalwl5sqqh8v8xp5xy9qvb3qgiiz"; depends=[Biostrings]; };
minet = derive2 { name="minet"; version="3.28.0"; sha256="16hddd2agqldpfjc4bxa1wm58pczni8b4d8kc09bx2dk5rr4bcg7"; depends=[infotheo]; };
minfi = derive2 { name="minfi"; version="1.16.0"; sha256="071p7q7chy3d6am8wwlwr4bfhd83xdwm9rjn51k1jrix652aqigh"; depends=[beanplot Biobase BiocGenerics Biostrings bumphunter genefilter GenomeInfoDb GenomicRanges GEOquery illuminaio IRanges lattice limma MASS matrixStats mclust mixOmics nlme nor1mix preprocessCore quadprog RColorBrewer reshape S4Vectors siggenes SummarizedExperiment]; };
mirIntegrator = derive2 { name="mirIntegrator"; version="1.0.0"; sha256="004cy2l4li55nd8n4facfk30ndhm1vdxkdsk4zywg14hmn95ldgv"; depends=[AnnotationDbi ggplot2 graph Rgraphviz ROntoTools]; };
missMethyl = derive2 { name="missMethyl"; version="1.4.0"; sha256="1hbh99ix20909f4mpc3czh8jyj970gi4bj04fcvra6fd8n40w1b4"; depends=[limma methylumi minfi ruv statmod stringr]; };
mitoODE = derive2 { name="mitoODE"; version="1.8.0"; sha256="1rbxppzwmlrfyzcsa5b0biqm79qyv9662dh16zzp3frz56325kzy"; depends=[KernSmooth MASS minpack_lm]; };
mmnet = derive2 { name="mmnet"; version="1.8.0"; sha256="1chgsjmvp7kla9f9r740bhpm1s8ickj4pas7f561gil9lbg3k7mc"; depends=[Biobase biom flexmix ggplot2 igraph KEGGREST Matrix plyr RCurl reshape2 RJSONIO stringr XML]; };
mogsa = derive2 { name="mogsa"; version="1.2.0"; sha256="0w0nh7y9hw0qxyvj51kwj1sp2fwsxi00fw7sbwa0w81baz9zak3v"; depends=[Biobase BiocGenerics cluster corpcor genefilter gplots graphite GSEABase svd]; };
monocle = derive2 { name="monocle"; version="1.4.0"; sha256="1g1f5a433pq0zdjc9ymgbpdbxvixqjlkdm10vqs6gf4r511a3k76"; depends=[Biobase BiocGenerics cluster combinat fastICA ggplot2 igraph irlba limma matrixStats plyr reshape2 VGAM]; };
mosaics = derive2 { name="mosaics"; version="2.4.0"; sha256="13vl1grn08qy64971wimmc1j117l7fzxpcwnvaz0j5020m5m8qq7"; depends=[IRanges lattice MASS Rcpp]; };
motifRG = derive2 { name="motifRG"; version="1.14.0"; sha256="1v9zm5629k2lcqbbgw8bwflvbircyxkfavbkvmbd212kgwcng8vn"; depends=[Biostrings BSgenome IRanges seqLogo XVector]; };
motifStack = derive2 { name="motifStack"; version="1.14.0"; sha256="13s1y5xzkaapd53i33f8vdkdl5r4b8jzdyqrydanx35sgwn7fj1c"; depends=[ade4 Biostrings grImport MotIV scales XML]; };
motifbreakR = derive2 { name="motifbreakR"; version="1.0.1"; sha256="0ybbcy43xmrg4dgf676rybz5irk2sv74lvq6qny6q91am2lrfjwr"; depends=[BiocGenerics BiocParallel Biostrings BSgenome GenomeInfoDb GenomicRanges grImport Gviz IRanges matrixStats MotifDb motifStack rtracklayer S4Vectors stringr TFMPvalue VariantAnnotation]; };
msa = derive2 { name="msa"; version="1.2.0"; sha256="0mclv8g5vlrgnlxzvam9081z6rvqyxm2zzr2w72mmx6wbz7gp440"; depends=[BiocGenerics Biostrings IRanges Rcpp S4Vectors]; };
msmsEDA = derive2 { name="msmsEDA"; version="1.8.0"; sha256="0y9k03mpq5i6sa8dngadgcxi02ggka7n1rz54mll012gs6fzvyra"; depends=[gplots MASS MSnbase RColorBrewer]; };
msmsTests = derive2 { name="msmsTests"; version="1.8.0"; sha256="1qkg7rhvfgpkq8v1avwffqc2v6afijwzw1myd17llmj6z8iyhy6j"; depends=[edgeR msmsEDA MSnbase qvalue]; };
multiscan = derive2 { name="multiscan"; version="1.30.0"; sha256="0nl1pjg1x1rdfhn09c9nk96swsw3gph7bnd1lfj87024b4w1r50p"; depends=[Biobase]; };
multtest = derive2 { name="multtest"; version="2.26.0"; sha256="1gpq2adj177fn8xf7gpiiq8khmcln90xif413j1fzpwjmjpzpb1v"; depends=[Biobase BiocGenerics MASS survival]; };
muscle = derive2 { name="muscle"; version="3.12.0"; sha256="1bcyi2n1mpnp7b54lxj8g03rbjrawyr3isn211rb5m7r8jzpdvyw"; depends=[Biostrings]; };
mvGST = derive2 { name="mvGST"; version="1.4.0"; sha256="1yi8558lkqfrmxgighb5v8q12gwqlbs2ds610fgf8ggrdn84bzq8"; depends=[annotate AnnotationDbi GOstats gProfileR graph Rgraphviz stringr topGO]; };
mygene = derive2 { name="mygene"; version="1.6.0"; sha256="0przfr6y9svkj9dbih43hpi69wzs07r15q7w233pnmm2qhxylkf4"; depends=[GenomicFeatures Hmisc httr jsonlite plyr S4Vectors sqldf]; };
myvariant = derive2 { name="myvariant"; version="1.0.1"; sha256="1xby50zw1250nvqbki1xccjcri8qz286mdzrm3fzfv63i8g4xwjq"; depends=[GenomeInfoDb Hmisc httr jsonlite magrittr plyr S4Vectors VariantAnnotation]; };
mzID = derive2 { name="mzID"; version="1.8.0"; sha256="1250kd8lrl4hnh8mvbl5hqbcszg3nynssdvjmy12wf0y0r9gjm8x"; depends=[doParallel foreach iterators plyr ProtGenerics XML]; };
mzR = derive2 { name="mzR"; version="2.4.0"; sha256="1k6skks773q7im793j1sszvzhfjcsf34yw7g8z2qd2pbp0l1k28z"; depends=[Biobase BiocGenerics ProtGenerics Rcpp zlibbioc]; };
ncdfFlow = derive2 { name="ncdfFlow"; version="2.16.0"; sha256="1nyr6jzngm4q5kaq73xx70nfv69d4fimv6mr6ldbykz59ip0rg33"; depends=[BH Biobase flowCore flowViz Rcpp RcppArmadillo zlibbioc]; };
neaGUI = derive2 { name="neaGUI"; version="1.8.0"; sha256="1xms5k8zzbk31sj0f92rsqjv40vcqy89pmy8z3j0336iascqbx9l"; depends=[hwriter]; };
nem = derive2 { name="nem"; version="2.44.0"; sha256="1bkq622jyrfn0v4wyw5ycxmri8kyils4wznsz26ki3awff34lq3h"; depends=[boot e1071 graph limma plotrix RBGL RColorBrewer Rgraphviz statmod]; };
