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  1. Transcript 'KH2012:KH.C7.99.v2.A...' > 
  2. Clone 'AHC0AAA230YJ08' > 
  3. Transcript 'Phmamm.CG.MTP2014.S1...' > 
  4. Clone 'cien87533' > 
  5. Transcript 'Haaura.CG.MTP2014.S4...'

Transcript Model

Transcript Id

Haaura.CG.MTP2014.S41.g01074.01.t

Possible name(s)

ZNF532; ZNF592; ZNF687

Gene model

Haaura.CG.MTP2014.S41.g01074

Location

S41 [43,055 / 53,633]

Sequences

Amino acid sequence

Length: 2,480

>Haaura.CG.MTP2014.S41.g01074.01.p
MADGPPDFTDLLAALEPPAPVNIHQNHPHSSVSHGQMRGGLPQSQIQFLDHQQQQISQYG
QRISHFPQTNSIALSSQGNFQHGIVQKNDTGNLLGAIQPGNASQIGNAVPVEEEQQFGGG
GSLGSMFLSSVESLLSDEGNNPFPLGISAQQSRQTARRPRQRQKPTNQARTVNRNIQNFN
TVPSANIALPTNTVPVTCYVQTVSMHSPVNSNQNANIKNTELTASPFIAPSGMQQMQAGG
MSFVGSGHQKATVQTQFAHPALGVRQQIQPTIAQNPPRPLSASSSTSDHNSRPSSVHQPS
PSCGSNHSGDPATPQSYNATTPQSYNPSTPQSYNPPTPQSYNPSTPQSYNPSTPQSRSVT
PLSAHPQHQQHQSSVMSDLSQQGAGNMALMMNNGNILSAQKIDAVHQNNSHHTTEDSLAD
LPTPVKEAILSQNMKSNAAGNVFQNVPHVNQHPHSSVTWSSGGSFQNTAVPPGQIQLTKP
SLGKTPTIEGGYLPSNMSRLTNHHLNEYSGQIVSPFNVAPQQMIGQSFERDSCYSTSSLT
LTQSRLLEQMSSFGKTKTKPSENPFKTVQSSNHSSALSSTLVSDNSIVGLQNIPLNSTTM
ELIDRASNTGAATVRELFHSDAARYEAISPVSDYAPSPISKTSLVEEQPSDKNIFPTSQY
QKSILTSEQENSHTSTQSFTGGDIMNDPVLMYLKHDTSPAGVSDVYSSNQSVFPPYGVGI
NSPATLPSSYGAHTTKEWKNLPTVPDRNGNNTVSPTFLSEEYPTTKIAGSRYQPAISSNT
NPLHFKATTEQSDQVAAVQRSQKISQFGVHHRGSATDQLNDSPNKSNKGDSFDLDFGFGS
DEPTIRLKSQSNRTGATQSSAAAKSENLPSPKRSGTAFPTNQKMGNDMKDAMEQLAKLSR
QKEMLLQIQKYQVQQGTVNAQAAMPETPYQTPGMFQSHIPKPSSATGPFEMQTPHPVRNI
