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Female sterile (1) homeotic, isoform G

Summary

UniProt ID: M9PJC7
Gene Symbol: 1.81 Brd4 CG2252 Dmel\CG2252 Dmel_CG2252 FSH FSH-S Fs(1)h Fs(1)h-L Fs(1)h/Brd4 Fs(1)hL Fs(1)hS Fsh N72 ORE-1 anon-EST:Liang-1.81 anon-EST:fe1G2 clone dBRD4 fs(1)1456 fs(1)26/26A fs(1)M16 fs(1)R10.4 fs(1)h fs[1]h fsh fst(1)h l(1)7Da l(1)G0093 l(1)G0495 rnc
Gene ID: 31722
Organism: Drosophila melanogaster (fruit fly)

External Links

The O-GlcNAc Database: M9PJC7
Re-Glyco: M9PJC7

Annotation

Keyword: Bromodomain Proteomics identification Reference proteome Repeat Transferase

Gene Ontology (GO)

Displaying 1 entry
GO Term	Evidence Code	Reference
regulation of gene expression	IEA	GO_REF

GO Hierarchy

biological process

biological regulation [inference]

regulation of biological process [inference]

regulation of cellular process [inference]

regulation of metabolic process [inference]

regulation of biosynthetic process [inference]

regulation of macromolecule biosynthetic process [inference]

regulation of gene expression

regulation of macromolecule metabolic process [inference]

regulation of macromolecule biosynthetic process [inference]

regulation of gene expression

Displaying 1 entry
GO Term	Evidence Code	Reference
protein serine/threonine kinase activity	IEA	GO_REF

GO Hierarchy

molecular function

catalytic activity [inference]

transferase activity [inference]

transferase activity, transferring phosphorus-containing groups [inference]

kinase activity [inference]

protein kinase activity [inference]

protein serine/threonine kinase activity

phosphotransferase activity, alcohol group as acceptor [inference]

protein kinase activity [inference]

protein serine/threonine kinase activity

catalytic activity, acting on a protein [inference]

protein kinase activity [inference]

protein serine/threonine kinase activity

Gene Ontology information from UniProt.

Annotation information from UniProt.

Sequence

MSSSEPPPRYEPPVEPVNGIVQPPVIPPAERPGRNTNQLQYLIKTVMKVIWKHHFSWPFQQPVDAKKLNLPDYHKIIKQPMDMGTIKKRLENNYYWSAKETIQDFNTMFNNCYVYNKPGEDVVVMAQTLEKVFLQKIESMPKEELELEPVTAKGGKKKQRAPATPKSSSGGAGASTGSGTSSAAVTSGPGSGSTKVSVAASSAQQSGLQGATGAGGGSSSTPGTQPGSGAGGAIAARPVSAMGGTVSSTAGGAPSIPPISTMPPHTVPGSTNTTTTAMAGGVGGPGAAGANPNAAALMASLLNAGQTGAYPGAPGQTAVNSSSLLDGSTAAVAAAAAAAAAAAAAAGGAAGAAGGAGTIPAVAVNAANAVQAYVNAGVSVGVDAVIPPQQPAKIKKGVKRKADTTTPTANAFESPYTQMDSKSAKIATRRESNRQVIGKKGSGYNMSPLGVSGVPGLGGLVAGGVAGVAVAKNKEKLSDALKSCNEILKELFSKKHSGYAWPFYKPVDAEMLGLHDYHDIIKKPMDLGTVKRKMDNREYKSAPEFAADVRLIFTNCYKYNPPDHDVVAMGRKLQDVFEMRYANIPDEPVANAAHHHGHGHGHGHGHGHGHGHGHGHGHGHGYGGSSSLKHDASDSSSEDSSDTENESNSDEERSARLKMLESKLLGLQEEIRKLSEEASAKKKAKKKLKEKKKSIGGGSGSGSASHHCHATGGGANAGGAGGPGSGGHGSVSVPGGVGSLGPGGAGGANLNALLGGSLVGHGGAAVAGGVPNVGALHSQVHDVAMAFSQMAGGGAAAGAGFGAGVTAAGASSGGKAGTLAGALAAGAAAGAGGTTAGSGSSKGAKSKGGRGAKGSGAGGVGASNNAAAGNAAGGAAGAAAGAGSVGGVGGAGAAGGGNASKRAKGSSSAGAGGGVGGANASAGGAGARGSSKKKPSQVMNFDSEEEDTAKPMSYDEKRQLSLDINKLPGDKLGRVVHIIQNREPSLRDSNPDEIEIDFETLKPSTLRELESYVASCLRKKTHKKPSGKSKDEQMAEKKQELEKRLQDVTGQLGASKKTAKKDESASSKVEAVQPANPVSSSSSSSDSSSSSSSDSSSSDSSDSEAVLVIPAPTGDGDERPPRKKKSRDSNGSNVNNPSINVVMGGNLPSGALSPTTMLMGLDHVVNSNTPTSQMSNMLGNANPLTAAAMLNNNNKTSLPGSNFGGAPAPGNMMHAGAGVPVAGAAVSASTGQQHNKNGPNDLSKVQPGGPINAALPPHSFAGGTATVATSQSSGGIRIASNLHKPSGLGGGDLGEHHAALAAALTSGINSTGTAGGGINNNGGSNNNANPLGGSHGDAMVNASLASLASGLKQIPQFDDPVEQSLASLEFSAGSTGKSGLTDNFLMQQHLMQPAGPQQQQQQQQQQPFGHQQQQQQQQQQQQQQQQHMDYVTELLSKGAENVGGMNGNHLLNFNLDMAAAYQQKHPQQQQQQAHNNGFNVADFGMAGFDGLNMTAASFLDLEPSLQQQQMQQMQLQQQHHQQQQQQTHQQQQQHQQQHHQQQQQQQLTQQQLQQQQQQQQQQQHLQQQQHQQQHHQAANKLLIIPKPIESMMPSPPDKQQLQQHQKVLPPQQSPSDMKLHPNAAAAAAVASAQAKLVQTFKANEQNLKNASSWSSLASANSPQSHTSSSSSSSKAKPAMDSFQQFRNKAKERDRLKLLEAAEKEKKNQKEAAEKEQQRKHHKSSSSSLTSAAVAQAAAIAAATAAAAVTLGAAAAAALASSASNPSGGSSSGGAGSTSQQAITGDRDRDRDRERERERSGSGGGQSGNGNNSSNSANSNGPGSAGSGGSGGGGGSGPASAGGPNSGGGGTANSNSGGGGGGGGPALLNAGSNSNSGVGSGGAASSNSNSSVGGIVGSGGPGSNSQGSSGGGGGGPASGGGMGSGAIDYGQQVAVLTQVAANAQAQHVAAAVAAQAILAASPLGAMESGRKSVHDAQPQISRVEDIKASPGGQGQSSPAQQSPQDRAAAKRAEQRRAEQERRRREALAGQIDMNMQSDLMAAFEETL

N : N-glycosylation Site
___ : Potential Sequon

Glycosylation Sites