netbenchmark = derive2 { name="netbenchmark"; version="1.2.0"; sha256="10s8xsisjp9sj9dl67bgn94ipm6a6kpqli3pvjdpxkmvjkg400kg"; depends=[c3net corpcor fdrtool GeneNet Matrix minet PCIT pracma randomForest Rcpp]; };
netbiov = derive2 { name="netbiov"; version="1.4.0"; sha256="1h3986kfi516xlw675cq901ls9v7rj5rr0ls5lny21wd439n2avf"; depends=[igraph]; };
nethet = derive2 { name="nethet"; version="1.2.0"; sha256="1p214bgjccigsvqcr0kv0ckv00zvkkpk2pfh9xvcb4kp6biqs94j"; depends=[CompQuadForm GeneNet ggm ggplot2 glasso glmnet GSA huge ICSNP limma mclust multtest mvtnorm network parcor]; };
netresponse = derive2 { name="netresponse"; version="1.20.0"; sha256="0m1cf42a66jk0qbgz6xc82bfwd1vnk6p15kaahcrf8z1z0j2xj6q"; depends=[dmt ggplot2 graph igraph mclust minet plyr qvalue RColorBrewer reshape Rgraphviz]; };
networkBMA = derive2 { name="networkBMA"; version="1.12.0"; sha256="0zkf10iqiabsln1jxq0sypr43mrw6k82l3pdp5bg9kcv0bqqqy5k"; depends=[BMA Rcpp RcppArmadillo RcppEigen]; };
nnNorm = derive2 { name="nnNorm"; version="2.34.0"; sha256="1wb85z0r0rwgaf1yzzlj1pcbgclz2isz9whxsify9jx8gfqflanh"; depends=[marray nnet]; };
nondetects = derive2 { name="nondetects"; version="2.0.0"; sha256="0cyp7f90w9vcgwkg0mxrrpv28wihsgbynhq5kjk5hng9qfqjcyxg"; depends=[Biobase HTqPCR limma mvtnorm]; };
npGSEA = derive2 { name="npGSEA"; version="1.6.0"; sha256="1vd02qwqv5rdkixi5ncqsxxy7zvr8qi4d6cms11fzwcmhisi1s4c"; depends=[Biobase BiocGenerics GSEABase]; };
nucleR = derive2 { name="nucleR"; version="2.2.0"; sha256="0zhflv4nkn9dc2bdl81j9mjww6nh1mj6ffffy9cywvxzgpp2lc50"; depends=[Biobase BiocGenerics GenomicRanges IRanges Rsamtools S4Vectors ShortRead]; };
nudge = derive2 { name="nudge"; version="1.36.0"; sha256="1px6hnda7hp7yx9imkl8xq8m772csd2qic0kq5bqwshk5qdvfhw7"; depends=[]; };
occugene = derive2 { name="occugene"; version="1.30.0"; sha256="0p6pk7v75b4pbyxs1pglbsfprk4yi854d8aw41a1lwbmaphx5yyc"; depends=[]; };
oligo = derive2 { name="oligo"; version="1.34.0"; sha256="1bdkdflp2a2s4n552z44hqqin621aych0l1pcn3w0f36bxdy55g4"; depends=[affxparser affyio Biobase BiocGenerics Biostrings DBI ff oligoClasses preprocessCore RSQLite zlibbioc]; };
oligoClasses = derive2 { name="oligoClasses"; version="1.32.0"; sha256="0gm4z4pa1hyrd9bdzncmkfhfywp3622wnyvhayhw7h17dw4gw94j"; depends=[affyio Biobase BiocGenerics BiocInstaller Biostrings ff foreach GenomicRanges IRanges RSQLite S4Vectors SummarizedExperiment]; };
omicade4 = derive2 { name="omicade4"; version="1.10.0"; sha256="1ay1jm0r8qyr9271l1aqnvm800pagd3j21m37qlv6xfjvv4j6w5f"; depends=[ade4 made4]; };
oneChannelGUI = derive2 { name="oneChannelGUI"; version="1.36.0"; sha256="0r5y531y4niy9gh64n7nk8a0xcj8lyg36axhcjx116ycsqa00x5h"; depends=[affylmGUI Biobase Biostrings chimera IRanges Rsamtools siggenes tkrplot tkWidgets]; };
ontoCAT = derive2 { name="ontoCAT"; version="1.22.0"; sha256="03vy4210m31jzhhhbhw3ixhm1lji4qil2zp0ckmyh3xb8m8s8fzl"; depends=[rJava]; };
openCyto = derive2 { name="openCyto"; version="1.8.2"; sha256="1kgns98jzamdpib6mjbdz6r5ixjjap95skvckp2z2mcwfirbi24m"; depends=[Biobase clue data_table flowClust flowCore flowStats flowViz flowWorkspace graph gtools ks lattice MASS ncdfFlow plyr R_utils RBGL RColorBrewer Rcpp rrcov]; };
oposSOM = derive2 { name="oposSOM"; version="1.6.0"; sha256="0wdh40477hn2875j0q4nj0l0h210jym4j642lkjlx8zvdx9jra29"; depends=[ape Biobase biomaRt fastICA fdrtool igraph KernSmooth pixmap scatterplot3d som]; };
pRoloc = derive2 { name="pRoloc"; version="1.10.0"; sha256="1xklrd0f2gw60kd2zlynfgl9aj2wpfbphcrancsd28r3b5fq9xa4"; depends=[Biobase BiocGenerics BiocParallel biomaRt caret class e1071 FNN ggplot2 gtools kernlab knitr lattice MASS mclust MLInterfaces MSnbase mvtnorm nnet plyr proxy randomForest RColorBrewer Rcpp RcppArmadillo sampling scales]; };
pRolocGUI = derive2 { name="pRolocGUI"; version="1.4.0"; sha256="04z5xwzkf16lflacshk1gxrj1vsakk85yr8v261bfy0g1cy8hqi2"; depends=[DT MSnbase pRoloc scales shiny]; };
paircompviz = derive2 { name="paircompviz"; version="1.8.0"; sha256="0q5saqpyfjx37d6l6vqfiws8n4axarfvb1qr010a3davhdz4kzn8"; depends=[Rgraphviz]; };
pandaR = derive2 { name="pandaR"; version="1.2.0"; sha256="00wkzhkghzy04pg5qxgd2gmcmqgri20vgw8m08yfdymb918zgvyk"; depends=[igraph matrixStats]; };
panp = derive2 { name="panp"; version="1.40.0"; sha256="0fmi5j7xr2720548k36njjk4ad4szma3zbqig4ghd1x2gg94wh7n"; depends=[affy Biobase]; };
parglms = derive2 { name="parglms"; version="1.2.0"; sha256="1n1q838gv45daji04a0m0wc92a3xwhgf4asl7wbirk198ra3q7pj"; depends=[BatchJobs BiocGenerics doParallel foreach]; };
parody = derive2 { name="parody"; version="1.28.0"; sha256="1srs2qyp7lwq9w19izszg3n9q0mlj634zlksb796v7608yp0y643"; depends=[]; };
pathRender = derive2 { name="pathRender"; version="1.38.0"; sha256="0bc9xy1hka79bq0zw1faalsl89aibf7d77i7gv9jnmh66li9g1pa"; depends=[AnnotationDbi graph RColorBrewer Rgraphviz]; };
pathVar = derive2 { name="pathVar"; version="1.0.0"; sha256="04f1v26rxz9nf660bs6jql33cls41jlf45w7pcqa5xnp15gjhybv"; depends=[data_table EMT ggplot2 gridExtra Matching mclust]; };