ENFLSAKSEKWDEVLPLPQTTNYYISNSKKESDVARDEVFRPMKSEKVQQPPIIFTKSTD
MPSKSFYPSTSNTTTQHSIQQIDLSVKMSASTYPSPMFVSVPESVSCSSTSVSSFNKFLL
PTSSVSSSSVPTYFPHHSVPPMLPVPPPPPTIRSHLDFDWLHGASKPNEIHRSTIPSTIS
IDTTSAPSAPLSTSMNTVYSYADSHNVTSTSVASTECAVTSKPSLTISSGVDTKTTDPTI
SNTTVTPCTKQLFSPMPSSSVSKDIIPSVHHETKYHHYGKKHRILEGSYPSLSENYQKYG
PNNVPTNQQTPTTSFAAGQSVLDKQRKYSREQSLKSLLDTSKTPLTQNHLPKVIESIESK
EINLPVTSGKPSEPVIAPTVTTTASVMITAASKNKPLTVIAEKDKPAKKNQRSGSMLSLF
NSLLQEASDSLKTNLATEVEVPKTSVVTNLPKTIKEETLSSKNQIAVPTEPVVITAVATP
SPVTVHKPISDIKTVKKTRPAATVPFKRRPYPAIEDPVVTTATPISSSNLTVTTTTTTTA
ATTLPSSATPSTISSLITTAVSSSIQSPVPSPSPPPVITSNPTVSILTNDAKTSSPVSQP
TESSLKIALPKLRITTFRSSGGQVILQSSMVGDHAVSEVEKDPPHKKSKKKKKKRKKRRR
LSSSEYDSSVSSLTSISSYEPTNKSGGADAASNVIIAVSKLSAVVESKMENEIDIPSTTT
PPESIAKDIVKMITDTRKRSGSVGKDTEKKKPAAKRAKVAKDSVKKKTQVPKESKKKEPI
VRYQPKSAYQAVTSSSVKSSKDSVPPPCHRAPGKLPLYLNTSETKSIAVPTIQLGARNTK
QLEPCLENKMTSPPQSKVVSVKIGNSITTKAIQNQILSSSGLQYIMPARSQQRIILPNIS
SSIPLPVSIVSPIKNRASGTFFPPVTMSTTSVSTSSTKPHILLIPQPSVSSPQSVEVKTS
APPIILSASSGSASTNTVNSNLLTIVSAVQNDSKATNTILPCNSANTESNMFQSTFLKLI
SSQNPIASYSPPAPPSHLMIDANSNKEHQCLECRDKFLHQSSLEDHYDRRCIMIKVRCMQ
CNQNLVFLNKCNLLRHAREHSDKGNGMQFNNAHISPLTTAMCKPRSKEFFLRKNVTGTAR
NRISTCSTTTDDESSSDNLQNSACMMACTDCNFLASSPEALEEHFQQQPSPPSPEVPGQA
TNSTAKPSDSLTCDMCHLTLYNQCSFMAHMRMHKRISPHTCPECGQTFDGKDMEFNLHLS
IQCFHLSRMSCYKCRLCSSIFQTGDLLRRHLEVRHLQTFYKCRECPMAFKTQANIASHQR
SAHGIAAVTKTIHKCPLCDTVFTDNSHTQQLFLLQKHFEGHINHPSINITAYKCLVCNNI
YERKSLLREHLKTVHDVTSPGDSGSSSDLTKEINKAENLLDIGRRKENGTKKSGKGTKRY
LPCDKPQTVKEAKASKSTDENSVESSNALIASGILGTSDSQKKVVSQSGTVFSSKLSSSG
SPSNIKHTRQPLKLRLKGKF

