Gene detail

Detailed information of ctg527-3.38-1 in Gigantopelta aegis Gene info

Gene ID	Annotation	Chromosome	Start	End	Strand
ctg527-3.38-1	BREAST CANCER TYPE 1 SUSCEPTIBILITY PROTEIN BRCA1	chr9	18990716	19016272	-

Gene Structure

More details in Jbrowse Sequence

CDS

ctg527-3.38-1

TTGGAACCATCTGATGACTGCAGTGAAACACCAGATGCTGAATCAGCTGCTGAATCAAACACTCAGAACAAGGAAGAAACAAAGGATGAATTTTGTGACCCTTGTGCTGTTGAGCCATTACCAAGAACAGAGGGAAAAGATGGCAAGAACAAATTGGATCATTCTGCTGAGAAAGTATTACGAAATCGCAACAAAGATACACATAGGACTTACCTGAACAACAAGCAGTGTGATCCAGATGGGCCAAGAACTCGGAATAGAGGTGTAAGCGTGAATGAGGAACAGCCTGATGTAGAGAAACAAAGACGTGGAAGCAGAGGAGTAAAGAGAACTGAACAGCCTGATGCTCAACCTGTTCTAGATCAACGCAGAGCCAGGTCACGATCGAGACAACAGGTGCAGCAAGCTAGAACATCTCGTGTGTATAAAGTTAGAGATGCCATGAGCAGTGATGCTGACAATCAAGCATCACATATTGCCAGACCCTCCACAAGGTCCAGCAGAGTTGCATCTGGCAGTTCAGATGGTCCTTCTGAAGTTTCAAGATCTTTAAAAGATGCATCAATGTCTTCTCAACAGAGGTCTATTGAAGATGATTTATTTGGTTTCATTGATGATGTGTCTGGCAGTTCTTTGGTGAAACACCATGAAATACCTGTTAGTGAGAGGGAAACAAAATCTCGGGATGACAACAGATCAAATGACGGTTTGATAAAAGACTGTGAAATAACAGTGAAAGAGAATGGAAAAACATCAGAAAAGGATGGGAAATCATCTAATGCTTTGATAAAAGAAAATGTTGCTGTTAATATGAATGAAAGAAAGTCCCTAAATGACAACAGATCATCTGAAGTTTTGGATGTTACTAATGAAAAGAAACACAATGATGACCAAAAACAGGTGGGACACAACAGTTTTGCACAGGAATCTGAGGAAGAGTGTCTGGGGCAGGACATTGTGTCACCTGTGTCAGATGATGATGTTGGAATGCTTCTGTTCCAAAGTCAGGACAATACTTTAAACAAAAAGACAACTGTCTGTGAAGATAATCTATTCCATTCTAAGGATCATGAATCTGACAAATCTTGGTTAGTCGGAAACACCTCTGAAAGCTGTCTCCAAACAACAGATGATCATCCATTCACAAGAAGTCATTCAAAACATCCAGAAAATTGCAAGAATCAACAGAAAACAGTTCTTGACTCTGAAAATTACTCGCCCGACAGTCAGAGTGATGTTGCTAAGTTTCTGAAGCCTAAACCAGCAGGAAAGACGTACGGAAAGAAGAGAGTTGATAAAGTCTGCCACAAGGATGTCATGCTAAAGAACTGGATTGACGGATTGCCGCTAACAATGCAGGTTGATGACCAGGAGGTGGATATAGTAGAAATCATTCCGCTTGGTCCGTTAGCCACTGATGTCGAAGAAAGGGTGTGTAGCGATGTTACGAATGTGCTGCATGACAGAAACTCTAACTGTGGTGATGGTCGTGTTGGAAATAGGTTCCTGACTCCAGATACGGGTGGCGTTTCAGGAAATCCTCAGATAACCATTGGAACAAGAAAGAGAATCTTTAAAAGCAGATATTCTGTGGTGAACGAAACTCAGAGTCAGATTGTTGTAAGACCTGAATATGACTCGGATCCTTACGAGTTCAAAAGCAGTCAGACTCCTGTGAAAAAACAGACAAAAGCAAAGCCAAAGAGAAAAGGAAGGAATTGCAAAGCTAAAAAAGTCATCAAAGTTCCTTTGCATGTTTCAGAAAAAAAACCTAAAACTAACTTGATTGGTGTGAAGCAGCATACGCCTGTTCTTTCAAAATTGTCTTCAGTAGCATCTGTTGAACAGTCTAGTGCTGCAGATGTATCTATGAATGAAACATCGACTGGCTCAAAGTCTGGTCCATCTAGATCTGGAGAACAGTCTACTGCAGCTGAAGTATGCATGAATGAAACGTCAGCTAGCACAAAGCCTGATCCATCTAGAGAGAATCTTCATGTTAGTAAGACCATTCTTAAGGAAAACAGAGTGAGCAAGAAAAGTAAAAGAGAGCAGACTGCCAAGAAAGTCCACTGGAGAGATGATGGTAAAGAAATGAATCTTCTGATTGACAAAATTAGTGAGGCTGAGGATCACGATATCCTTTTCAGTACCCAAGATGCAATGGACAAGATGGCTCCAGAAAGAGAGGAAGTGACTGCCATATCTGCGGATATTGAAGAACCGTCCGACTATTTTGATCATGATGAGGATGATGACTCTTGCTTGATTGTAAGACAAGACCCAGATGAAGATAATGAGGAAAATAAATCAGAACTAAATTCTGATCAGATTCTAGAGGTAGCTACATGCAGTGCAGAGCATAAATCAGAACAAACATCAAGAATTGCTTTAAAGGTTTTAGCTGCAGATGCTACATTAGAGAATAATCCAATACAGAATTCAGAAAATGCTTTTGAGGTGAACAAGATATCTGGTATGGAAAGTGATGATACTTCTAATTTTGCGGCTGTTAACATTGCTTTGGAATCTGATAAGAAAGTTAAACTAAAGAAATTGAGAAACCCTGAAAGAGTGGGAAAGAAGCAAAAGGCTGTCGATGGTTCTCCAGGTGTTACAGTTGTTACTGAGACTCCGCTACTGGGTGCTGGGCTTTTACTACTTAAAAAGTTTGGTTGCAAAACCTCAGATGATTCAGATGATGTTCCACATTCACCATTACCAAATTCTGTAAATGTGTTGCCTGAAACGGTGGAAAAGATGAACACACCTATTGATGCATCTCCGGGTGTCACAGTTGTTGCTGGTACGCCACAAATTGTCACCTTACCTTTGGGACTTAGACAGTTAAGTTCTGGGAGCAAAGACAATTCAGACCTTGTTCCAAGTACACCATTGGCAAACTGCAGTTTTCTGAAAAAATCTACACCAAATAAAACCCAGACAACATCACATCAGATGCAGACAACACGAAATCAAAAGCTGAAAACAGAAAGCCAGCAACAAACAACACCAAATAAGAAGCAGACAGCATCAAGCCAACAGCAGACAACACCAAGTCCAAAGCAGACAACACCAAATCCAAAGCAGACATCAAGCCAACAGCAAACAACACAAAGTCCAAAGCAGAAGACACCAAATCCAAAGCAAACAACACCAAATCAAAAACAAACAGCACCAAATCAAGAACAAACAACACCAAATCCAAAGCAGACAACACCAAGTCCAAAGCAGACAACACCAAATCCAAAGCAAACAACACCAAGTCAAAAACAAACAACACCAAGTCCAAAGCAGACAACACCAAGTCCAAAGCAGACAACACCAATTCCAAAGCAGAAGACACCAAATCCAAAGCAGACAACACCAAATCCAAAGCAGACAACACTAAGTCCAAAGCAGACAACACGAAGTCCAAAGCAGACAACACTAAGTCCAAAGCAGAAGACACCAAATCCAAAGCAGACAACACTAAGTCAAAAACAGATGACAGTAAATCAGAAGCAGACAACACCAAGTCAAAAGCAGGCAGCAATAATCATCACGTCTTCATCAACAAAAGTAAAATCAGCCAGTGATGAGTGGAGACCTATTCCTACCAGACAACCCAGAATATTGACAGAGATGTCTGAGAAGTCGCTTTCGGAAAATGTACAGGATCAAGCAGAAACCGTATCTAGTAGTGCAAACAGTTCATCCACTGAAGATTTAGACACAACACATGAAGACATTCAGTTTGAGATTCCTAATTTAGCTAATGTAAACACCATTCCCGAAAGTATTAATGAAGCAGATTTGGTAATAAATTTGAAAGATCAGGGGATACATTTAAGTAGTTTAGGTGGATTTTCAGACACGGATCAAACAAATGATCGTGTTAATCATTGTTCAACTGATCAACAGCAAACTGAAATTAATTCTCCAATAAATTCATACTTAAATCAGGAATCTTCTAAAGTGAAGAAGTTGAACAGAAATAATAAATTAAAGTTGAAGGGGAAAAGTGATAGATGCCAGTCAAAGGATGTTGTTGAAAGTTCGTCTGATGAACGTGGTAGAGATACTGTTAAATATGTTTTAAATTCTCCACGGCTTGATGCAAATGTAAATGCAGATGTTCCCACAGCCACAAACCCAACAGAAAATATTAAAATTACTGAAAATAAAAGCAATTATCCTGTTGGAGAGAAGGATTATGGCTCATCTGTTGATAGTCAGACGTCAACAGTGTTGAATTCTGCTTCAGACAAAGATCATGTTAGTACTGAAAAGACTAATGACTCAGGTGTTTATAATACAAATGTGCTGACAAATTCCAACTTTTCGGTAGATGTTGTCCCCTGTACCTGTTCCCCACTAACACTGAGTGCATCCAATCCAAAGATAGAATCACCATCACACTGCCCTAGACATCCTTCAAAATCTGTGCCTGCTCAAGACGATGTGCCAAAAGTTTCAGGAGAATCTGAGAGCACTGTATTCGAAACTGCAAGTGATCAAAGTATTTCCATCTTAGCCCCAGTTTCCAACAAGGACAAGAATACCACTCCAGAAGTCTTTGTATGCTCAGGAGACCAAGCAATAATGACGTCACAATATCTTTCCTCTGGTAGTAATTGTTCCCATACTGGAAGCAGAACTAATTTGACTAGTAATGCTGCTGATGTGCCATGCCAACTACCTGCTGATGACAAGCATTCTCATCATCATGAAGACACATATGAAGACCCAGCATTAGTTGGCATTCTTTGTAGAAAGGTTCATTCATCTTCAGGAAGTTCTAAATCTTTTGGACTGAAAAGGAAATATAATATGGTGGACAGTAACAGATCACCAATGGCAAGTAATACGCCTCAAATGTATTCAGAAGTTGGTTTGAGCTCAGGAAACCCTGTAGTAATAACACCACAATCTCTGTCTCCTTCTGCTGATGTTCCTGTTACAAGGAACAATAACTTGACTAACAATGATGTACAGCACAAATTGTTTACCAACAGCCATTCTATACATGATGAAGATATGACCATAGATCCAGCATTAGACAGTACACTGATTGATAAAGGAAACATAGAAACACCTCTTTGTAGAAAGCTACGGTCTTCTTTAGAAAGTTCCAAATCTTCTGGACAGAAAGGAAAAAGGAAGGAGAATGATGTCATAAAGAACAGTAACAACTCAAATGGTGCTTGTGATGAAACTCAGTTGTGTCCAGATATCAGTGTTAGCTCAGGAAAACCAATGGTAGGAACATCACCATGTCTGATCTCTTCTATTAAAAGTCCTGCTGTGAGCAATCAGATTTCAACTAATGGAGATAAGGAGCAATCATTTACTGATGACAACCAACCTGTATGTGATGACATCATGAAGGTAGACACTGAGCCACTTCTTTGTAGAAAGCTACAGTCATCTTTAGAAAGTTCTAGGTCTTCTGGTCAAAAAAGGAAAAGAAAACAAAATGATGTAACTGACAGTAACAGTAACAGTTGTTACAAAGACATTAATGAACCTCGAATGGGTTCTGAGAAAAGTCTCCTAACCTCTGGAGATGATGTTGCAGTATTGACTACACCAAGTCATTTGATGCATTCTGTACTAGATAGGTTTAATCAGATAAGCAGTGATCCTGTTCCGGTTGTTAGAGATGACAGCGATGATGAGGTCCTACATGTTAAGAGGGCCAAGCGGAGATGCTTTTCTTTAGACGGAAGTCCCGTCAAACCTCCAGACATAGGTCGTAGATCTAGAAGGCACAGAAATGTTGCAGTTACTCACAATCAACACCATTTCACAGCAAATATAGACAGGACATTTTACAAAGATGAAAAAGCCCAGAAAAATTGTGATGATCTGATGGTCAACTTTGAAGAAGAATCCAGTGATGTTGAGATGTCAAATGGTGTAAGTAATGGTGAAGGCATCATTGAGATTTCCGAGACCATGTCTGAAAATAGATATGCTGAAGGTTCCCAGATTCCCACGGAGACCCTTTCACCTAATAATAATGTTATTGATGTTCCTTCTTCTGGTAGTGTTGCACCTTCCACTTGTGAAGTACCGTGTGCTGTTGCTGAGAAGAATATTGGTGTTCAAGATGAAGTGACTGAAAACAATATTGGCAGCAAAGTTAGCATACATGAGGAAGGTACTCGACATTCGAGTAGTGCAGCTAATGGGACAAAAGATTATTATTATACCCCAAAATCTGCTCAATATATTAACACAGGAGAGGACCACGAAAACTGCATTCCAGAGTCTGTTGTTGTAGTTTGTTCTGGAGAAACCAAGGAGGGCAAGATTGTAGAATATGTACCTAAGAAAGATGCTGTTAAAGATGTGGATGCTTCAGAATGTTTTGATAAAAGGACTGTAGATAATCATCAGGATAATCTCAAGGAGAAGTTAGTTCATGATGAAAATGATCATGATAATGGAGAATATTTTGCTAAAGAAGATAATGTTATAGATGCTGATACAACAGAATGTTCTCCTAAGATTGAAAAGGACCATAATGAATATAATCTTAAAGCTGGTGAATTTGATCAGGATGATGAATGTGCATTAGAGAAGTTCCAAGACTTTTGTGAAAAACAGTCATCATCAGGCAATCAAAACGATTTCTCTGAAGACATATTTGCAAAAGATGACAATTTTTCAGAGAGTTCTGCAAAACAGTCTAGTCAAGACAGTTTTAAGCAGATTTGTCCTGAAAACGTTCCAGACATAATACCTCTAACTTGTGACAGTAGCTCCGATTCAGAGGTGGATTCTGGCAGATTGAAGCTACAAAGAAAGAGTCCGAGAACAGTAAGAGGAATTGCATCAAGTAAAAAATCGGGGAACAATTTAGCAACATCTTCTGCCAGCTGCAGTATGAGAAATAAGTCACGCAAGAATCGTGTGCTTGCGAGTCCAAGTGAAACCTGCCCCACGCTGAATTTCAGTCCATGTAGTGGTCAGTCAAAAGAGGACATCGGCTCCTCATGTGCTATTCTGAAAGAATCGGAAGCAGTGGTATGGACTGACAAAGATCAGTTTACATGTATTTCAAGGAGTCCTCAGGAAAGAGCACATCTTTGTGATGACTCTGGTAAGGGTGGTTCCCATCCAGCACATAAAGAATCAGACTTATCAGACCCAATCAATAAGGACAGTGTCAAAACATCCTGTCAGAATCTCTCTGTTTCTGGTTTAAAAGATCGGCCTGATAGTGGCAGTCGAGTACTTGCAGAAACCATGCGTCATAGACAGTTGGATTTCATATCCCCCATTCGTTCAAAGGTAGCTAATTTATCCAGACAGACTTCTCCAGGTGATGAAGTTCAGATTGGTGAAGTCCAGAATTCAATGGGCAAACAACTTGGTAAATGTAATTCAGAACTTCTTGAATCACCTACCGTGAATGTCATTGATTCGTCACAGATCAATGGTGTTGGGCGACAAGCCGGTAAAGAACCTACTAAATGTCTTTCAGAGCATCTTGATTCGTCAACTGGGAAAGTAGTCGATTCATCACCGATCATTGACATAGCAAGCCAACAGCCTATTAAGTGTGATTCAGAGAAACTTGGGTCTCCCACTTTGAAGGTGGTTGATTCATCACAGAACACTAAGGAGCAGCCTGCTGAAAGGAATAATCTTAATACATCACAGAAACGTGTCTCACCAGCTCTGGTGGTGGCCAGTTCATCACAGAATGGTGATGTTGTTCAGCATCCAGCAAACAAACAGTGTAATTCAGAGAAGCCTGATTCACCGACTGTAAATGTGATTGATTCATCAGACTCGGAAGAGTTTGTTCTGAGGGACGAGGACAGGATGGACTATGATTCTGAATCGGCTGCCGTGGAGCATCTCGCTCACAAGCTGCAGGTGGTTGCTGAGGACCAGTTGGAGGATGAGGATCAGCTTGAGGACGGGGATCTTATAGTTGATGCTGATCAGTTTGGTGAGGATGAACTCCGAGATTCAGTGATGATCGAGGACCGGCCTGACTGCGATGATCTCGGGTATAGGAATCTTCCACTGACGAGTTCTCCAGTGGAAGCTGAAAACAGATACGACTCATTCAAGGCACAGAGTTCAGATGATGATGATGATGATGAAAGTGTGGACACACCAGTTAGACAGAAGAAGAAGAGATGTGCTGTCATAGAAGACAGTGACGAAGATTCAGACCTGAGTCAGGTGAGCAACATGAACCACAGTGGCAATCTGACGTCATCGAGCGCCTTCTCCAGTCAGAGTGAAGTTCTCACCACACAGCAAAAAGTTCTTCTAGAAACAGACTGTGCAAAGCTGAAAGAGAAAATCCTAGCAGCAGAGGCTAAAATAAAGGATTTAGCGGAGAAGACCCCTGGGTCAGTGATGAAGTGTCGACCTGAGGATGACAAAACTACAAATGGAAGAGACGGTTTAACAGGTAGTCCTCTGCATAGTTTGTCGGTGATCCAAGCCACTGGGGCCGAGGATGGAAATGAGTCGACTTCCAGCGAGGACAGTGATGACCTTTTCTTCAGCCCTCTCCCACCCACGCCACCTCCACCTCAAGACACAGCCCAACCTCACATCAAACCCTCAGAAATTGTACAGGAAGCAGTTCACATTCTGAATAAGATCCGATCCCCAGACTTGACCACCGACACTGTGGCTTCAAAAGATGTTCAGGCTCGTTTGAAATCTCATCCAAGGGAAACAACTTCTGCAGGCTTATCGGCATCAGTTCGTTCAAATCTTTCAGGATTTGCAGATTCATTGGAGGTTGTAAATAATGTTAAAAATGAGCTTCCAGTAGTCAACAGTGACAGAAAGGTGGCTAAGAAACCAGATATGAGTCCACTGTTGACAGCCGAGAGTGTTTCTTCACAGTCAAAGTGCTTTGTTGCCACTGTCGATAAGGATCACAAACGGTGTGACCGGACTCTCAAGTATTTCCAGGGAATTGCCGCCAAGTGTTTCATTGTGAGTTTCCAGTGGGTCCTCGACTCCATACAGGCCGGTAGACTACTTCCGGAGGATCAGTATGAAATAATTGGTGATACAGTTAGTGAGGAAATTCATTGTGGACCATCAAGGTCAAGGTCAACATCAACGAAACTATTCACTGGATTTAGTTTGACCTGTGTTGGTGTCAGCACCGAAATGACAAAAGATGATATGGTTGAGCTGTTGAAGATGTGTGGAGCGAACGTGGCTGATGATCCCTGGGAGTTGGGAATGGTGAACAGCGACCAGAGAAAACTGATCATCCGATGTCTCGATATAGAAGATCATCCACCCTCTCTGTCAGAGGTGGATTTCTTTAACAGTCATTACAAACACCTGGGTGTGGTCACCGTGTCCCGAGAATGGGCACTGGACAGTATCGGAGTCTATCAGATCCAGCCACTCGCTGACTACCTCCTCACTCAAGTAGATCCATCTGAGTTGCCATTTTGA