pathifier = derive2 { name="pathifier"; version="1.8.0"; sha256="08ipv1xcmxdb9g8h4dh4c7icwfp4myd9gwacb3cbl48libl459wj"; depends=[princurve R_oo]; };
pathview = derive2 { name="pathview"; version="1.10.1"; sha256="0mpr9fqfp3ar927m6rvghn6ggbxp2ll2a9jfrz9ic44mbwpa1lb1"; depends=[AnnotationDbi graph KEGGgraph KEGGREST png Rgraphviz XML]; };
paxtoolsr = derive2 { name="paxtoolsr"; version="1.4.0"; sha256="0qrly2fxznbdzzm6j4jdrjx5wnnnvgvsi7ni7xd5x68a21klhw9f"; depends=[data_table httr igraph plyr R_utils rJava rjson XML]; };
pcaGoPromoter = derive2 { name="pcaGoPromoter"; version="1.14.0"; sha256="1w0cpakxlm8dx6z3j844xmkz3dawiaschrjcjlkqjv9ay8vfkhz8"; depends=[AnnotationDbi Biostrings ellipse]; };
pcaMethods = derive2 { name="pcaMethods"; version="1.60.0"; sha256="090bgl178zxj89d0kshwl5jkz8qszgdbwrfdbbawg8ka48bilw2l"; depends=[Biobase BiocGenerics MASS Rcpp]; };
pcot2 = derive2 { name="pcot2"; version="1.38.0"; sha256="1ycsbry5srf1msq4vcvv0q34lgzkwadh7k1pgwv963i567i4lx3b"; depends=[amap Biobase]; };
pdInfoBuilder = derive2 { name="pdInfoBuilder"; version="1.34.0"; sha256="1p65xxfnkck88bn1qq43yy0gh11wcb8cifhbj8h5sm2i4miysf25"; depends=[affxparser Biobase BiocGenerics Biostrings DBI IRanges oligo oligoClasses RSQLite S4Vectors]; };
pdmclass = derive2 { name="pdmclass"; version="1.42.0"; sha256="1f4zrxbyk49hm0cxp0g1786cwc7g1k5z6v3hn2z66m7rbapz8afy"; depends=[Biobase mda]; };
pepStat = derive2 { name="pepStat"; version="1.4.0"; sha256="0ys8nq2f5ajir4k8gdm02p26vzbhhk88ys8zc7zsqim3v4pxgdis"; depends=[Biobase data_table fields GenomicRanges ggplot2 IRanges limma plyr]; };
pepXMLTab = derive2 { name="pepXMLTab"; version="1.4.0"; sha256="1fgq8x6c3lml12a92ihrkkvaph1xh90i01h15k42aadh3725a5nw"; depends=[XML]; };
phenoDist = derive2 { name="phenoDist"; version="1.18.0"; sha256="0kjsdgvr5kmrnn7mjzphk5r6irgjv5cfgmrd4yddprbmmln39avn"; depends=[e1071 imageHTS]; };
phenoTest = derive2 { name="phenoTest"; version="1.18.0"; sha256="1lgxacph4mv0z8c17lx4f82nvq151ggsfv5f9p35aw9z1pc10pwg"; depends=[annotate AnnotationDbi Biobase biomaRt BMA Category ellipse genefilter ggplot2 gplots GSEABase Heatplus Hmisc hopach HTSanalyzeR limma mgcv SNPchip survival xtable]; };
phyloseq = derive2 { name="phyloseq"; version="1.14.0"; sha256="0h34ac577d2lzh6rzbvwz04ngp3v4c728z0nzf646ab10nfk1i17"; depends=[ade4 ape Biobase BiocGenerics biom Biostrings cluster data_table foreach ggplot2 igraph multtest plyr reshape2 scales vegan]; };
piano = derive2 { name="piano"; version="1.10.1"; sha256="0z9vwaj0kkbyqra2h63hb07n8sxzscp6mp0krgrjn6kd7h75lx35"; depends=[Biobase BiocGenerics gplots igraph marray relations]; };
pickgene = derive2 { name="pickgene"; version="1.42.0"; sha256="1awm471s2mx4w7m2p2bdz67rbgyz0khsa85bbrjcb4lbvljqwdv7"; depends=[MASS]; };
pint = derive2 { name="pint"; version="1.20.0"; sha256="19q21b3zdn4adx49zn88z69xz3mqza58xdhig3zicn9s0g21bfz4"; depends=[dmt Matrix mvtnorm]; };
pkgDepTools = derive2 { name="pkgDepTools"; version="1.36.0"; sha256="1v2fsax49wklwdmgxp9pjyp18cbj2rsg7yd68mwr2amlihgvmsp1"; depends=[graph RBGL]; };
plateCore = derive2 { name="plateCore"; version="1.28.0"; sha256="1v7shvjnav930grswbixj8fyabmamsgry5g5is3sf9ymp9r8gh5x"; depends=[Biobase flowCore flowStats flowViz lattice latticeExtra MASS robustbase]; };
plethy = derive2 { name="plethy"; version="1.8.0"; sha256="1skaqws1yb8n8li4daprq4x8vrbyykm3fk6pzwx7iyr3nf2r2zz5"; depends=[Biobase BiocGenerics DBI ggplot2 IRanges plyr RColorBrewer reshape2 RSQLite S4Vectors Streamer]; };
plgem = derive2 { name="plgem"; version="1.42.0"; sha256="0nbiv4zbfiwa9mkpa2ldhnj3bi5nyrqcrzx1b54fcxsndrj9106i"; depends=[Biobase MASS]; };
plier = derive2 { name="plier"; version="1.40.0"; sha256="0jlrxv79yg9w8yqlqqmswcrpk0ddw811qg142vbpd1alib35wrxi"; depends=[affy Biobase]; };
plrs = derive2 { name="plrs"; version="1.10.0"; sha256="1f2dlgcbpfrn5za2z7nf1y8jzrcb5hzb3gix18nyqmz9syg57zha"; depends=[Biobase BiocGenerics CGHbase ic_infer marray quadprog Rcsdp]; };
plw = derive2 { name="plw"; version="1.30.0"; sha256="190bccvxhdgp3ah9vzdpjddb33ck38r5x4gw1f8vwxh0mw79vf9c"; depends=[affy MASS]; };
pmm = derive2 { name="pmm"; version="1.2.0"; sha256="1rsyh05w32gk2sip9hx1q93hwqwb1kmns47aq8qj2dw26ii0is3c"; depends=[lme4]; };
podkat = derive2 { name="podkat"; version="1.2.0"; sha256="168piyx6c6vif771adm4594h6dq2h14g3jfk8lj2fvvdwyms2dn8"; depends=[Biobase BiocGenerics Biostrings BSgenome GenomeInfoDb GenomicRanges IRanges Matrix Rcpp Rsamtools]; };
polyester = derive2 { name="polyester"; version="1.6.0"; sha256="0if2rbgbfc3ghz5mnmpmpv6rq63qjm3l16gmlr493vfrpxdzclnv"; depends=[Biostrings IRanges limma logspline S4Vectors]; };
ppiStats = derive2 { name="ppiStats"; version="1.36.0"; sha256="1s5xv565w924g71qaxgmhfszrkqs3arzi8l0vzcz446r2pgm6d32"; depends=[Biobase Category graph lattice RColorBrewer ScISI]; };
prada = derive2 { name="prada"; version="1.46.0"; sha256="0ak21586bbkbpwji1pcbr44dlwyhslscrqm2y172310xbxm0sqbg"; depends=[Biobase BiocGenerics MASS RColorBrewer rrcov]; };
