Gene detail

Detail information of MD15G1388600 Annotation

Gene ID	Annotation
MD15G1388600	ubiquitin-protein ligase 2

Network

Network Category	Global Network	Conditional network (different tissues and developmental stages)
Coexpression Positive	Top300 PCC genelist	Top300 PCC genelist
Coexpression Negative	Top300 PCC genelist	Top300 PCC genelist

Functional module

Method	Module ID	Function Annotation
--	--	--

Gene structure and chromatin state

more details in UCSC

details of chromatin state

Location

Gene	Type	Chr	Start	End	Strand
MD15G1388600	mRNA	Chr15	48099068	48114877	+

Sequences

CDS:

MD15G1388600

TACAGCAATACAAATACATACTCTCTCTCTCTCTTCTTTCTCCTTCGCTTACAGTTTGGGGTTTCGCCTCTCTCGCTCTCTCTCTTCAAATCTCTCGACTTTCTCGTCTCTCTGCTCGTTACGGCCTTCGGCCTTCGGATGTGTATGCATCCGTCGCCTCCGTCTCTCTCCTCTCTCAGTTCGAAGTAGGGAAGCTGAGGTGAAAAGATGACAACCCTAAGATCAAACTTGCCGTCGAGGATTCGGCAACTTCTTTCAGCCGACGGTGCTCTCGGGCCATCCATCAAACTCGACTCCGAGCCACCTCCTAAGATCAAAGCCTTTATCAATAAAGTGATACAATGTCCGTTACAAGATATAGCAATACCTCTTTCCGGTTTCCGTTGGGAGTACATTAAGGGTAATTTTCACCATTGGAGGCCGCTTTTTCTGCATTTTGATACATATTTCAAGACATACTTGTCTTGTAGAAATGATCTACTGTTGTCGGATAAAATCTTAGAAGATGATAGTCCGTTTCCAAAGCATGCAGTGCTACAAATTTTGAGAGTGATGCAAACAATTTTAGAAAACTGCAATAACAAGAGTTCATTTGATGGCTTAGAGCATTTCAAGCTCCTGCTTGCATCAACGGATCCCGAGGTCCTTATAGCTGCATTAGAAACTCTCTCCGCACTTGTGAAAATAAATCCCTCCAAGATGCACGTCGGTGGGAAGATGATCGGTTGTGCTTCTGTAAACAGCTATCTCCTGTCTCTGGCACAGGGCTGGGGAAGCAAGGAAGAGGGATTGGGTTTATATTCATGTGTTATGGCAAACGAGACTACCCAAGATGATGGGCTCAATTTGTTCCCATCTGATGTAGAAAATGATTCTGACAAGTTGCAGTGTCGAATAGGTTCTACGCTCTATTTTGAATTGCATGGGAATGCCCAAAGTACAGAGGAGAGCTCTAACAATGTAAATAATTCTTCCAGTTTGGGGGTTATAAACATTCCAGATTTGCATTTGCAAAAGGAGGATGATTTAAAGCTAATGAAACGATATATAGAGGAGTACAGGGTACCTCCTGAACTCCGGTTCTCACTGCTGACAAGAATCAGATATGCTCGTGCCTTCCGTTCTCCGAAAATATGTAGGCTGTACAGCAGGATTTGCCTTCTTGCATTTGTTGTGCTTGTTCAGTCTAGTGATGCCAGTGTAGAACTGAATTCCTTCTTTGCTAATGAGCCAGAGTACACAAATGAACTAATCAGAATTGTGCGGTCCGAAGAATCGGTGTCTGGGACCATCAGAACGCAGGCAATGCTTGCCTTGGGTGCTCAGTTAGCTGCATATTCAGCGTCTCATGAGCGGGCACGAATCCTGAGTGTATCTAGTATCAGTTTTGCTGGGGGAAATCGTATGATACTCCTGAATGTGCTACAGAGAGCTGTTAGATCATTAAAAAACTCCAATGATCCAACTTCTCTTGCTTTTGTTGAAGCACTTCTTCAGTTCTATCTGCTCCATGTGGTTTCATCATCAGCTACGGGGAGCAATATTAGAGGGTCAGGCATGGTACCGACATTCTTGCCACTTTTGGAAGATTCTGATCCTTTGCATTTGCATCTAGTCTGTTTTGCTGTCAAAACTCTACAAAAGCTCATGGATTACAGTAGTTCAGCTGTGTCTCTGTTTAAAGAGTCAGGGGGAGTTGAGCTTTTGTCTCAGAGACTACAGATAGAGGTACACAGAGTTATTGGTTTGGCTGGTGATAATGATAACTCAATGGTTATTGGTGAAAGCTCAAGATACAGTGACAACCAGCTATACTCACAGAAGAGGCTCATCAAAGCTTCATTGAAGGCACTTGGGTCTGCTACATATGGCGCTGGGAATTCCTCCAGAGTGCAACACTCCCATGACAGTTCTTTACCTGCAACTCTTTCTCTGATATTTGGGAATGTGGACAAATTTGGTGGTGACATTTATTACTCTGCAGTGACTGTTTTGAGTGAAACTATCCACAAGGACCCAACTTGCTTTTCTGCTTTGCATGAAATGGGTCTCCCAGATGCATTTATATCCTCAGTTGTAGCTGGCATTCTTCCATCCGCAAAGGCTCTTACTTGTGTACCTAACGGTCTTGGTGCTATTTGTCTTAATGCCAAAGGCTTAGAGGCTGTGAAGGAAAGTTTAGCATTACGCTTTCTTGTTGACATCTTCACGAGCAAGAAATATGTTATGGCAATGAATGAAGCCATTGTTCCTCTGGCAAATGCAGTGGAAGAGCTTTTGCGCCATGTATCTTCGCTAAGAAGCACTGGTGTCGATATCATCCTTGAGATAATTGATAAAATTGCTTCCTTCACCGACAGCCACAATACAGGGCCAGAAGGAAAGGCAAATGGGAGTACTGCTATGGAAATGGATTCTGAAGATAAAGAAAATGAAGGTCGTTGCTGTCTGGTTGATTCTGTAGATTCAGCTGCAGATGGGATCAGTAATGAGCAGTTCATTCAATTATCCATCTTTCATTTGATGATACTGGTCCACAGAACAATGGAGAATTCTGAAACATGTCGGTTGTTTGTCGAGAAGTCAGGAATTGATGCATTACTGAAGCTTCTTCTCCAACCCACTATTGTACAATCATCTGATGGGATGTCTATTGCTTTGCACAGTACTATGGTTTTCAAGGGTTTTACTCAACATCACTCTGCTGCCCTTGCCCGTGCATTTTGCTCCTCCCTTAGGGACCACCTAAAGAAAGCTTTGTCTGGATTTGGGGCAGTTTCAGGATCCTTTCTGCTGGAACCTAGGATGGCATCAGATGGTGGAATTTTTTCTTCTCTGTTTCTTGTTGAGTTCCTCTTGTTTATTGCTGCCTCTAAGGACAACCGCTGGGTAACTGCATTGCTTACGGAATTTGGAAATGGTAGCAAGGATGTTCTTGAAGATATAGGACGTGTCCATCGTGAAGTTTCATGGCAGATTGCTCTTCTAGAAGATACCAAGTCTGATGCGGAGGATGATAATGCTGGTTCTACCACTGAGTCACAACAGTCAGAAACGAATACAAGTGAAACTGAAGAGCAAAGGTTCAACTCTTTTAGGCAGTTCCTTGACCCGTTGCTCAGAAGGAGGACTTCTGGCTGGAGCATTGAATCCCAGTTTCTGGACCTTATTAGCCTATACCGCGACCTTGGTCGCGCCACTAGTTCTCAACAAAGGACAAATTCTGATGGTCCTTCAAATCTTCGGATTGGATCCAGTCATCAATTCCAACATTCTGGGTCTTCAGATGCTGTTGGTCCTCTTAATAAAAAGGAGTATGACCAGCAGAGGTCATATTATACTTCTTGCTGTGACATGGTGAGATCACTTTCTTTTCACATTACCCATCTGTTTCAAGAGATGGGGAAGGTCATGTCGGTTCCTTCTCGTCGACGGGATGATATAGTGAATGTTTCTCCTGCTGCAAAATCTGTGGCTTCTACTTTTGCGTCCATTGCATTTGATCACTTGAACTTCGAAGGGCCTGCTAATTCTTCTGGATCCAAGGATTCCATATCAACAAAATGTCGGTACTTTGGTAAAGTTATTGATTTCATTGATGTAAGTCTACTGGAGAGAGCAGATTCATGTAATGCTGTTTTGCTAAATTGCTTATATGGTCATGGAGTTATCCAGTCAGTTTTGAAGACATTTGTAGCTACCAGTGAATTGCTCTTCACAGTTAGGGCTCCTGCATCCCCCATGGAAACGGATGATGGGAATTCAAAGCAGGATGAAAGGGAAGATATTGACCATTCATGGATTTATGGTCCTTTAGCTAGCTATGGTAAACTTATGGACCACCTAGTGACATCTTCTTTCATTTTATCTCCTTTCACAAAACACTTGCTAGCACAACCCCTGGCAAATGGAAATATACCTTTCCCGCGCGATGCTGAGACCTTTGTAAAGGTCCTCCAGTCCATGGTACTGAAGGCGATTCTTCCTCTTTGGACTCATCCTCAGTTTGTTGATTGTAGTTATGATTTTACTAGTACCGTTATTTCTATAATCAGGCATGTATACTCTGGGGTTGAAGTGAAGACTGTTAGTAGCAGCAACACTGCCCGTATTACTGGCCCCCCTCCTAATGAGACAACTATTTCAATGATTGTGGAGATGGGCTTTACCAGGTCCAGGGCAGAAGAAGCTCTGAGGCAAGTTGGATCAAATAGTGTGGAGTTGGCAATGGAGTGGTTGTTTTCCCATCAAGAAGAGACTGAAGAAGACAATGAACTTGCTCGGGCACTTGCCATGTCTTTGGGTAATGAATCAGACACTAAGGAAGCTGTTGCAAATGAGAATACTCAGCAGCTTGAAGAAGAGATAGTCCAACTTCCTCCTGTTGAGGAGTTGTTATCTACATGTGCAAAGCTTCTGCAGATGAAGGAACCTCTAGCTTTTCCAGTTCGAGACCTGCTAGTAATGATATGCTCCCAAAATGATGGTCAATATCGGCCTAATATCATCTCTTTCATTGTTGATCAGATTAAAGAATCTAGTTTATGTTTTGACAGTGGAAAAAGTACTTTGCTATCTGCTCTTTTTCACGTTCTTGCTTTAATTCTTCAAGAAGACACAATTGCACGAGAACTTGCCTCGAAGAATGGTCTCGTGAAAGTTGCATCAGACCTACTCTTCCAGTGGGATTCTGGTTCAGTTGGCAGGGAGAAACATGAAGTTCCAAAGTGGGCAACAACAGCTTTTCTTGCTGTTGATCGGCTGTTGCAGGTGGATCAAAAACTGAACCCTGAAATTGCAGAACAGTTGAAGAAGGATGGTATCAGTAGCCACCAAACACCACTTAGCATTGATGAGAACAAGCAAAATAAGTTGCAGTCTGCATTGGGATTATCTTCAAAGCATATAGAAATGAAAGAGCAGAAGAGGCTTATTGAGATAGCTTGTTCTTGCATCAGGAACCAGCTTGCTTCTGAAACAATGCATGCTGTTCTGCAGCTTTGCTCTACTCTCACAAAAACTCATGCTGTTGCTGTTCAATTTCTTGATGCCGGGGGTTTAAGTTTATTGCTTTCTTTGCCAACAAGTTGCCTCTTTCCTGGGTTTGACAATATTGCTGCTACCATTATCCGTCATGTTCTGGAAGATCCTCAAACTCTTCAGCAGGCAATGGAATTTGAGATAAGGCACAGCCTTGTGGCAGCTGCGAACAGGCATTCTAATGGTAGGGTTTCTCCCCGCAATTTTTTATCAAGTTTAAGTTCTGCAATTTCCCGTGATCCTGTGATATTTATGCGTGCTGCTCAGACTATTTGTCAAGTTGAGATGGTTGGTGAAAGGCCTTACATTGTTTTGCTGAAAGATCGTGAGAAAGATAAAAGCAAGGAAAGGGAAAAAGAGAAGGATAAATCTTTGGATAAAGACAAAACACTAATGGCTGATAGTAAAGCTGCTCTGGGTAATATAAATTCAGTAGCTTCTGGCAATGGACACAGCAAGGTTCATGATTCAAAAAGTGCTAAAGTGCATCGAAAGTACCCCCCTAGTTTTGTCTCTGTGATTGAGCTTCTTCTAGATTCTGTGTGTACTTATGTACCGCCATCTAAGGATAATGTTGTCACTGATGCACCACCTTCAACTGACATGGATATTGATGCTGCTGCTACAAAAGGGAAGGGTAAAGCAATTGCCTCAGTGTCTGAGGATAACAAAACTTGTACCCAAGAAGCTCCTGCATCTCTTGCAAAGGTTGTATTTGTTTTGAAGCTTCTAACTGAGATCTTATCAATGTATGCTTCATCTGCACATGTTCTGCTTCGGAAAGATGCTGAAATTAGCAGTTACAAGGCCCCCAGTCTAAAGGGTCCTACTGCTGTATGCACTGGTGGAATATTTCACCATGTTCTTCATAAGTTTCTTCCATATTCACGCAGTGCCAAGAAGGAAAAGAAAGCAGATGGTGACTGGAGGCACAAATTAGCAAGTAGGGCTAGCCAGTTTTTAGTTGCATCCTGTGTTCGTTCTTCTGAGGCAAGGAAGAGAGTTTTTAATGAGATCAGTTTAGTCTTTAATGAATTTGTAGAATCATGCAATGGTTTCCGGCCACCTAACTACGAAATACAAGCTTTTTGTGATCTACTTAATGATGTTCTGGCTGCCCGTACTCCTACTGGTTCATACATTTCCGCTGAAGCTTCTGTCACTTTTATAGATGTTGGTCTGGTCGGGTCATTGACTCGAACTCTCCAAATGCTGGACTTGGACCATGCTGACTCACCTAAAGTTGTTACTGGTCTTCTCAAAGCTCTTGAGTTGGTAACCAAAGAACATGTTCATTCTGCTGACTCAAATTCTGGTGGTAAGGGTGACAATTCTACCAAACCTCCTGATCATAATCAATCGGGAAGGACAGACACTATTGGTGAGAGATCCCAATCTATGGAAACACCATCCCAGTCCCGCCGTGATTCTGGTCCAGCTGAGCACATTGAGTCTTACAACGCGGTCCAGTCCTTTGGTGGTTCTGAGGCTGTGACGGATGATATGGAACATGACCAAGATCTCGATGGAGGTTTTGCTCCTGCAAATGAAGATGAATATATGCATGAAAACTCGGAGGAAACAAGGGGTCTTGAAAATGGCATTGATACTATGGGTATACGGTTTGAAATTCAACCTCACGAGCAAGAGAATCTTGATGACGATGACGAGGAGGAGGATGAAGATATGTCTGAGGATGATGGAGATGAAGTAGATGATGATGAAGATGATGATGATGAGGAGCATAATGATCTGGAAGATGATGTGCATCACCTACCACATCCTGACACTGACCAAGATGATCATGAGATTGATGATGATGAGTTTGATGAGGAAGTATTAGAGGAAGATGATGAAGAAGATGATGATGAGGAAGATGGAGTTATACTGAGGCTGGAGGAAGGCATAAACGGGATTAATGTTTTCGACCGTATTGAGGTTTTTGGTAGAGATCCTGGTTTTCCTAATGAAGCACTTCAGGTAATGCCAGTTGAAGTTTTTGGTTCTAGACGTCAAGGGCGCACTACTTCTATTTACAGTCTTTTGGGAAGAACTGGCGAGAATGCCACTCCATCAAGGCACCCTCTTCTGGTTGGACCTTTGTCGCTGTCGTCAACCCCCCCTAGACAATCAGAGAATGCCCGTGATATGGTATTACAAGATTTAAACTCAGAGGTCACGTCGTCAAGATTGGATAATATTTTCCGATCACTGAGGAATGGGCGTCATGGACACCGATTGAACTTGTGGATGGATGATAACCAGCAAGTTGGTGGATCAAATCCAAGTTCAGTGCCACAAGGACTTGAGGATTTGCTTGTGTCCCAATTGAGGCGACCCATGGCTGACAAGACACCTGAAGAGAATAAGACAAAAGCAATGGATCCTCAGAACACAGCTGAAGCTTTAGAGTTACAACCACAAACAGGTGTCAGGCCCGAAATTCCCGTTGAGAACAATGTCACTATTGAGAGTGGAAGCCTGCCTCCTCCGGAGACAATTGATGACTCTGGAAATGCTGATTTGAGACCGACTACAGTGAGCGAATCTCTACAAGCAATGGACATGTCTAGCATGCATCCTCAGTCCGTTGAGATGCAGTTTGAACACAATGATGCAGCTGTGAGGGATGTAGAAGCTGTGAGCCAAGAAAGTGGTGGAAGTGGAGCAACTTTAGGGGAGAGCCTTCGTAGCCTTGATGTTGAAATTGGGAGTGCTGATGGTCATGATGATGGAGCAGAGAGGCAAGGTTCTTCTGATAGAATGCCACTTGGTGATTCACAGGCAACTCGAGCAAGAAGAACAAATGTATCTTTTGGGAATTCTGCCACTGTCAGTGCAAGAGATGTTTCTCTACACAGCGTAACTGAAGTGTCTGAAAATTCTAGCCGTGAGGCAGATCAGGAGGGTCCAGCAGCAGAACAGCAACTTAACAGTGACGCCGGTTCTGGGGCAATTGACCCTGCTTTCTTGGATGCCCTTCCTGACGAGTTGCGTGCTGAAGTTCTCTCAGCACAGCAGGGTCAAGCAGCTCCACAGTCAAATGCTGAGCCACAAAATGCTGGAGATATTGATCCTGAATTCCTTGCTGCCCTTCCTCCTGATATCAGAGCAGAAGTTTTAGCCCAACAGCAAGCTCAAAGGCTACATCAGTCTCAGGAACTCGAAGGTCAACCAGTTGAAATGGACACAGTCTCAATAATTGCAACATTTCCTTCAGAGTTGCGTGAAGAAGTTCTCTTGACTTCATCTGACGCTATACTTGCCAATCTTACCCCTGCTCTAGTTGCGGAGGCAAACATGTTACGTGAAAGATTTGCCCATCGATATAATCGTACCCTGTTTGGTATGTATCCTAGAAACCGTAGGGGTGAGACTTCAAGACCAGGTGAAGGCATTGGATCTAGCCTGGACAGGATTGGGGGAAGCATTGCGTCACGTAGATCAATTGGTGCCAAGGTAGTTGAAGCTGAAGGCGCCCCATTAGTTGACACAGAAGCTCTGCATGCAATCATTAGGGTTCTTCGTGTTTTTCAGCCGCTGTATAAAGGTCAGCTGCAGAAACTTCTGTTGAACATATGTGCTCATAATGAAACCCGAAATTCGCTTGTGAAAATTCTCATGGACATGCTAATGCTTGATACAAGAAAGTCCGTTGATCACTCAACAGCTGCTGAGCCCCCGTATCGGCTTTATGCTTGCCAGAGTAATGTGATTTGTTCACGCACTCAATCTGGTGTTCCGCCATTGTTATCTCGGCGAATTCTTGAAACTCTGACTTATTTGGCTCGACATCATCCTAATGTGGCAAAGATTTTGCTTCACTTTTCTGTCCCACAAGAAACAGATAATATCGATCATGGACGTGGAAAAGCTGTGATGGTTGTTGAAGAGACTGGACCAAAGAAAAGTCATCAGGAAGGATATTTATCTATTGCTTTGCTTTTGAGCCTCTTGAATCAACCCCTTTACTTGTTCAGAAGTATAGCTCATCTTGAGCAGCTTCTTAACTTATTGGAGGTCATCATTGATAATGCTGAAAGCCAACCATCTGTCAAATCTGGGGTTGGGGTTTCTGTTTCTGAGCAACCGTCTGCCCCTCAAATTTTGACTTCAGATGCTGAGATGAACACAGAATCTGGTGGGACTGCTGCTGTTGTGGTTGGTATGCCAGATAAGGTGGTTGATTCCTCCAAACCAACAACTTCTGGTGTTGATAGCAAATGTGATACCGCTAGTGTTTTGCTTAACCTTCCACAAGAAGAACTTCGCCTCCTATGCTCACTGCTTGCACGAGAAGGATTGTCAGATAATGCATATACTCTTGTAGCGGAGGTAATGAAGAAGTTGGTGGCAATTGTTCCTACCCATTCAAACCTGTTTATTACTGAGCTAGCAGAGGCTGTTAGAAATTTGACTAGAGCTGCTATGAATGAGTTGCACACATTTGGTGAAACAGTGACAGCACTCCTCAGTACCATGTCTTCTGTTGGAGCTGCAATCTTAAGAGTTCTGCAGGCATTAAGTTCCCTTGTTGCTTCTCTGATGGAGAAAGAGAAGGACGCACAGATTCTTGCAGAAAAGGAGCATACTCTTTCTCTTTCTCAAGTTTGGGACATAAATGCGGCTTTGGAACCTTTGTGGCTGGAGCTGAGCACTTGCATAAGTAAGATAGAGAGCCATTCAGAATCTGCCCCTGATACAATGACTTCATATCGAGCTTCTACATCTAAGCCATCTGGTGTAATTCCTCCGCTGCCTGCCGGCACCCAAAACATCTTACCATACATAGAATCTTTCTTTGTGGTTTGTGAGAAATTGCATCCTGGGCAGCCAGGCCCTGGTAATGACTTTGGTGTTGCTGCAGTTTCTGAGGTTGAAGATGCCAGTACATCTGCTGGCCACCAGAAAACCTCAGGTTCCTCTTTGAAAGTTGATGAAAAACATGTTGCTTTTCTGAAGTTCTCAGAGAAACATAGGAAATTGCTAAATGCTTTTATTCGTCAAAATCCTGGTTTGTTAGAAAAGTCTTTCTCACTCATGCTTAAGGTTCCACGCTTTATCGATTTCGACAACAAGCGTGCTCACTTCAGATCAAAAATAAAGCATCAGCATGATCACCATCATAATCCTTTGAGAATTTCAGTAAGAAGAGCATACATACTTGAAGATTCATATAACCAGCTTCGCATGCGATCAACTCAAGATTTGAAGGGGAGATTGACGGTTCACTTTCAAGGAGAGGAAGGTATTGATGCAGGTGGACTTACTAGAGAATGGTATCAGTTGTTGTCCAGGGTTATTTTTGACAAGGGAGCACTACTATTTACAACTGTGGGCAATGAATCAACATTTCAACCGAATCCGAACTCTGTTTACCAAACAGAACATCTTTCGTATTTCAAGTTTGTTGGGCGAGTGGTTGGGAAAGCACTCTTTGATGGCCAGTTATTGGATGTTCATTTTACTCGATCTTTCTACAAGCATATTTTGGAGGCAAAGGTCACTTATCATGATATAGAGGCCATCGATCCTGATTACTTTAAAAACCTCAAGTGGATGCTTGAGAATGATATTAGTGATGTACTGGACCTTACTTTCAGCATTGATGCTGATGAGGAAAAGCTGATATTATACGAAAGGACAGAAGTAACAGACTATGAACTGATTCCTGGTGGCCGGAACATCAAAGTTACGGAAGAAAATAAGCACCAGTATGTTGATTTAGTTGCGGGGCATCGGTTAACAACCGCTATTCGTCCTCAGATAAATGCTTTTATGAAAGGATTCACTGAACTAGTTGCAAAGGAATTAATATCTATTTTTAACGACAAGGAACTGGAACTTTTGATCAGTGGGCTTCCAGATATTGATTTGGATGACATGAGGGCAAATACCGAATATTCTGGATACAGCCCTGCGTCCCCTGTCATTCAGTGGTTTTGGGAGGTTGCCCAAGGTTTTAGCAAGGAGGATAAAGCCCGTCTATTGCAGTTTGTAACTGGCACCTCTAAGGTGCCTTTAGAAGGTTTTAGTGCACTTCAAGGGATCTCGGGCTCACAGAAATTTCAGATACACAAGGCATATGGAAGTGCAGACCACTTGCCATCTGCACATACTTGCTTCAACCAGTTGGATCTACCGGAGTATCCTTCTAAACAACATCTCGAGGAGAGATTGCTTCTTGCGATTCACGAGGCCAACGAAGGGTTTGGATTTGGTTAAAGAGCCTCGTTCTTTAAGGTATCACCGTGTAGATAATATCAATCTTGTTAAAAGATCTCATGGAAGGGGGAAGTGGTAAATGGTCGTATGAGATGATGAGTTTTTCTTGATACATTATATACTGTACAGTCGTTTCTTTTTCGCAATGAAAAGTGCTTTTGGCAGTTATTTTTTGCCATTTCGCTTTCACTCGTCATTTTAATGTTTGATCGCTGTTTGTTTG