Nucleotide sequence

Length: 7,440

>Haaura.CG.MTP2014.S41.g01074.01.t
ATGGCTGACGGGCCACCAGACTTCACAGACCTTTTGGCTGCTTTAGAACCCCCTGCTCCG
GTGAACATTCATCAGAACCATCCTCACTCATCTGTCAGCCATGGACAAATGCGAGGCGGT
TTACCACAAAGCCAAATTCAGTTCCTTGATCACCAACAACAGCAGATTTCGCAGTATGGA
CAAAGGATTAGTCATTTTCCTCAGACAAACTCCATAGCGTTGTCTTCGCAAGGCAACTTC
CAGCATGGCATTGTACAGAAAAATGATACAGGAAACCTGTTAGGAGCAATTCAACCTGGA
AATGCATCACAAATAGGCAATGCTGTGCCTGTTGAAGAAGAGCAGCAATTCGGAGGCGGA
GGAAGCTTGGGATCTATGTTTTTGTCTTCGGTCGAATCCCTACTGTCAGACGAAGGAAAC
AATCCCTTTCCCCTTGGAATATCAGCTCAGCAATCCAGACAGACTGCACGGCGCCCTCGG
CAGCGTCAGAAACCGACCAATCAAGCGAGAACGGTTAACAGAAACATACAAAATTTTAAT
ACAGTCCCGAGTGCAAACATTGCTCTTCCAACTAACACTGTTCCTGTCACATGTTATGTG
CAAACTGTCAGCATGCATTCTCCAGTCAATTCTAATCAGAATGCGAATATAAAAAATACG
GAACTGACAGCCTCTCCGTTTATTGCTCCTAGTGGAATGCAGCAAATGCAGGCTGGGGGA
ATGTCATTTGTTGGATCTGGACATCAAAAGGCAACAGTTCAAACACAGTTTGCTCATCCT
GCTCTAGGTGTTCGCCAACAGATCCAGCCCACCATTGCCCAAAATCCTCCTCGACCATTA
TCTGCGTCGTCATCAACCTCCGACCACAATAGTCGACCGAGCAGTGTTCACCAGCCGAGC
CCGTCATGCGGTTCCAATCATTCTGGCGACCCTGCCACTCCACAATCTTACAACGCCACC
ACACCGCAGTCCTATAACCCATCGACACCGCAGTCATATAACCCACCGACACCGCAGTCG
TATAACCCATCGACACCGCAGTCGTATAACCCATCGACACCGCAGTCTCGTTCTGTTACT
CCACTTTCAGCTCACCCGCAACACCAACAGCATCAATCTTCTGTTATGTCTGATCTTTCA
CAGCAGGGCGCTGGAAACATGGCATTAATGATGAATAATGGCAACATTTTATCTGCTCAA
AAAATTGATGCCGTGCATCAGAACAATTCTCATCACACCACAGAAGACTCGTTAGCAGAT
CTTCCAACTCCAGTAAAAGAAGCAATATTGTCGCAAAACATGAAATCCAATGCTGCAGGC
AATGTGTTTCAAAACGTTCCTCATGTGAATCAGCATCCTCACTCTAGTGTCACCTGGTCG
AGCGGTGGCTCATTTCAAAATACGGCAGTGCCACCTGGACAAATCCAGCTTACCAAGCCA
AGCCTTGGTAAAACACCCACCATCGAAGGGGGTTATTTGCCGTCAAACATGTCACGGCTG
ACCAACCACCACCTCAATGAATACAGTGGACAGATAGTAAGTCCATTTAATGTGGCACCA
CAGCAAATGATTGGTCAGTCGTTTGAACGTGACTCTTGCTATTCAACGTCGAGCCTTACA
TTGACGCAGAGCAGACTTTTGGAGCAAATGTCGTCTTTTGGGAAGACTAAAACAAAACCA
AGCGAAAATCCATTTAAGACCGTTCAATCATCCAATCACTCTAGTGCTCTGTCGTCTACC
TTGGTTTCAGATAATTCAATTGTGGGTTTACAGAACATACCACTGAATAGCACCACAATG
GAATTAATAGACAGAGCCTCAAATACTGGAGCAGCTACAGTGAGGGAGTTGTTTCATTCG
GATGCAGCACGATACGAGGCTATCAGCCCCGTTAGTGATTATGCTCCCTCCCCGATTAGC
