The Gene Expression Barcode 3.0: improved data processing and mining tools

MN McCall, HA Jaffee, SJ Zelisko, N Sinha… - Nucleic acids …, 2014 - academic.oup.com
MN McCall, HA Jaffee, SJ Zelisko, N Sinha, G Hooiveld, RA Irizarry, MJ Zilliox
Nucleic acids research, 2014academic.oup.com
Abstract The Gene Expression Barcode project, http://barcode. luhs. org, seeks to determine
the genes expressed for every tissue and cell type in humans and mice. Understanding the
absolute expression of genes across tissues and cell types has applications in basic cell
biology, hypothesis generation for gene function and clinical predictions using gene
expression signatures. In its current version, this project uses the abundant publicly
available microarray data sets combined with a suite of single-array preprocessing, quality …
Abstract
The Gene Expression Barcode project, http://barcode.luhs.org, seeks to determine the genes expressed for every tissue and cell type in humans and mice. Understanding the absolute expression of genes across tissues and cell types has applications in basic cell biology, hypothesis generation for gene function and clinical predictions using gene expression signatures. In its current version, this project uses the abundant publicly available microarray data sets combined with a suite of single-array preprocessing, quality control and analysis methods. In this article, we present the improvements that have been made since the previous version of the Gene Expression Barcode in 2011. These include a variety of new data mining tools and summaries, estimated transcriptomes and curated annotations.
Oxford University Press