Protein:

MD15G1388600

MTTLRSNLPSRIRQLLSADGALGPSIKLDSEPPPKIKAFINKVIQCPLQDIAIPLSGFRWEYIKGNFHHWRPLFLHFDTYFKTYLSCRNDLLLSDKILEDDSPFPKHAVLQILRVMQTILENCNNKSSFDGLEHFKLLLASTDPEVLIAALETLSALVKINPSKMHVGGKMIGCASVNSYLLSLAQGWGSKEEGLGLYSCVMANETTQDDGLNLFPSDVENDSDKLQCRIGSTLYFELHGNAQSTEESSNNVNNSSSLGVINIPDLHLQKEDDLKLMKRYIEEYRVPPELRFSLLTRIRYARAFRSPKICRLYSRICLLAFVVLVQSSDASVELNSFFANEPEYTNELIRIVRSEESVSGTIRTQAMLALGAQLAAYSASHERARILSVSSISFAGGNRMILLNVLQRAVRSLKNSNDPTSLAFVEALLQFYLLHVVSSSATGSNIRGSGMVPTFLPLLEDSDPLHLHLVCFAVKTLQKLMDYSSSAVSLFKESGGVELLSQRLQIEVHRVIGLAGDNDNSMVIGESSRYSDNQLYSQKRLIKASLKALGSATYGAGNSSRVQHSHDSSLPATLSLIFGNVDKFGGDIYYSAVTVLSETIHKDPTCFSALHEMGLPDAFISSVVAGILPSAKALTCVPNGLGAICLNAKGLEAVKESLALRFLVDIFTSKKYVMAMNEAIVPLANAVEELLRHVSSLRSTGVDIILEIIDKIASFTDSHNTGPEGKANGSTAMEMDSEDKENEGRCCLVDSVDSAADGISNEQFIQLSIFHLMILVHRTMENSETCRLFVEKSGIDALLKLLLQPTIVQSSDGMSIALHSTMVFKGFTQHHSAALARAFCSSLRDHLKKALSGFGAVSGSFLLEPRMASDGGIFSSLFLVEFLLFIAASKDNRWVTALLTEFGNGSKDVLEDIGRVHREVSWQIALLEDTKSDAEDDNAGSTTESQQSETNTSETEEQRFNSFRQFLDPLLRRRTSGWSIESQFLDLISLYRDLGRATSSQQRTNSDGPSNLRIGSSHQFQHSGSSDAVGPLNKKEYDQQRSYYTSCCDMVRSLSFHITHLFQEMGKVMSVPSRRRDDIVNVSPAAKSVASTFASIAFDHLNFEGPANSSGSKDSISTKCRYFGKVIDFIDVSLLERADSCNAVLLNCLYGHGVIQSVLKTFVATSELLFTVRAPASPMETDDGNSKQDEREDIDHSWIYGPLASYGKLMDHLVTSSFILSPFTKHLLAQPLANGNIPFPRDAETFVKVLQSMVLKAILPLWTHPQFVDCSYDFTSTVISIIRHVYSGVEVKTVSSSNTARITGPPPNETTISMIVEMGFTRSRAEEALRQVGSNSVELAMEWLFSHQEETEEDNELARALAMSLGNESDTKEAVANENTQQLEEEIVQLPPVEELLSTCAKLLQMKEPLAFPVRDLLVMICSQNDGQYRPNIISFIVDQIKESSLCFDSGKSTLLSALFHVLALILQEDTIARELASKNGLVKVASDLLFQWDSGSVGREKHEVPKWATTAFLAVDRLLQVDQKLNPEIAEQLKKDGISSHQTPLSIDENKQNKLQSALGLSSKHIEMKEQKRLIEIACSCIRNQLASETMHAVLQLCSTLTKTHAVAVQFLDAGGLSLLLSLPTSCLFPGFDNIAATIIRHVLEDPQTLQQAMEFEIRHSLVAAANRHSNGRVSPRNFLSSLSSAISRDPVIFMRAAQTICQVEMVGERPYIVLLKDREKDKSKEREKEKDKSLDKDKTLMADSKAALGNINSVASGNGHSKVHDSKSAKVHRKYPPSFVSVIELLLDSVCTYVPPSKDNVVTDAPPSTDMDIDAAATKGKGKAIASVSEDNKTCTQEAPASLAKVVFVLKLLTEILSMYASSAHVLLRKDAEISSYKAPSLKGPTAVCTGGIFHHVLHKFLPYSRSAKKEKKADGDWRHKLASRASQFLVASCVRSSEARKRVFNEISLVFNEFVESCNGFRPPNYEIQAFCDLLNDVLAARTPTGSYISAEASVTFIDVGLVGSLTRTLQMLDLDHADSPKVVTGLLKALELVTKEHVHSADSNSGGKGDNSTKPPDHNQSGRTDTIGERSQSMETPSQSRRDSGPAEHIESYNAVQSFGGSEAVTDDMEHDQDLDGGFAPANEDEYMHENSEETRGLENGIDTMGIRFEIQPHEQENLDDDDEEEDEDMSEDDGDEVDDDEDDDDEEHNDLEDDVHHLPHPDTDQDDHEIDDDEFDEEVLEEDDEEDDDEEDGVILRLEEGINGINVFDRIEVFGRDPGFPNEALQVMPVEVFGSRRQGRTTSIYSLLGRTGENATPSRHPLLVGPLSLSSTPPRQSENARDMVLQDLNSEVTSSRLDNIFRSLRNGRHGHRLNLWMDDNQQVGGSNPSSVPQGLEDLLVSQLRRPMADKTPEENKTKAMDPQNTAEALELQPQTGVRPEIPVENNVTIESGSLPPPETIDDSGNADLRPTTVSESLQAMDMSSMHPQSVEMQFEHNDAAVRDVEAVSQESGGSGATLGESLRSLDVEIGSADGHDDGAERQGSSDRMPLGDSQATRARRTNVSFGNSATVSARDVSLHSVTEVSENSSREADQEGPAAEQQLNSDAGSGAIDPAFLDALPDELRAEVLSAQQGQAAPQSNAEPQNAGDIDPEFLAALPPDIRAEVLAQQQAQRLHQSQELEGQPVEMDTVSIIATFPSELREEVLLTSSDAILANLTPALVAEANMLRERFAHRYNRTLFGMYPRNRRGETSRPGEGIGSSLDRIGGSIASRRSIGAKVVEAEGAPLVDTEALHAIIRVLRVFQPLYKGQLQKLLLNICAHNETRNSLVKILMDMLMLDTRKSVDHSTAAEPPYRLYACQSNVICSRTQSGVPPLLSRRILETLTYLARHHPNVAKILLHFSVPQETDNIDHGRGKAVMVVEETGPKKSHQEGYLSIALLLSLLNQPLYLFRSIAHLEQLLNLLEVIIDNAESQPSVKSGVGVSVSEQPSAPQILTSDAEMNTESGGTAAVVVGMPDKVVDSSKPTTSGVDSKCDTASVLLNLPQEELRLLCSLLAREGLSDNAYTLVAEVMKKLVAIVPTHSNLFITELAEAVRNLTRAAMNELHTFGETVTALLSTMSSVGAAILRVLQALSSLVASLMEKEKDAQILAEKEHTLSLSQVWDINAALEPLWLELSTCISKIESHSESAPDTMTSYRASTSKPSGVIPPLPAGTQNILPYIESFFVVCEKLHPGQPGPGNDFGVAAVSEVEDASTSAGHQKTSGSSLKVDEKHVAFLKFSEKHRKLLNAFIRQNPGLLEKSFSLMLKVPRFIDFDNKRAHFRSKIKHQHDHHHNPLRISVRRAYILEDSYNQLRMRSTQDLKGRLTVHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNESTFQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQLLDVHFTRSFYKHILEAKVTYHDIEAIDPDYFKNLKWMLENDISDVLDLTFSIDADEEKLILYERTEVTDYELIPGGRNIKVTEENKHQYVDLVAGHRLTTAIRPQINAFMKGFTELVAKELISIFNDKELELLISGLPDIDLDDMRANTEYSGYSPASPVIQWFWEVAQGFSKEDKARLLQFVTGTSKVPLEGFSALQGISGSQKFQIHKAYGSADHLPSAHTCFNQLDLPEYPSKQHLEERLLLAIHEANEGFGFG