AAGACATCGCTCGTGGAAGAACAGCCATCAGACAAAAATATCTTCCCAACAAGCCAGTAC
CAAAAGTCTATCCTCACATCAGAACAAGAAAATTCACACACCTCAACGCAGTCGTTTACT
GGAGGAGATATCATGAATGATCCAGTTTTAATGTACCTAAAACACGACACGTCTCCTGCC
GGGGTTAGCGATGTGTATTCGTCAAACCAGTCCGTGTTCCCGCCGTACGGTGTCGGCATA
AACTCTCCAGCAACTTTACCTTCGAGTTACGGTGCCCATACGACGAAGGAATGGAAAAAT
TTACCGACCGTGCCGGACAGAAATGGCAACAATACCGTCTCTCCCACTTTTCTCTCTGAA
GAATACCCTACAACGAAAATTGCTGGAAGTAGATATCAACCAGCAATTAGTTCGAATACC
AATCCTCTTCATTTTAAGGCTACAACAGAGCAATCTGACCAAGTGGCTGCTGTCCAAAGG
AGTCAAAAAATCAGTCAGTTCGGGGTTCATCATCGAGGCAGTGCCACTGATCAATTAAAT
GACAGTCCTAACAAGAGCAATAAAGGTGATTCTTTCGACTTAGATTTCGGGTTTGGCTCG
GACGAACCAACAATTCGTCTCAAAAGTCAGAGTAATCGGACCGGCGCTACGCAGTCTTCT
GCTGCAGCTAAATCAGAAAATTTGCCGTCACCAAAACGTTCTGGTACTGCTTTTCCAACC
AATCAAAAAATGGGTAACGATATGAAAGATGCCATGGAACAATTGGCGAAACTTAGTCGA
CAGAAGGAAATGTTACTACAAATTCAAAAATATCAAGTACAGCAAGGCACAGTAAATGCA
CAGGCAGCGATGCCAGAGACACCATACCAGACACCTGGTATGTTTCAGTCTCATATACCT
AAACCGTCCAGTGCCACAGGTCCGTTTGAAATGCAGACTCCTCACCCAGTGAGAAATATT
GAAAATTTTCTCTCGGCAAAATCTGAAAAATGGGATGAGGTGCTGCCCCTACCACAAACA
ACCAACTACTACATTTCCAACAGTAAAAAAGAATCGGATGTAGCACGTGATGAGGTATTC
AGACCCATGAAATCAGAAAAAGTCCAGCAGCCCCCTATAATATTCACTAAATCAACTGAC
ATGCCAAGCAAGTCTTTTTATCCATCTACCTCTAATACTACGACACAGCACAGCATACAG
CAAATTGATTTATCAGTGAAAATGTCTGCTTCTACCTACCCTTCCCCCATGTTTGTTTCG
GTACCTGAATCTGTATCTTGTTCTTCAACATCTGTGTCTTCTTTCAATAAGTTTCTCTTG
CCTACTTCAAGTGTTTCATCCTCCAGTGTTCCGACTTATTTCCCACATCACAGCGTGCCT
CCGATGCTACCAGTACCACCACCACCACCCACCATTAGAAGCCATTTAGATTTTGACTGG
TTGCATGGGGCATCTAAACCCAATGAAATTCATCGTTCTACGATCCCATCTACCATATCT
ATCGACACAACATCAGCCCCTTCGGCCCCTTTGTCGACCAGCATGAACACGGTTTACTCG
TACGCTGATAGTCATAATGTAACCAGTACTTCAGTAGCATCTACAGAGTGTGCAGTGACT
TCCAAACCAAGTCTCACCATTTCATCAGGCGTAGATACTAAAACCACTGATCCAACCATC
TCTAATACCACAGTAACTCCCTGTACGAAGCAACTGTTCAGTCCCATGCCGAGTTCATCT
GTTTCTAAAGACATCATTCCATCCGTGCATCACGAAACGAAATATCATCATTATGGAAAA
AAGCATCGGATTCTGGAAGGTTCCTATCCGTCTCTTTCTGAAAACTACCAAAAATATGGG
CCCAACAATGTTCCGACCAATCAGCAAACACCCACAACATCATTTGCTGCTGGACAGAGC