prebs = derive2 { name="prebs"; version="1.10.0"; sha256="06rbsza5gdv9k9hcaxx0k65p9w61kfxiw0p4ah23dqfx0mldh5nx"; depends=[affy Biobase GenomeInfoDb GenomicAlignments GenomicRanges IRanges RPA S4Vectors]; };
predictionet = derive2 { name="predictionet"; version="1.16.0"; sha256="1q7nl11kvh2rl5rzb4qnq5ckdrdkna0arfnjmki35lr8hyh65id0"; depends=[catnet igraph MASS penalized RBGL]; };
preprocessCore = derive2 { name="preprocessCore"; version="1.32.0"; sha256="07isghjkqm91rg37l1fzpjrbq36b7w4pbsi95wwh6a8qq7r69z1n"; depends=[]; };
proBAMr = derive2 { name="proBAMr"; version="1.4.0"; sha256="0501sg8vix8s2d3mrqr2kdscy0znr0zh9lzy8hvv4yjhz6qyzj8y"; depends=[AnnotationDbi Biostrings GenomicFeatures GenomicRanges IRanges rtracklayer]; };
procoil = derive2 { name="procoil"; version="1.20.0"; sha256="11ss88jfk1j2b29l43qlvrlmhgxlfv1dw8wd9sqy3z3figspr3wz"; depends=[]; };
prot2D = derive2 { name="prot2D"; version="1.8.0"; sha256="0pmsl550wvxnqx5zbj8b6lhvlb2bcmvi3xxx66x8r1sz3cdy3l7h"; depends=[Biobase fdrtool impute limma MASS Mulcom qvalue samr st]; };
proteinProfiles = derive2 { name="proteinProfiles"; version="1.10.0"; sha256="0hkimlq3v8hq3khinydm4m8v5fgld74vc6yg9yzhz71hv1yy2i2m"; depends=[]; };
proteoQC = derive2 { name="proteoQC"; version="1.6.0"; sha256="15raykmw19k4yn4jppw4lqwgarr8b7sfsvhcif49xvw7k1dwj5ys"; depends=[ggplot2 MSnbase Nozzle_R1 plyr Rcpp reshape2 rTANDEM seqinr VennDiagram XML]; };
puma = derive2 { name="puma"; version="3.12.0"; sha256="0in135rhfy5dx8q205rrcid63g5q6xh6w7rimz6a1brn89dviaba"; depends=[affy affyio Biobase mclust oligo oligoClasses]; };
pvac = derive2 { name="pvac"; version="1.18.0"; sha256="1m4iqss2v7llyb2c6dsgajavxj9wf5d51k6l07qhqd25znrvml2l"; depends=[affy Biobase]; };
pvca = derive2 { name="pvca"; version="1.10.0"; sha256="1lvd5l2lcw84hcmzzwgbii87s9xd6cvqxzbc78393jhmgi8aapk0"; depends=[Biobase lme4 Matrix vsn]; };
pwOmics = derive2 { name="pwOmics"; version="1.2.0"; sha256="0vlr71mhch716xl2i0366pxjkawci0g2imvfhsqinv5gd92m6hpq"; depends=[AnnotationDbi AnnotationHub Biobase BiocGenerics biomaRt data_table GenomicRanges gplots igraph rBiopaxParser STRINGdb]; };
qcmetrics = derive2 { name="qcmetrics"; version="1.8.0"; sha256="0y5bi4162b93d02ksg1hpqlfx4inl6bmal84lhrrzra5k6zzv72m"; depends=[Biobase knitr Nozzle_R1 pander S4Vectors xtable]; };
qpcrNorm = derive2 { name="qpcrNorm"; version="1.28.0"; sha256="0ywh6iq1bywcyw5v6iax1ngigii3s7d0f6gfj2xk9qwfxpavzjjf"; depends=[affy Biobase limma]; };
qpgraph = derive2 { name="qpgraph"; version="2.4.0"; sha256="10gwnylvaknj26l3whcap3sh7jfkhfr1lm337ckhs667n5cl8ph7"; depends=[annotate AnnotationDbi Biobase BiocParallel GenomeInfoDb GenomicFeatures GenomicRanges graph IRanges Matrix mvtnorm qtl Rgraphviz S4Vectors]; };
qrqc = derive2 { name="qrqc"; version="1.24.0"; sha256="0850frx6fg9py2laav0yqavl9ckbn6y475xm9r6gxvyzp63smzdg"; depends=[Biostrings biovizBase brew ggplot2 plyr reshape Rsamtools testthat xtable]; };
quantro = derive2 { name="quantro"; version="1.4.0"; sha256="1vkm12h5b85h0db2sxv3c8hhxmgpdycllxr6d9zv2y4an1zhjkn5"; depends=[Biobase doParallel foreach ggplot2 iterators minfi RColorBrewer]; };
quantsmooth = derive2 { name="quantsmooth"; version="1.36.0"; sha256="0gfqvx6djy0sl0dz1la19wzc6nfbazrw28wrpf1b934gfbjii25d"; depends=[quantreg]; };
qusage = derive2 { name="qusage"; version="2.2.0"; sha256="1d30m6c60viwvgk5v4234zapnzx58m6jcsfkp2kag5n9gfy3mwlw"; depends=[Biobase limma lsmeans nlme]; };
qvalue = derive2 { name="qvalue"; version="2.2.0"; sha256="0fg4vz8jwv8yy7f3yb31s17hp6aj38gqkg4970qxp98cmm2zgasd"; depends=[ggplot2 reshape2]; };
r3Cseq = derive2 { name="r3Cseq"; version="1.16.0"; sha256="0zjxqmj1lblxcl73cisacjacdmw9aj4wvr5lxdn9b4kq6rcr7ljn"; depends=[Biostrings data_table GenomeInfoDb GenomicRanges IRanges qvalue RColorBrewer Rsamtools rtracklayer sqldf VGAM]; };
rBiopaxParser = derive2 { name="rBiopaxParser"; version="2.8.0"; sha256="1akmgiqgi53d1264mmhkizn0g1fvjvqdgzsrw9yx26xi9ysmq9kg"; depends=[data_table XML]; };
rCGH = derive2 { name="rCGH"; version="1.0.2"; sha256="07mbhgyjjmlyv0237gccd04hjxf22qw7nx5g71ijxj4mb22igign"; depends=[aCGH affy AnnotationDbi DNAcopy GenomeInfoDb GenomicFeatures GenomicRanges ggplot2 IRanges lattice limma mclust plyr shiny]; };
rGADEM = derive2 { name="rGADEM"; version="2.18.0"; sha256="1aib9qqvbq9myyngxlmv494i7pr96k4p9rmrnc4drxa9zhh0pp5a"; depends=[Biostrings BSgenome IRanges seqLogo]; };
rGREAT = derive2 { name="rGREAT"; version="1.2.0"; sha256="00gjlsgz3mac48qdpgxk0vvn5z454m2lcxm6lha8jby73pls9hh3"; depends=[GenomicRanges GetoptLong IRanges RCurl rjson]; };
rHVDM = derive2 { name="rHVDM"; version="1.36.0"; sha256="0k1gccnac59q54y2nypzgip2srs5yg3v2hhrz86ps50p2lx4pqd2"; depends=[affy Biobase minpack_lm R2HTML]; };
rMAT = derive2 { name="rMAT"; version="3.20.0"; sha256="0dq4ipz1j6qai8q8z038hjb5j0w67gp7449vj8psgca2854gxa7s"; depends=[affxparser Biobase BiocGenerics IRanges]; };
rRDP = derive2 { name="rRDP"; version="1.4.0"; sha256="101g3j8r8h0nc69k0srlwkxld4qd99ww8xf5b34sm015hvhfx55k"; depends=[Biostrings]; };