Gene family

Gene family	Subfamily
Ubiquitin Family	HECT

Orthologous genes

Species	Gene ID	Score of Inparanoid	Annotation
Prunus persica	Prupe.1G535000.1.p	1	ubiquitin-protein ligase 2
Pyrus communis	PCP010233.1	1	-
Pyrus x bretschneideri	Pbr001607.1	1	-
Pyrus x bretschneideri	Pbr001602.1	1	-
Rosa multiflora	Rmu_sc0000039.1_g000001.1	1	-
Rubus occidentalis	Ro05_G11936	1	-
Fragaria vesca	mrna26562.1	1	ubiquitin-protein ligase 1
Vitis vinifera	GSVIVT01009206001	1	ubiquitin-protein ligase 2
Solanum lycopersicum	Solyc04g076620.2.1	1	ubiquitin-protein ligase 2
Populus trichocarpa	Potri.002G110500.1	1	ubiquitin-protein ligase 2
Nicotiana benthamiana	Niben101Scf02164g04001.1	1	ubiquitin-protein ligase 2 LENGTH=3658
Zea mays	GRMZM2G331368_P01	1	-
Zea mays	GRMZM2G411536_P01	0.794	-

Gene Ontology

GO term	Description	Category
GO:0005515	protein binding	molecular_function
GO:0004842	ubiquitin-protein transferase activity	molecular_function

KEGG

KO	Description	Enzyme
K10592	E3 ubiquitin-protein ligase HUWE1	EC:2.3.2.26

Pfam domain

Pfam accession	Pfam name	Alignment start	Alignment end	E-value
PF00627.27	UBA	1307	1344	8.20E-09
PF00632.21	HECT	3374	3684	1.10E-90

