Welcome to the Omics Gateway
Biology has become an increasingly data-rich subject, and NPG is committed to helping the community mine those data for novel insight. Many of the emerging fields of large-scale, data-rich, biology are designated by the suffix "-omics" added onto previously used terms. The importance to the life science community as a whole of such large-scale approaches is reflected in the huge number of citations to many of the key papers in these fields; the human and mouse genome papers being the most obvious examples. The Omics Gateway provides life scientists a convenient portal into publications relevant to large-scale biology from journals throughout NPG. By organizing our papers and web focus projects on large-scale biology into this comprehensive, regularly updated, one-stop web portal, we hope to help you quickly reach the resources you need to study the -ome of your choice and to keep you up-to-date with the most significant research in that area.
LATEST HIGHLIGHT
Optimizing ChIP-Seq data analysisJournal: Nature Biotechnology
4 January 2009
Repetitive sequences and chromatin accessibility can confound scoring of genome-wide chromatin immunoprecipitation data generated by high-throughput sequencing. Using data sets they produce for human RNA polymerase II and the transcription factor STAT1, Rozowsky et al. compensate for these biases by correcting for 'mappability' and normalizing the data against an input-DNA control.
Direct-to-consumer genome scanning services. Also for children?
Journal:Nature Reviews Genetics
1 January 2009
Organism: Human
RNA-Seq: a revolutionary tool for transcriptomics
Journal:Nature Reviews Genetics
1 January 2009
Organism: Green plants
Organism: Rodents
Organism: Human
Organism: Fungi
Proteomics: Insider information
Journal:Nature Reviews Cancer
4 December 2008
Organism: Human
Genomics: Distinguishing drivers from passengers
Journal:Nature Reviews Genetics
1 January 2009
Organism: Rodents
PeakSeq enables systematic scoring of ChIP-seq experiments relative to controls this content is free
Journal:Nature Biotechnology
4 January 2009
Organism: Human
A Bayesian deconvolution strategy for immunoprecipitation-based DNA methylome analysis this content is free
Journal:Nature Biotechnology
8 July 2008
Organism: Human
Network pharmacology: the next paradigm in drug discovery this content is free
Journal:Nature Chemical Biology
20 October 2008
Organism: Human
Does my genome look big in this?
Journal:Nature Reviews Microbiology
1 December 2008
Organism: Bacteria
Combination chemical genetics this content is free
Journal:Nature Chemical Biology
20 October 2008
Human disease: Genome-wide insights into lipid levels
Journal:Nature Reviews Genetics
1 January 2009
Organism: Human