rSFFreader = derive2 { name="rSFFreader"; version="0.18.0"; sha256="0z2lkjbs3svx1b9zr4smjwrcd9xzxhfp98428vzaqq0k79h1v666"; depends=[Biostrings IRanges S4Vectors ShortRead XVector]; };
rTANDEM = derive2 { name="rTANDEM"; version="1.10.0"; sha256="1dmaqdjfmjkkrddf666hpp95s7s6x0ssinx9aybl6952ylfjgcd1"; depends=[data_table Rcpp XML]; };
rTRM = derive2 { name="rTRM"; version="1.8.0"; sha256="1k36p601n1f2bkkyfh6sr4x32ikd4jsr99ad3rbkmx04slkdzkka"; depends=[AnnotationDbi DBI igraph RSQLite]; };
rTRMui = derive2 { name="rTRMui"; version="1.8.0"; sha256="1mbljb86k3vhiavcv4fvibj6fykg65p4nh7wrrm1nxz90k5hbznp"; depends=[MotifDb rTRM shiny]; };
rain = derive2 { name="rain"; version="1.4.0"; sha256="0nldnsy6x91nv3i24gj81yxmrr7d4j7iicqxy279gh1k5zh5l5r1"; depends=[gmp multtest]; };
rama = derive2 { name="rama"; version="1.44.0"; sha256="0nka6a2dk7jn4lk0i2p91hxwdgpny6y3j4dz709crrxlz3xjqflm"; depends=[]; };
randPack = derive2 { name="randPack"; version="1.16.0"; sha256="1i7rr4pid1yw5fjjlwcd0zy46z3c351vxqsj2z8mycl8cm29n8zn"; depends=[Biobase]; };
rbsurv = derive2 { name="rbsurv"; version="2.28.0"; sha256="0pz7rza3j7yrdjp1q35y7xxhmkq9cvfg4ippgqqkny8qyayhy7bm"; depends=[Biobase survival]; };
rcellminer = derive2 { name="rcellminer"; version="1.2.1"; sha256="0bm4w0nng4bqvz3lrfgvws5pl89k5y2ghll97ndwpccszbjsll79"; depends=[Biobase fingerprint gplots rcdk shiny stringr]; };
reb = derive2 { name="reb"; version="1.48.0"; sha256="1bxijf91vdr6088459r29kvy691bjbscy170pc0739iqbg7z80zm"; depends=[Biobase idiogram]; };
regionReport = derive2 { name="regionReport"; version="1.4.1"; sha256="1sh6m6ly2r3lxvx6q6rb05ygd4c5ab7lzh4j6hpy5va3mg7prrgr"; depends=[bumphunter derfinder derfinderPlot devtools GenomeInfoDb GenomicRanges ggbio ggplot2 gridExtra IRanges knitcitations knitr knitrBootstrap mgcv RColorBrewer rmarkdown whisker]; };
regioneR = derive2 { name="regioneR"; version="1.2.0"; sha256="13va8d8dny22b5y8c9k7s6jps5b77h7kp7l5gx2ci0hhijr2xbx5"; depends=[BSgenome GenomicRanges memoise rtracklayer]; };
rfPred = derive2 { name="rfPred"; version="1.8.0"; sha256="09sc9y6pyw96piaqh33rzf94ryclknbhqig1fp36d3zabfj8a91i"; depends=[data_table GenomicRanges IRanges Rsamtools]; };
rgsepd = derive2 { name="rgsepd"; version="1.2.0"; sha256="0djx0fm44fj6k8dq4ysqag93icnymm2b38asgplds8y6fv9gp39b"; depends=[AnnotationDbi biomaRt DESeq2 GenomicRanges goseq gplots hash]; };
rhdf5 = derive2 { name="rhdf5"; version="2.14.0"; sha256="0cxg8w3244gcifvc27dm85wip776x5lnwkl7qhc7w92if57z7wcp"; depends=[zlibbioc]; };
riboSeqR = derive2 { name="riboSeqR"; version="1.4.0"; sha256="1i9p9hxh2sipgpa1wf59pfs3h0qprr473axlvzw7f0yx171qimfg"; depends=[abind GenomicRanges]; };
rnaSeqMap = derive2 { name="rnaSeqMap"; version="2.28.0"; sha256="0mfcy7l31g5z5yv12sv9imaf19p9vawnk7cqcm50x2sm032r8n7f"; depends=[Biobase DBI DESeq edgeR GenomicAlignments GenomicRanges IRanges Rsamtools]; };
rnaseqcomp = derive2 { name="rnaseqcomp"; version="1.0.0"; sha256="196nh21ypidvxkjjjmz13qf0b735pdf3avdxlqp72adx221kr729"; depends=[RColorBrewer]; };
roar = derive2 { name="roar"; version="1.6.0"; sha256="1qpdfv40dbc4fpp3f2bfqg9gsi8bc9d3jp937im88ywcwb1v0b32"; depends=[GenomicAlignments GenomicRanges rtracklayer S4Vectors SummarizedExperiment]; };
rols = derive2 { name="rols"; version="1.12.0"; sha256="14b540wva9w3fdjas4q4kmz2isb218mm2lk02v95ads2y5isnacf"; depends=[Biobase XML]; };
ropls = derive2 { name="ropls"; version="1.2.4"; sha256="1j6ah7b0n2yvdx0c5dcxnncl1r20ajcnx2046y2v1gg4qpma9a5r"; depends=[]; };
rpx = derive2 { name="rpx"; version="1.6.0"; sha256="04kd9kn7k8fswpy03ccbaq6glwxiilvklyygj9gmi2sam06q9d6i"; depends=[RCurl XML]; };
rqubic = derive2 { name="rqubic"; version="1.16.0"; sha256="0gasrkxpbvhxig6n3k3n9hdid9cg4gnkffyi9xn2zl33zm8wyirf"; depends=[biclust Biobase BiocGenerics]; };
rsbml = derive2 { name="rsbml"; version="2.28.0"; sha256="0fzn7vpfsfb3k0j6mid0prrgdaqsv8b3945d0ynls8jgp02ma6hs"; depends=[BiocGenerics graph]; };
rtracklayer = derive2 { name="rtracklayer"; version="1.30.1"; sha256="1if31hg56islx5vwydpgs5gkyas26kyvv2ljv1c7jikpm62w14qv"; depends=[BiocGenerics Biostrings GenomeInfoDb GenomicAlignments GenomicRanges IRanges RCurl Rsamtools S4Vectors XML XVector zlibbioc]; };
sRAP = derive2 { name="sRAP"; version="1.10.0"; sha256="080s88l3a2fbgqnc8sy41kwzkm6skjazkirqini7n6xqcsqb9lih"; depends=[gplots pls qvalue ROCR WriteXLS]; };
sSeq = derive2 { name="sSeq"; version="1.8.0"; sha256="1l05qm3576fx9v5bxvc0xm4916bzfvh1f4nnjdm67z82qxbx4wnz"; depends=[caTools RColorBrewer]; };
safe = derive2 { name="safe"; version="3.10.0"; sha256="17ryzq2rc8hdmj1kzv62kzh1pn2nb454d73mdd5dk6qy0pgg4fan"; depends=[AnnotationDbi Biobase SparseM]; };
sagenhaft = derive2 { name="sagenhaft"; version="1.40.0"; sha256="1y2fa861k9b9rb6hr0slvf5pgqwggssx7ppn1ddrh0yw53vk7dwy"; depends=[SparseM]; };
sangerseqR = derive2 { name="sangerseqR"; version="1.6.0"; sha256="0jfh1jgvazi43bvj8m3546yh5vs0nhvnw7mmd68zndihm5agxhb1"; depends=[Biostrings shiny]; };
sapFinder = derive2 { name="sapFinder"; version="1.8.0"; sha256="12a0wcjxcz77b06bymhqcj5wxzm478mlj9vcvbbqhdfvj7214hy9"; depends=[pheatmap Rcpp rTANDEM]; };