Transcript

ctg527-3.38-1

Protein

ctg527-3.38-1

LEPSDDCSETPDAESAAESNTQNKEETKDEFCDPCAVEPLPRTEGKDGKNKLDHSAEKVLRNRNKDTHRTYLNNKQCDPDGPRTRNRGVSVNEEQPDVEKQRRGSRGVKRTEQPDAQPVLDQRRARSRSRQQVQQARTSRVYKVRDAMSSDADNQASHIARPSTRSSRVASGSSDGPSEVSRSLKDASMSSQQRSIEDDLFGFIDDVSGSSLVKHHEIPVSERETKSRDDNRSNDGLIKDCEITVKENGKTSEKDGKSSNALIKENVAVNMNERKSLNDNRSSEVLDVTNEKKHNDDQKQVGHNSFAQESEEECLGQDIVSPVSDDDVGMLLFQSQDNTLNKKTTVCEDNLFHSKDHESDKSWLVGNTSESCLQTTDDHPFTRSHSKHPENCKNQQKTVLDSENYSPDSQSDVAKFLKPKPAGKTYGKKRVDKVCHKDVMLKNWIDGLPLTMQVDDQEVDIVEIIPLGPLATDVEERVCSDVTNVLHDRNSNCGDGRVGNRFLTPDTGGVSGNPQITIGTRKRIFKSRYSVVNETQSQIVVRPEYDSDPYEFKSSQTPVKKQTKAKPKRKGRNCKAKKVIKVPLHVSEKKPKTNLIGVKQHTPVLSKLSSVASVEQSSAADVSMNETSTGSKSGPSRSGEQSTAAEVCMNETSASTKPDPSRENLHVSKTILKENRVSKKSKREQTAKKVHWRDDGKEMNLLIDKISEAEDHDILFSTQDAMDKMAPEREEVTAISADIEEPSDYFDHDEDDDSCLIVRQDPDEDNEENKSELNSDQILEVATCSAEHKSEQTSRIALKVLAADATLENNPIQNSENAFEVNKISGMESDDTSNFAAVNIALESDKKVKLKKLRNPERVGKKQKAVDGSPGVTVVTETPLLGAGLLLLKKFGCKTSDDSDDVPHSPLPNSVNVLPETVEKMNTPIDASPGVTVVAGTPQIVTLPLGLRQLSSGSKDNSDLVPSTPLANCSFLKKSTPNKTQTTSHQMQTTRNQKLKTESQQQTTPNKKQTASSQQQTTPSPKQTTPNPKQTSSQQQTTQSPKQKTPNPKQTTPNQKQTAPNQEQTTPNPKQTTPSPKQTTPNPKQTTPSQKQTTPSPKQTTPSPKQTTPIPKQKTPNPKQTTPNPKQTTLSPKQTTRSPKQTTLSPKQKTPNPKQTTLSQKQMTVNQKQTTPSQKQAAIIITSSSTKVKSASDEWRPIPTRQPRILTEMSEKSLSENVQDQAETVSSSANSSSTEDLDTTHEDIQFEIPNLANVNTIPESINEADLVINLKDQGIHLSSLGGFSDTDQTNDRVNHCSTDQQQTEINSPINSYLNQESSKVKKLNRNNKLKLKGKSDRCQSKDVVESSSDERGRDTVKYVLNSPRLDANVNADVPTATNPTENIKITENKSNYPVGEKDYGSSVDSQTSTVLNSASDKDHVSTEKTNDSGVYNTNVLTNSNFSVDVVPCTCSPLTLSASNPKIESPSHCPRHPSKSVPAQDDVPKVSGESESTVFETASDQSISILAPVSNKDKNTTPEVFVCSGDQAIMTSQYLSSGSNCSHTGSRTNLTSNAADVPCQLPADDKHSHHHEDTYEDPALVGILCRKVHSSSGSSKSFGLKRKYNMVDSNRSPMASNTPQMYSEVGLSSGNPVVITPQSLSPSADVPVTRNNNLTNNDVQHKLFTNSHSIHDEDMTIDPALDSTLIDKGNIETPLCRKLRSSLESSKSSGQKGKRKENDVIKNSNNSNGACDETQLCPDISVSSGKPMVGTSPCLISSIKSPAVSNQISTNGDKEQSFTDDNQPVCDDIMKVDTEPLLCRKLQSSLESSRSSGQKRKRKQNDVTDSNSNSCYKDINEPRMGSEKSLLTSGDDVAVLTTPSHLMHSVLDRFNQISSDPVPVVRDDSDDEVLHVKRAKRRCFSLDGSPVKPPDIGRRSRRHRNVAVTHNQHHFTANIDRTFYKDEKAQKNCDDLMVNFEEESSDVEMSNGVSNGEGIIEISETMSENRYAEGSQIPTETLSPNNNVIDVPSSGSVAPSTCEVPCAVAEKNIGVQDEVTENNIGSKVSIHEEGTRHSSSAANGTKDYYYTPKSAQYINTGEDHENCIPESVVVVCSGETKEGKIVEYVPKKDAVKDVDASECFDKRTVDNHQDNLKEKLVHDENDHDNGEYFAKEDNVIDADTTECSPKIEKDHNEYNLKAGEFDQDDECALEKFQDFCEKQSSSGNQNDFSEDIFAKDDNFSESSAKQSSQDSFKQICPENVPDIIPLTCDSSSDSEVDSGRLKLQRKSPRTVRGIASSKKSGNNLATSSASCSMRNKSRKNRVLASPSETCPTLNFSPCSGQSKEDIGSSCAILKESEAVVWTDKDQFTCISRSPQERAHLCDDSGKGGSHPAHKESDLSDPINKDSVKTSCQNLSVSGLKDRPDSGSRVLAETMRHRQLDFISPIRSKVANLSRQTSPGDEVQIGEVQNSMGKQLGKCNSELLESPTVNVIDSSQINGVGRQAGKEPTKCLSEHLDSSTGKVVDSSPIIDIASQQPIKCDSEKLGSPTLKVVDSSQNTKEQPAERNNLNTSQKRVSPALVVASSSQNGDVVQHPANKQCNSEKPDSPTVNVIDSSDSEEFVLRDEDRMDYDSESAAVEHLAHKLQVVAEDQLEDEDQLEDGDLIVDADQFGEDELRDSVMIEDRPDCDDLGYRNLPLTSSPVEAENRYDSFKAQSSDDDDDDESVDTPVRQKKKRCAVIEDSDEDSDLSQVSNMNHSGNLTSSSAFSSQSEVLTTQQKVLLETDCAKLKEKILAAEAKIKDLAEKTPGSVMKCRPEDDKTTNGRDGLTGSPLHSLSVIQATGAEDGNESTSSEDSDDLFFSPLPPTPPPPQDTAQPHIKPSEIVQEAVHILNKIRSPDLTTDTVASKDVQARLKSHPRETTSAGLSASVRSNLSGFADSLEVVNNVKNELPVVNSDRKVAKKPDMSPLLTAESVSSQSKCFVATVDKDHKRCDRTLKYFQGIAAKCFIVSFQWVLDSIQAGRLLPEDQYEIIGDTVSEEIHCGPSRSRSTSTKLFTGFSLTCVGVSTEMTKDDMVELLKMCGANVADDPWELGMVNSDQRKLIIRCLDIEDHPPSLSEVDFFNSHYKHLGVVTVSREWALDSIGVYQIQPLADYLLTQVDPSELPF

