The US Department of Energy Joint Genome Institute leads the world in
sequencing of fungal genomes and contributes 40% of genome projects
worldwide. JGI web-based fungal genomics portal MycoCosm integrates
fungal genomics data and analytical tools in one place to provide
access to over 100 fungal genomes sequenced at JGI and elsewhere.
Users may explore fungal genomes in the context of both comparative
genomics and genome-centric analysis. MycoCosm promotes user community
participation in data submission, annotation and analysis, and has
over 4500 unique visitors/month or 35000+ visitors/year.
2. US DOE Joint Genome Institute
Mission: Genomics user facility in
support of DOE missions in:
bioenergy biogeochemistry
carbon cycling
Programs: Fungal, Plant,
Microbial, & Metagomics
Genome sequencing
using latest technology
Illumina HiSeq2000 PacBio Example: JGI fungal sequencing
3. Fungi in bioenergy
degrade
lignin & White rot
cellulose Phanerochaete
chrysosporium
Biofuel
Lignocellulose Brown rot
Postia precursors
degrade
cellulose placenta
9. Curation: user annotation
Example: user finds a more sensible gene model
Promote to
gene catalog
Compare
to ESTs
Transcript page
Protein page
Cluster viewer
9
12. Analysis: evolution of
lignocellulose degradation
CAZy CAZy and lignin-degrading genes
genes
Oxidoreductase
genes
Eastwood et al. Science 2011 Riley et al. in prep
13. Summary
MycoCosm
• Integrates functional and comparative
genomic data and analytical tools for
energy and environment fungi
• Offers tools for community annotation,
data repository, and manual curation
• Facilitates comparative genome
analysis
14. Acknowledgments
Igor V. Grigoriev Robert Otillar
Henrik Nordberg Alex Poliakov
Igor Shabalov Igor Ratnere
Andrea Aerts Frank Korzeniewski
Mike Cantor Xueling Zhao
David Goodstein Tatyana Smirnova
Alan Kuo Daniel Rokhsar
Simon Minovitsky Inna Dubchak
Roman Nikitin
Robin A. Ohm