saps = derive2 { name="saps"; version="2.2.0"; sha256="11v7nxlcnkslxl0giv3y2naxpfsmqmrj6b4y2g6zbp48zml45jgl"; depends=[piano reshape2 survcomp survival]; };
savR = derive2 { name="savR"; version="1.8.0"; sha256="1vxxmzr8k6fn9fqr0pbfvccqq30d8w3fwjcr5x0bh1d77mzgf9n1"; depends=[ggplot2 gridExtra reshape2 scales XML]; };
sbgr = derive2 { name="sbgr"; version="1.0.0"; sha256="0bvvxd0c4k4mmwkcb9w02i2kb6vwlq84w8vfqiamnwjy2vgjgka9"; depends=[httr jsonlite objectProperties]; };
scsR = derive2 { name="scsR"; version="1.6.0"; sha256="0g1vgx8wrdwbhlzmf0a11fg5jnbkvz402h8qj48vj4bq8j202bc1"; depends=[BiocGenerics Biostrings ggplot2 hash IRanges plyr RColorBrewer sqldf STRINGdb]; };
segmentSeq = derive2 { name="segmentSeq"; version="2.4.0"; sha256="0dbw8kssi2l6mnvjh7skbxc0akyha2wpa0r6ixw73p4g5qbaqafn"; depends=[baySeq GenomicRanges IRanges S4Vectors ShortRead]; };
seq2pathway = derive2 { name="seq2pathway"; version="1.2.0"; sha256="1xki7wsydgagsh3fx9gwdd2asrbm6q9gnh27bv2cyrmjpp0nkjg1"; depends=[biomaRt GenomicRanges GSA nnet WGCNA]; };
seqCNA = derive2 { name="seqCNA"; version="1.16.0"; sha256="1wq92wszv0x99l52lm3k0zc2ffin1sp78xlyfabxpwi1v0yrkifl"; depends=[adehabitatLT doSNOW GLAD]; };
seqLogo = derive2 { name="seqLogo"; version="1.36.0"; sha256="0kn1a1nf2j4v9c09vjkz9bmxlln7yhg87bnyrdsxy1m55x56rn5k"; depends=[]; };
seqPattern = derive2 { name="seqPattern"; version="1.2.0"; sha256="0p9zj6bic7sa0hb2bjm988kkk5n9r1kvlbqkzvy702f642n0j53i"; depends=[Biostrings GenomicRanges IRanges KernSmooth plotrix]; };
seqTools = derive2 { name="seqTools"; version="1.4.0"; sha256="1jwxy9n14b1sdlnjz3242m8rp04kaq0pkyp65xl7w2dw5qm3a81c"; depends=[zlibbioc]; };
seqbias = derive2 { name="seqbias"; version="1.18.0"; sha256="1wwskcbl3wd8gl63jl4wl0xwzj8kbwbc8xhp12z3xximngkk7dgd"; depends=[Biostrings GenomicRanges Rsamtools zlibbioc]; };
seqplots = derive2 { name="seqplots"; version="1.8.0"; sha256="1kk914pc462n37gmma6l1d0kcrw2qqgkd3sb67mrx053h1n0lz35"; depends=[Biostrings BSgenome Cairo class DBI digest DT fields GenomeInfoDb GenomicRanges ggplot2 gridExtra IRanges jsonlite kohonen plotrix RColorBrewer reshape2 RSQLite rtracklayer S4Vectors shiny]; };
shinyMethyl = derive2 { name="shinyMethyl"; version="1.4.0"; sha256="1db4g2sgfgr21hh3xcpv8lcnmrqgwfrj97dlpi8blqcs81mrhc3s"; depends=[BiocGenerics matrixStats minfi RColorBrewer shiny]; };
shinyTANDEM = derive2 { name="shinyTANDEM"; version="1.8.0"; sha256="0dkgwfynznpq2q55d83w4x0nmal3dkgzxi1jpdcsasqlhsyqvmvx"; depends=[mixtools rTANDEM shiny xtable]; };
sigPathway = derive2 { name="sigPathway"; version="1.38.0"; sha256="126cyw88d6rxp3bzdqsmm2v0kvhn650qmi4zcs9v50n0hhwyrxrf"; depends=[]; };
sigaR = derive2 { name="sigaR"; version="1.14.0"; sha256="07ip468liyg9b6q9izd1wdp29p9f2icfs01nf0il4gc76h6d0rr5"; depends=[Biobase CGHbase corpcor igraph marray MASS mvtnorm penalized quadprog snowfall]; };
siggenes = derive2 { name="siggenes"; version="1.44.0"; sha256="18r1yqaq2ppa00vwgwdbla3sq4rcsr3d1jrjdbq0p17dan5f9dqz"; depends=[Biobase multtest]; };
sigsquared = derive2 { name="sigsquared"; version="1.2.0"; sha256="1mgm84fdkzjp7hp3kp98l8g64mc3dg1cih2z9svmpcryp5fyxjvc"; depends=[Biobase survival]; };
similaRpeak = derive2 { name="similaRpeak"; version="1.2.0"; sha256="024nr8imqp4vrrhfikn00kv9cx3sg1h862dmgvylbkmjmm4f2mr8"; depends=[GenomicAlignments R6 Rsamtools rtracklayer]; };
simpleaffy = derive2 { name="simpleaffy"; version="2.46.0"; sha256="1x3f7hm7w44yarq4irv791330zfamhsqqwnqz8xfwrpvjrkv6avn"; depends=[affy Biobase BiocGenerics gcrma genefilter]; };
simulatorZ = derive2 { name="simulatorZ"; version="1.4.0"; sha256="1sypvrwq6ay7lzmb9cmpix1zgzafzryvf4my5jky846bcpam91qj"; depends=[Biobase BiocGenerics CoxBoost gbm GenomicRanges Hmisc IRanges S4Vectors SummarizedExperiment survival]; };
sincell = derive2 { name="sincell"; version="1.2.0"; sha256="1qmjy9cwhnyg4s3jfzi0z0yfdza4dma0q6h73772mhh2l4q149h7"; depends=[cluster entropy fastICA fields ggplot2 igraph MASS proxy Rcpp reshape2 Rtsne scatterplot3d statmod TSP]; };
sizepower = derive2 { name="sizepower"; version="1.40.0"; sha256="0wl1fvldarg85gg4i6xmh2ssma2hdqddd3lp7x13r2322344gmxl"; depends=[]; };
skewr = derive2 { name="skewr"; version="1.2.0"; sha256="0kmlgv1j104dnlbvg00jsbcdhr60l83dabfrzggvx7s9aspwgp30"; depends=[IRanges methylumi minfi mixsmsn RColorBrewer wateRmelon]; };
snapCGH = derive2 { name="snapCGH"; version="1.40.0"; sha256="0fjqp0qhwk041pgwqp3av5ihkf4xb9li6zy6gmvk24hlj8sm600z"; depends=[aCGH cluster DNAcopy GLAD limma tilingArray]; };
snm = derive2 { name="snm"; version="1.18.0"; sha256="150lwwk6cyhwjypb4f3gsmhpiv4vcayip7gpl2vxfmvhg03yqbyl"; depends=[corpcor lme4]; };
snpStats = derive2 { name="snpStats"; version="1.20.0"; sha256="16j3qq9vqswgra5xkm1ykwzcf8gxy7f7xa0l0z08n36hv7d0zd6x"; depends=[BiocGenerics Matrix survival zlibbioc]; };
soGGi = derive2 { name="soGGi"; version="1.2.1"; sha256="11ksx2z9vkz1d39fhds7cadwr0mzicis5nizj6qyzmzlybyc8v72"; depends=[BiocGenerics BiocParallel Biostrings chipseq GenomeInfoDb GenomicAlignments GenomicRanges ggplot2 IRanges preprocessCore reshape2 Rsamtools rtracklayer S4Vectors SummarizedExperiment]; };
spade = derive2 { name="spade"; version="1.18.0"; sha256="0k2drcv7dnrnair6gnsgfayajanzc6bq8a9s1rg1faihfqqrh0s2"; depends=[Biobase flowCore igraph Rclusterpp]; };
specL = derive2 { name="specL"; version="1.4.0"; sha256="0i7j5bzvlsyy72xg2gcxggrz25ln3287gcd433mwyiira4apz1il"; depends=[DBI protViz Rcpp RSQLite seqinr]; };
spikeLI = derive2 { name="spikeLI"; version="2.30.0"; sha256="0xqqwxhb89ngfr9jz3z3wsmq8l6lky4hcjnqvf9qd1cwjkf51am9"; depends=[]; };
spkTools = derive2 { name="spkTools"; version="1.26.0"; sha256="0aznmn9si99x32kn2x5swhpahp96bsg71i1wizml0ni6lvmbxn0j"; depends=[Biobase gtools RColorBrewer]; };
spliceR = derive2 { name="spliceR"; version="1.12.0"; sha256="0r5j0ibl2ccsxb7rr2fxw4b07wbdiyfndxkl4pgd9h0ks4qyhyjy"; depends=[cummeRbund GenomicRanges IRanges plyr RColorBrewer rtracklayer VennDiagram]; };
spliceSites = derive2 { name="spliceSites"; version="1.8.0"; sha256="1wiahf437sll1xrc5yb8w128rfdl0027g7ajvd04czl1vrq97vrq"; depends=[Biobase BiocGenerics Biostrings doBy rbamtools refGenome seqLogo]; };
splicegear = derive2 { name="splicegear"; version="1.42.0"; sha256="1g2fqql1wqzwz1vx5cq03ckld0gccqk6rv9l99xsaa8mhf0rn1qa"; depends=[annotate Biobase XML]; };
splots = derive2 { name="splots"; version="1.36.0"; sha256="1cj8bygsv1g91cypdz2zbf2slirls7sqdxrvg6qka0n8las58sxd"; depends=[RColorBrewer]; };
spotSegmentation = derive2 { name="spotSegmentation"; version="1.44.0"; sha256="074nzh18pj6dpk9bqh8id0j2vpaxvhi2ddrz6hnza381wzdgxdr3"; depends=[mclust]; };
sscore = derive2 { name="sscore"; version="1.42.0"; sha256="0h86crb241vmaczp76wz4zv9ni1snmlkrdi1md3hgq1hqxnn9gzs"; depends=[affy affyio]; };
ssize = derive2 { name="ssize"; version="1.44.0"; sha256="1aaafnj114j2zwf88y2133md6b33dsl88rg1zq0ql2xs4cxvsgkz"; depends=[gdata xtable]; };
ssviz = derive2 { name="ssviz"; version="1.4.0"; sha256="0j4c5b2ivz6l6a3by9hgy59r9z4s854pgias6sabp4qzpqgc3655"; depends=[Biostrings ggplot2 RColorBrewer reshape Rsamtools]; };
staRank = derive2 { name="staRank"; version="1.12.0"; sha256="1vgc3mhxyhrgwkapnqx4061l9l0nyc012508hma14xbxml3f76sg"; depends=[cellHTS2]; };
stepNorm = derive2 { name="stepNorm"; version="1.42.0"; sha256="0kvpfiq6w1vksw6dqjx0kw46rrfafpfs9ii8bwp1kk3q84zmyrmm"; depends=[marray MASS]; };
stepwiseCM = derive2 { name="stepwiseCM"; version="1.16.0"; sha256="1ss79yr75kw7fsd8ihpivj9k5v32zxr3ymkl6prba0nyxdj5wyz9"; depends=[Biobase e1071 glmpath MAclinical pamr penalized randomForest snowfall tspair]; };
subSeq = derive2 { name="subSeq"; version="1.0.1"; sha256="1k7d3hdiqxdv3mn61gr9rxsqywh2xgj2l8r4806j8b05vyi1ybdk"; depends=[Biobase data_table digest dplyr ggplot2 magrittr qvalue tidyr]; };
supraHex = derive2 { name="supraHex"; version="1.8.0"; sha256="1g2zcarzi805y2933pyjdgg7l9imbhdf4pjhyr8bir0149li98cy"; depends=[ape hexbin MASS]; };
survcomp = derive2 { name="survcomp"; version="1.20.0"; sha256="174kh5cnbw1dg109wrzbf4xhslzn56fag4d3nxwswxinrdz360i9"; depends=[bootstrap ipred KernSmooth prodlim rmeta SuppDists survival survivalROC]; };
sva = derive2 { name="sva"; version="3.18.0"; sha256="0jx4ar4nj8fgmrbhlaz6zm04zmcaacrakyzyy5hi2dgsy025c86c"; depends=[genefilter mgcv]; };
switchBox = derive2 { name="switchBox"; version="1.4.0"; sha256="0lmrg3ahjmz7x3ngjmhkb2w6n2zv0lw40xq1f9lhiyzqzj23rri0"; depends=[]; };
synapter = derive2 { name="synapter"; version="1.12.0"; sha256="0mrqbfg4kwwzm7g2sp1py715w52268kzlkhylqmr1cjqi20b0gb7"; depends=[Biobase BiocParallel Biostrings cleaver hwriter knitr lattice MSnbase multtest qvalue RColorBrewer]; };
synlet = derive2 { name="synlet"; version="1.0.0"; sha256="05vxkzafgri9ppscv5ark65s15fn3g4lfnkv25ryfddflcfkl1n2"; depends=[doBy dplyr ggplot2 magrittr RankProd RColorBrewer reshape2]; };
systemPipeR = derive2 { name="systemPipeR"; version="1.4.5"; sha256="0ji9afygadfai60nz1db4wq41l1nycmys1m1xnalpwfy3j244sc2"; depends=[annotate BatchJobs BiocGenerics Biostrings DESeq2 edgeR GenomicFeatures GenomicRanges ggplot2 GOstats limma pheatmap rjson Rsamtools ShortRead SummarizedExperiment VariantAnnotation]; };
tRanslatome = derive2 { name="tRanslatome"; version="1.8.0"; sha256="0kblzs5x5bh2bqg5bd5c33b405r33aicba0x0ky02vvqsld64f6l"; depends=[anota Biobase DESeq edgeR GOSemSim gplots Heatplus limma plotrix RankProd samr sigPathway topGO]; };
ternarynet = derive2 { name="ternarynet"; version="1.14.0"; sha256="0c25xinnlvafwf1x08zmcm1agwflvs9jpckhq58dc5fs8jb4zi6y"; depends=[igraph]; };
tigre = derive2 { name="tigre"; version="1.24.0"; sha256="10h6wrhsqyifqvylvpy4d5h9brkkq709n3q322wic16q867a9c19"; depends=[annotate AnnotationDbi Biobase BiocGenerics DBI gplots RSQLite]; };
tilingArray = derive2 { name="tilingArray"; version="1.48.0"; sha256="0ac78mqmjr8wv7zw6rk6q7bxwfmvycsmgybqg4xayja01qvmwkji"; depends=[affy Biobase genefilter pixmap RColorBrewer strucchange vsn]; };
timecourse = derive2 { name="timecourse"; version="1.42.0"; sha256="01awyngw9qalsvagn1f51kdhkqfvscnfhlp50xndr3s2zmmra5xg"; depends=[Biobase limma marray MASS]; };