Gene family

Gene family	Subfamily
-	-

Pfam domain

Pfam accession	Pfam name	Description	Type	Source
--	--	--	--	--

InterPro

InterPro term	Type	Description	Source
IPR001357	Domain	BRCT domain	Interproscan
IPR031099	Family	BRCA1-associated	Interproscan
IPR036420	Homologous_superfamily	BRCT domain superfamily	Interproscan

PANTHER

PANTHER term	Description	Source
PTHR13763	BREAST CANCER TYPE 1 SUSCEPTIBILITY PROTEIN BRCA1	Interproscan

Gene Ontology

GO terms	Category	Description	Source
GO:0000724	Biological Process	double-strand break repair via homologous recombination	Interproscan
GO:0004842	Molecular Function	ubiquitin-protein transferase activity	Interproscan
GO:0005886	Cellular Component	plasma membrane	Interproscan
GO:0006281	Biological Process	DNA repair	Interproscan
GO:0006974	Biological Process	DNA damage response	Interproscan
GO:0031436	Cellular Component	BRCA1-BARD1 complex	Interproscan
GO:0035066	Biological Process	obsolete positive regulation of histone acetylation	Interproscan
GO:0035067	Biological Process	obsolete negative regulation of histone acetylation	Interproscan
GO:0045717	Biological Process	negative regulation of fatty acid biosynthetic process	Interproscan
GO:0045944	Biological Process	positive regulation of transcription by RNA polymerase II	Interproscan
GO:0070531	Cellular Component	BRCA1-A complex	Interproscan

KEGG pathway

KO	Enzyme	Enzyme ID	pathway	mapID	Source
-	-	-	-	-	-

Expression pattern

1. Expression trend for ctg527-3.38-1 global RNA-seq network