Conserved Genes Families of Unknown Function

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Phylum	Subphylum	Class	Organism	Protein Id	Location	Gene Length	Protein Length	User Annotations/Notes
Ascomycota	Pezizomycotina	Eurotiomycetes	Aspergillus niger ATCC 1015 v4.0	1092278	chr_503:564,172-561,684	2,489	807	Description Zinc finger domains are nucleic acid-binding protein structures; they are composed of 25 to 30 amino-acid residues including 2 conserved Cys and 2 conserved His residues in a C-2-C-12-H-3-H type motif; a zinc finger motif is an unusually small, self-folding domain in which Zn is a crucial component of its tertiary structure; all bind 1 atom of Zn in a tetrahedral array to yield a finger-like projection, which interacts with nucleotides in the major groove of the nucleic acid; Zn binds to the conserved Cys and His residues. Monica Misra 2006-09-29
Ascomycota	Pezizomycotina	Eurotiomycetes	Uncinocarpus reesii UAMH 1704	1504	Supercontig_1:4,285,298-4,287,709	2,412	784
Ascomycota	Pezizomycotina	Dothideomycetes	Aplosporella prunicola CBS 121.167 v1.0	295467	scaffold_5:158,261-155,329	2,933	961
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta capitalensis CBS 128856 v1.0	348998	scaffold_1:2,871,437-2,868,655	2,783	912
Ascomycota	Pezizomycotina	Dothideomycetes	Lindgomyces ingoldianus ATCC 200398 v1.0	323932	scaffold_9:1,031,819-1,029,059	2,761	905
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta citriasiana CBS 120486 v1.0	53841	scaffold_13:251,258-248,040	3,219	904
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta citribraziliensis CBS 100098 v1.0	208418	scaffold_5:1,185,875-1,183,127	2,749	901
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta citrichinaensis CBS 130529 v1.0	250880	scaffold_1:1,071,760-1,069,021	2,740	898
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta citricarpa CBS 127454 v1.0	97214	scaffold_17:290,481-293,567	3,087	897
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta paracitricarpa CBS 141357 v1.0	303917	scaffold_34:223,222-220,484	2,739	897
Ascomycota	Pezizomycotina	Dothideomycetes	Phyllosticta sp. CPC 27913 v1.0	161568	scaffold_23:313,546-316,338	2,793	774
Ascomycota	Pezizomycotina	Dothideomycetes	Aulographum hederae v2.0	420409	scaffold_17:79,333-82,193	2,861	900
Ascomycota	Pezizomycotina	Dothideomycetes	Pleomassaria siparia v1.0	464840	scaffold_3:2,551,878-2,555,463	3,586	900
Ascomycota	Pezizomycotina	Dothideomycetes	Glonium stellatum CBS 207.34 v1.0	294464	NODE_1787:66,116-63,363	2,754	899
Ascomycota	Pezizomycotina	Dothideomycetes	Tothia fuscella CBS 130266 v1.0	406388	scaffold_63:181,975-185,210	3,236	899
Ascomycota	Pezizomycotina	Dothideomycetes	Cenococcum geophilum 1.58 v2.0	682462	scaffold_83:121,466-124,212	2,747	897
Ascomycota	Pezizomycotina	Dothideomycetes	Karstenula rhodostoma CBS 690.94 v1.0	359998	scaffold_9:1,328,010-1,330,745	2,736	896
Ascomycota	Pezizomycotina	Dothideomycetes	Melanomma pulvis-pyrius v1.0	406672	scaffold_107:43,947-40,348	3,600	896
Ascomycota	Pezizomycotina	Dothideomycetes	Herpotrichia sp. AK1299 v1.0	291822	scaffold_9:1,265,871-1,269,026	3,156	894
Ascomycota	Pezizomycotina	Dothideomycetes	Hysterium pulicare	121066	Scaffold_522:142,265-144,995	2,731	894
Ascomycota	Pezizomycotina	Dothideomycetes	Dothidotthia symphoricarpi v1.0	420270	scaffold_3:786,250-789,635	3,386	894
Ascomycota	Pezizomycotina	Dothideomycetes	Zopfia rhizophila v1.0	808234	scaffold_8:801,576-804,336	2,761	894
Ascomycota	Pezizomycotina	Dothideomycetes	Zasmidium cellare ATCC 36951 v1.0	54414	scaffold_16:528,976-531,654	2,679	893
Ascomycota	Pezizomycotina	Dothideomycetes	Lepidopterella palustris v1.0	414371	scaffold_46:16,895-19,620	2,726	891
Ascomycota	Pezizomycotina	Dothideomycetes	Bimuria novae-zelandiae CBS 107.79 v1.0	655308	scaffold_61:375,531-378,730	3,200	890

Please use this text box to state your intention to characterize this gene, to describe the methodology used, and to share the results of your work, e.g.:

We are in the process of characterizing this gene.
We expressed this gene in E. coli, purified the protein, and measured significant activity in a chitinase assay.
We abolished asexual sporulation by knocking out this gene, and then rescued the phenotype with a wild-type copy.

After submission, notes are reviewed by the JGI and will become publicly visible upon approval.