Announcing YeastEnrichr a part of the new ModEnrichr toolkit - August 1, 2018
YeastEnrichr is a new gene list enrichment analysis tool for Saccharomyces cerevisiae. YeastEnrichr is derived from Enrichr, the popular web-based software for comprehensive and intuitive gene list enrichment analysis. Data from a variety of publicly available S. cerevisiae databases was processed and integrated to generate a collection of gene set libraries. YeastEnrichr can be accessed via API which are documented in SmartAPI. This makes YeastEnrichr interoperable with other tools and projects.
The initial version of YeastEnrichr contain the following new gene set libraries:
- Gene Ontology: The GO libraries were created using the core ontology from the Gene Ontology Consortium, annotated with associated S. cerevisiae genes. A cross-section of the ontology tree was taken to create moderately sized gene sets. The three gene set libraries in YeastEnrichr are: GO Biological Process, GO Cellular Component, and GO Molecular Function.
- WikiPathways: The WikiPathways library consists of all pathways for S. cerevisiae in WikiPathways converted to gene sets.
- TF2DNA: TF2DNA contains regulatory interactions that connect transcription factors and the genes these factors putatively regulate based on DNA binding site motifs.
- BioGrid: BioGrid is a repository for storing molecular interaction between cellular components. The libraries created from BioGrid consist of all yeast gene-gene phenotypic interactions and protein-protein interactions. The two gene set libraries in YeastEnrichr are: Gene Interaction Hubs BioGRID and PPI Hubs BioGRID.
Developed | in | the Ma'ayan Lab |
by | Edward Chen | |
Maxim Kuleshov | ||
Zachary Flamholz | ||
Matthew Jones | ||
Christopher Tan | ||
Yan Kou | ||
Neil Clark | ||
Andrew Rouillard | ||
Nick Fernandez | ||
Qiaonan Duan | ||
Zichen Wang | ||
Simon Koplev | ||
Sherry Jenkins | ||
Alexander Lachmann | ||
Michael McDermott | ||
Caroline Monteiro | ||
Gregory Gundersen | ||
Avi Ma'ayan |