CHANGES IN VERSION 1.2.2 ------------------------ NEW FEATURES o coverage_matrix() now has two new arguments: scale and round. Use scale = FALSE to get raw coverage counts, which you can then scale with scale_counts(). scale is set to TRUE by default, so the counts are scaled to a library size of 40 million reads. round is set to FALSE by default, but can be set to TRUE if you want to get integer counts, just as in the default of scale_counts(). CHANGES IN VERSION 1.2.1 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o Changed the default version argument of add_predictions() to 'latest'. Internally, that's still 0.0.03. CHANGES IN VERSION 1.1.27 ------------------------- NEW FEATURES o Added the add_predictions() function which appends the predicted phenotypes to a RSE object downloaded with recount. The phenotypes were predicted by Shannon Ellis et al, 2017 (citation coming up soon!). CHANGES IN VERSION 1.1.26 ------------------------- SIGNIFICANT USER-VISIBLE CHANGES o Changed the citation now that the recount2 paper has been published at http://www.nature.com/nbt/journal/v35/n4/full/nbt.3838.html. CHANGES IN VERSION 1.1.25 ------------------------- NEW FEATURES o Added the function getRPKM() which can be used with RangedSummarizedExperiment objects from recount and from other sources. CHANGES IN VERSION 1.1.24 ------------------------- SIGNIFICANT USER-VISIBLE CHANGES o recount_url now includes the URLs for the GTEx bigWig files. CHANGES IN VERSION 1.1.19 ------------------------- SIGNIFICANT USER-VISIBLE CHANGES o coverage_matrix() now returns a RangedSummarizedExperiment object. This matches the behavior of recount.bwtool::coverage_matrix_bwtool() and is more consistent with the use of RSE objects in recount. CHANGES IN VERSION 1.1.18 ------------------------- BUG FIXES o coverage_matrix()'s helper function .read_pheno() was failing for some projects. CHANGES IN VERSION 1.1.16 ------------------------- BUG FIXES o Fixed a bug in the counts in coverage_matrix(). They were being incorrectly multiplied by 100. CHANGES IN VERSION 1.1.14 ------------------------- SIGNIFICANT USER-VISIBLE CHANGES o Completed the change to Gencode v25 annotation for exon and gene counts. CHANGES IN VERSION 1.1.13 ------------------------- SIGNIFICANT USER-VISIBLE CHANGES o We dropped TxDb.Hsapiens.UCSC.hg38.knownGene completely from recount and will be using Gencode v25 instead. CHANGES IN VERSION 1.1.12 ------------------------- BUG FIXES o Updated snaptron_query() to comply with recent changes in Snaptron. CHANGES IN VERSION 1.1.8 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o Updated the package so you can now access TCGA data. Now there's over 8 terabytes of data available in the recount project! CHANGES IN VERSION 1.1.6 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o snaptron_query() can now access GTEx and TCGA data. CHANGES IN VERSION 1.1.5 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o Snaptron changed from stingray.cs.jhu.edu:8090 to snaptron.cs.jhu.edu so snaptron_query() has been changed accordingly. CHANGES IN VERSION 1.1.2 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o The function reproduce_ranges() now has the 'db' argument. By default it's set to TxDb.Hsapiens.UCSC.hg38.knownGene to reproduce the actual information used in recount. But it can also be used with EnsDb.Hsapiens.v79 to use the ENSEMBL annotation. Then with coverage_matrix() you can get the counts for either an updated TxDb.Hsapiens.UCSC.hg38.knownGene or for EnsDb.Hsapiens.v79 at the exon and/or gene levels as shown in the vignette. CHANGES IN VERSION 1.1.1 ------------------------ SIGNIFICANT USER-VISIBLE CHANGES o The vignette now describes how to download all the data, how to check exon-exon junctions by class, and how to use SciServer compute to access all the recount data (over 6 TB) via http://www.sciserver.org/ CHANGES IN VERSION 0.99.30 -------------------------- NEW FEATURES o Added the function snaptron_query() which queries Intropolis via Snaptron to find if an exon-exon junction is present in the data. CHANGES IN VERSION 0.99.29 -------------------------- BUF FIXES o Fixed an bug in the vignette. Thanks to Michael Love for noticing it! CHANGES IN VERSION 0.99.0 ------------------------- NEW FEATURES o Created the package skeleton for recount o Added the function reproduce_ranges() for re-creating the gene or exon level information used in the recount project. o Added the function abstract_search() for identifying SRA projects of interest by searching the abstracts. o Added the function browse_study() for opening a browser tab for further exploring a project. o Added the function download_study() for downloading the data from the recount project. o Added the function scale_counts() for properly scaling the counts before performing a differential expression analysis with the RangedSummarizedExperiment objects hosted in the recount project. o Added the function expressed_regions() for defining the expressed regions in a chromosome for a given SRA study. o Added the function coverage_matrix() for computing the coverage matrix based on the regions of interest for a given SRA study. o Added the function geo_info() for obtaining sample information from GEO. o Added the function find_geo() for finding the GEO accession id given a SRA run accession (id). This function will be useful for SRA projects that did not have GEO entries at the time recount's data was created. o Added the function geo_characteristics() for building a data.frame from geo_info()'s results for the characteristics. o Added the function all_metadata() which downloads all the phenotype data for all projects. This function can be useful for identifying projects and/or samples of interests.