Expression pattern

SRA Experiment	Tissue	Stress	Stage	FPKM
SRR768136	whole seedling	no	seedling	5.60298
SRR5252888	dormant buds	no	dormant buds(0 month)	49.8851
SRR5252889	dormant buds	no	dormant buds(0 month)	51.914
SRR5252886	dormant buds	no	dormant buds(1 months)	46.3692
SRR5252887	dormant buds	no	dormant buds(1 months)	51.3488
SRR5252884	dormant buds	no	dormant buds(2 months)	63.7887
SRR5252882	dormant buds	no	dormant buds(3 months)	53.0096
SRR5252883	dormant buds	no	dormant buds(3 months)	57.6242
SRR5252880	dormant buds	no	dormant buds(4 months)	48.2435
SRR5252881	dormant buds	no	dormant buds(4 months)	47.9677
SRR5252878	bud break	no	bud break	41.6938
SRR5252879	bud break	no	bud break	32.2186
SRR3744766	flower	no	mature	10.2591
SRR3744767	flower	no	mature	9.20754
SRR3744768	flower	no	mature	8.48354
SRR6308190	stigmas	no	open flowers	11.5829
SRR6308181	styles	no	open flowers	10.9026
SRR6308188	filaments	no	open flowers	10.2389
SRR6308187	anthers	no	buds 1-3 days prior to flower opening	13.9467
SRR6308192	pollen	no	open flowers	14.3945
SRR6308191	petals	no	open flowers	11.6289
SRR6308194	sepals	no	open flowers	10.7781
SRR6308193	receptacles	no	open flowers	9.39695
SRR6308189	ovaries	no	open flowers	10.2137
SRR3384922	fruit	no	1 week after full bloom	3.20543
SRR3384921	fruit	no	2 week after full bloom	3.04672
SRR3384920	fruit	no	3 week after full bloom	3.21923
SRR3384919	fruit	no	4 week after full bloom	2.78165
SRR3384923	fruit	no	5 week after full bloom	3.48828
SRR3384918	fruit	no	6 week after full bloom	2.88306
SRR3384917	fruit	no	8 week after full bloom	3.23544
SRR3384916	fruit	no	10 week after full bloom	3.70521
SRR3384915	fruit	no	12 week after full bloom	4.06202
SRR3384914	fruit	no	14 week after full bloom	3.68049
SRR3384913	fruit	no	16 week after full bloom	3.63858
SRR3384912	fruit	no	18 week after full bloom	3.94334
SRR3384911	fruit	no	19 week after full bloom	4.07089
SRR3384910	fruit	no	20 week after full bloom	4.63771
SRR768128	whole fruit	no	25 days post anthesis	9.53009
SRR768129	whole fruit	no	35 days post anthesis	2.89975
SRR768130	whole fruit	no	60 days post anthesis	4.21347
SRR768131	whole fruit	no	87 days post anthesis	15.7578
SRR7343308	immature fruit flesh	no	immature	11.7204
SRR7343309	immature fruit flesh	no	immature	11.021
SRR6320494	ripe fruit flesh	no	mature	8.33716
SRR5405143	ripe fruit peel	no	mature	21.6316
SRR6320572	ripe fruit peel	no	mature	9.16043
SRR7403504	fruit	uninfected	mature	8.14161
SRR7403506	fruit	uninfected	mature	8.32777
SRR7403507	fruit	uninfected	mature	8.33388
SRR7403500	fruit	infected with penicillium expansum	mature	6.23267
SRR7403501	fruit	infected with penicillium expansum	mature	5.9681
SRR7403508	fruit	infected with penicillium expansum	mature	6.25983
SRR7403502	fruit	infected with penicillium expansum	mature	6.82611
SRR7403503	fruit	infected with penicillium expansum	mature	6.87588
SRR7403505	fruit	infected with penicillium expansum	mature	7.01944
SRR1613973	Central seeds	no	20DAPF	5.36311
SRR1613974	Central seeds	no	20DAPF	6.53959
SRR1613975	Central seeds	no	20DAPF	4.73521
SRR1613976	Lateral seeds	no	20DAPF	5.89033
SRR1613977	Lateral seeds	no	20DAPF	4.84541
SRR1613978	Lateral seeds	no	20DAPF	6.10388
SRR3744786	stem	no	mature	10.8971
SRR3744787	stem	no	mature	13.904
SRR3744772	stem	no	mature	15.2187
SRX765691	seedling shoot apex	no	4-6 week old seedling	11.4066
SRX765683	tree shoot apex	no	Adult (tree), new shoot has 10-12 visible leaves	11.1248
SRR1089478	leaf	Virus-free	plantlets	10.8151
SRR1089477	leaf	ASGV-infected	plantlets	12.3452
SRR767660	leaf	uninfected	fully developed	2.92734
SRR767669	leaf	2 days post infection by Venturia inaequalis	fully developed	2.40345
SRR767670	leaf	4 days post infection by Venturia inaequalis	fully developed	3.67077
SRR767671	leaf	6 days post infection by Venturia inaequalis	fully developed	0.840089
SRR767672	leaf	8 days post infection by Venturia inaequalis	fully developed	7.21087
SRR767673	leaf	10 days post infection by Venturia inaequalis	fully developed	2.22798
SRR767674	leaf	12 days post infection by Venturia inaequalis	fully developed	5.43138
SRR768127	leaf	14 days post infection by Venturia inaequalis	fully developed	2.96846
SRR6308182	young leaf	no	immature leaves	8.77279
SRR3744769	leaf	no	mature	9.08656
SRR3744770	leaf	no	mature	11.7793
SRR3744771	leaf	no	mature	10.4779
SRR5405145	leaf	no	mature	14.907
SRR6320561	leaf	no	mature	6.41591