tkWidgets = derive2 { name="tkWidgets"; version="1.48.0"; sha256="1a4j66pyhyns4mi5dfjqym4kd7dardhvhpr6r4ip34dc1b98hcg1"; depends=[DynDoc widgetTools]; };
topGO = derive2 { name="topGO"; version="2.22.0"; sha256="029j9nb39b8l9xlzsp83pmjr8ap247aia387yzaa1yyw8klapdaf"; depends=[AnnotationDbi Biobase BiocGenerics graph lattice SparseM]; };
trackViewer = derive2 { name="trackViewer"; version="1.6.1"; sha256="12n4rnph5viy0n45v6fl4b473dq71gqqz34hapnav13csy5nxc4i"; depends=[GenomicAlignments GenomicFeatures GenomicRanges Gviz IRanges pbapply Rsamtools rtracklayer scales]; };
tracktables = derive2 { name="tracktables"; version="1.4.1"; sha256="09nl5np0l434d1hl3vfbcnb41dvyzx7123yv0cvpapdyn8zq7j56"; depends=[GenomicRanges IRanges ore RColorBrewer Rsamtools stringr XML XVector]; };
traseR = derive2 { name="traseR"; version="1.0.0"; sha256="03lqmnb2fann1fn42kr2k126ppgkb5rw7n25h908hmq200mfl122"; depends=[GenomicRanges IRanges]; };
triform = derive2 { name="triform"; version="1.12.0"; sha256="0pqfz6msalr2264iwi2hzam2sv8yl4fy1ri72pff5gh14rbxgiml"; depends=[BiocGenerics IRanges yaml]; };
trigger = derive2 { name="trigger"; version="1.16.0"; sha256="1lswb0zdxkc37xkpyp65md4bv81njl74y6cl3dp9ym5mf47l5azg"; depends=[corpcor qtl qvalue sva]; };
trio = derive2 { name="trio"; version="3.8.0"; sha256="066401wayzl09p9g10j8vl9nhk57351ll1rf28c8ix4kh50pszi5"; depends=[]; };
triplex = derive2 { name="triplex"; version="1.10.0"; sha256="1k9dr5bdrbqgxjs1dwha7xxaas3cfhpfi75pykq7hhmxip6bcsp5"; depends=[Biostrings GenomicRanges IRanges S4Vectors XVector]; };
tspair = derive2 { name="tspair"; version="1.28.0"; sha256="0m083g5z77n7dd4lnbhvbwjkykh7a4pl4v8j7ipr5w7f9dhdjk33"; depends=[Biobase]; };
tweeDEseq = derive2 { name="tweeDEseq"; version="1.16.0"; sha256="0dyhczzfbp99nd2ia78scyzw8d02hrwaqr1pqj1c038mm6vsldvb"; depends=[cqn edgeR limma MASS]; };
twilight = derive2 { name="twilight"; version="1.46.0"; sha256="1v3aghnmx1g8kn1z98fx8k71gh2g9q1x52x3lhx70wkzcn6phphd"; depends=[Biobase]; };
unifiedWMWqPCR = derive2 { name="unifiedWMWqPCR"; version="1.6.0"; sha256="0iiwaihywibrfkiayp9dciv9i5n1j13ildwhaxilrha2qdmmjxqm"; depends=[BiocGenerics HTqPCR]; };
variancePartition = derive2 { name="variancePartition"; version="1.0.0"; sha256="0d7a858fmjsgb91y2p0q84r6vdq5nggp9k5dwdj12jgss7f7lqsj"; depends=[Biobase dendextend doParallel foreach ggplot2 iterators limma lme4 reshape]; };
vbmp = derive2 { name="vbmp"; version="1.38.0"; sha256="075hp0bb66fjda8bzhgcmxjhlrncwfwqrzsm885ci928yrl4fyjw"; depends=[]; };
viper = derive2 { name="viper"; version="1.6.0"; sha256="1z2i5x5rw8wnmvsha2z6jc88hywg2mzq4ss2yfhyx4l8q6ny21vn"; depends=[Biobase e1071 KernSmooth mixtools]; };
vsn = derive2 { name="vsn"; version="3.38.0"; sha256="17l1wywbm99g4n08m6wasx59wfavjas0f03a87a1pdv8ff4i71ac"; depends=[affy Biobase ggplot2 hexbin lattice limma]; };
vtpnet = derive2 { name="vtpnet"; version="0.10.0"; sha256="1qvg9f8qa64rpdqv575b7zadf4j1hs5ijhpjk4qjb8h7z5xprr7s"; depends=[doParallel foreach GenomicRanges graph gwascat]; };
wateRmelon = derive2 { name="wateRmelon"; version="1.10.0"; sha256="1hcfxiiwk0f7i59aj7v55403m755cwfldwniif8x9kkr1xm2n8jh"; depends=[limma lumi matrixStats methylumi ROC]; };
wavClusteR = derive2 { name="wavClusteR"; version="2.4.0"; sha256="0x58bfwc2akzk6z3hnvf8mcrn24bk8rw2fahf5w21rvvai97pvwz"; depends=[Biostrings foreach GenomicFeatures GenomicRanges ggplot2 Hmisc IRanges mclust Rsamtools rtracklayer seqinr stringr wmtsa]; };
waveTiling = derive2 { name="waveTiling"; version="1.12.0"; sha256="0j866mgxj44mv4wp0yqnav83w8pfb47lmjhp1y0qqvxc6q9k80g8"; depends=[affy Biobase Biostrings GenomeGraphs GenomicRanges IRanges oligo oligoClasses preprocessCore waveslim]; };
weaver = derive2 { name="weaver"; version="1.36.0"; sha256="0ixs723mh9p1pq6za8xjqknbq1jq4ylcxsv08f40izmlp40mxjdx"; depends=[codetools digest]; };
webbioc = derive2 { name="webbioc"; version="1.42.0"; sha256="1xli6q0d9y2wikqxk3cf2am3plfk5c27w95q607brs6kl3ghlafl"; depends=[affy annaffy Biobase BiocInstaller gcrma multtest qvalue vsn]; };
widgetTools = derive2 { name="widgetTools"; version="1.48.0"; sha256="0gwx02bqpfppmk34vh5qfax9bid7854dbapgdnzz32xzhamk64a8"; depends=[]; };
xcms = derive2 { name="xcms"; version="1.46.0"; sha256="0hhw86xkd3z7liyivj1ssdd7z8q1m91jplni8ags1sify46fh57p"; depends=[Biobase BiocGenerics lattice mzR ProtGenerics RColorBrewer]; };
xmapbridge = derive2 { name="xmapbridge"; version="1.28.0"; sha256="0b7l9gr1qrjj8fg9mcb3xyaw3s3zk8k2d46l9bgsl6g0xz79j615"; depends=[]; };
xps = derive2 { name="xps"; version="1.30.0"; sha256="0wh98fsj3j368bxk4wa7rjd3acwl04r1dfiy13a89zv1fzv3wvky"; depends=[]; };
yaqcaffy = derive2 { name="yaqcaffy"; version="1.30.0"; sha256="1pj2ksqbj7dlc76s6qagi7iq35wa83gx5cp0hm42w3bj7mxprjbi"; depends=[simpleaffy]; };
zlibbioc = derive2 { name="zlibbioc"; version="1.16.0"; sha256="01wc26ndg4jsn1wyrl6zzq636gxaip5fci0xapym4lh9wryc4wnw"; depends=[]; };
R: add support for Bioconductor packages
2015-05-23 01:51:24 +01:00
}
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