Greetings!
I hope this email finds you well. Spring is in full swing in the midwest, the crocus and hyacinth are now in full bloom and sharing their most awesome aroma. Perhaps, unless you have allergies, it doesn't get much better than this.

Below are the details of the April 7th AgBioData webinar, we look forward to seeing you online with us, and hope your schedule allows you to join us this Wednesday!

Darwin Campbell, AgBioData coordinator
on behalf of the AgBioData steering committee

Jacqueline Campbell
Ethalinda Cannon
Laurel Cooper
Lisa Harper
Sook Jung
Dorrie Main
Monica Poelchau
Meg Staton
Leonore Reiser
Marcela K. Tello-Ruiz
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PhyloGenese helps users explore precomputed gene family trees with known functions for individual family members, and assists users with inferring gene functions.
Presented by: Peifen Zhang

Wednesday, April 7, 2021
Hosted by Leonore Reiser
https://iastate.webex.com/iastate/j.php?MTID=m09b0d3589ee14b82e68915eb31f416ae
1 hour | 1P ET | 12P CT | 11A MT | 10A PT
Find your local time: http://bit.ly/37WzH6I
Meeting number: 120 906 4216
Password: mMTNB2ZkE23

PhyloGenes (phylogenes.org) presents precomputed phylogenetic trees of plant gene families along with known functions for individual family members. By displaying experimentally validated gene functions associated to individual genes within a tree, PhyloGenes enables functional inference for genes of uncharacterized function, based on their evolutionary relationships to experimentally studied genes, in a visually traceable manner. For the many families containing genes that have evolved to perform different functions, PhyloGenes also facilitates the study of function evolution. The current PhyloGenes release (version 2.2) includes 40 plant genomes covering a broad taxonomic range and including all major crops, along with 10 non-plant model organisms represented in over 8,000 gene families. Over two-thirds of the families have at least one member with a validated known function as GO terms. To increase the predictive power of PhyloGenes, future work will involve community contribution and emphasize on incorporating new functional annotations of family members across families and subfamilies, and also adding complimentary functional datasets such as gene expression and mutant phenotype

Join by video system
Dial 1209064216@iastate.webex.com
You can also dial 173.243.2.68 and enter your meeting number.

Join by phone
+1-312-535-8110 United States Toll (Chicago)
Access code: 120 582 0206