GTGCTTGATAAGCAGCGAAAGTATTCCAGAGAACAAAGTTTGAAGAGTCTGCTTGACACA
TCCAAAACTCCATTAACACAAAATCATTTACCCAAAGTGATTGAGAGCATAGAGAGTAAG
GAAATAAACTTGCCAGTAACTTCGGGCAAACCATCAGAACCCGTCATTGCCCCAACTGTG
ACAACCACAGCTAGTGTGATGATAACAGCAGCCAGTAAAAATAAACCCCTAACGGTTATT
GCGGAGAAGGATAAGCCAGCAAAAAAGAATCAGCGTAGCGGAAGCATGCTGTCATTATTC
AATTCACTTTTGCAAGAAGCTTCTGACAGTTTGAAAACAAACCTAGCAACAGAAGTCGAG
GTACCCAAAACGTCAGTAGTTACAAACTTACCAAAAACAATCAAGGAAGAAACGTTATCA
TCTAAAAATCAAATTGCCGTGCCAACAGAGCCTGTTGTAATCACCGCTGTCGCGACTCCT
TCTCCCGTAACTGTACACAAACCTATTTCTGACATAAAAACTGTAAAGAAGACGCGGCCC
GCTGCGACCGTCCCTTTTAAACGACGCCCTTACCCAGCGATCGAAGATCCTGTGGTTACG
ACGGCGACACCTATTTCATCGAGTAACTTGACAGTTACTACTACTACTACTACTACAGCC
GCGACTACTCTCCCATCATCAGCCACGCCGAGCACAATAAGTAGCTTAATTACCACTGCA
GTGTCATCTTCGATACAATCCCCAGTCCCATCACCATCACCACCACCGGTAATCACCAGT
AATCCCACTGTCTCAATACTCACAAATGATGCCAAAACCAGTTCCCCTGTTTCTCAGCCG
ACAGAATCTTCTTTAAAAATCGCGCTGCCAAAGTTACGTATAACTACTTTCAGGTCATCA
GGGGGTCAAGTCATCCTTCAGTCTTCAATGGTAGGCGATCACGCCGTATCAGAAGTTGAA
AAAGATCCTCCTCATAAAAAATCCAAAAAGAAAAAGAAAAAGCGCAAAAAGAGAAGAAGA
CTTTCCTCTTCCGAGTACGACTCTTCCGTTTCTTCTTTAACCTCGATATCTTCGTACGAA
CCGACAAACAAATCTGGAGGGGCGGATGCCGCATCGAATGTGATAATCGCAGTCAGCAAA
CTGAGTGCGGTAGTGGAATCCAAAATGGAAAATGAAATTGACATCCCTTCAACTACGACT
CCACCTGAATCGATAGCTAAAGACATCGTGAAGATGATTACTGACACAAGAAAAAGATCA
GGCAGTGTGGGCAAAGACACCGAAAAGAAAAAACCTGCTGCCAAACGAGCAAAAGTAGCC
AAAGATTCTGTTAAAAAGAAGACACAAGTGCCAAAAGAATCGAAGAAGAAGGAACCGATT
GTGCGATATCAACCTAAATCCGCTTACCAGGCCGTCACTTCCAGTTCAGTGAAATCTTCC
AAGGATTCTGTACCTCCGCCTTGTCACAGAGCCCCGGGAAAATTGCCCCTTTATTTAAAC
ACCTCCGAAACAAAATCTATAGCCGTGCCTACGATCCAGCTCGGGGCTCGCAACACAAAA
CAATTAGAGCCCTGTCTTGAAAACAAGATGACATCACCACCCCAGTCCAAAGTTGTGAGT
GTTAAAATAGGCAATAGTATTACTACGAAGGCGATTCAAAACCAGATACTAAGCAGCAGT
GGATTACAGTATATCATGCCGGCAAGATCTCAACAGCGGATCATTTTACCTAACATATCA
TCTTCCATACCTCTCCCAGTATCCATTGTTTCCCCCATCAAAAATCGTGCTTCCGGCACT
TTCTTTCCTCCTGTCACTATGTCCACGACTTCCGTTAGTACCAGTTCAACCAAGCCGCAT
ATTCTTTTAATCCCACAGCCATCGGTGAGTTCACCACAGAGCGTCGAGGTTAAAACATCT
GCTCCGCCTATCATATTATCTGCATCGTCCGGTTCTGCTTCCACGAACACAGTAAATTCC
AACTTGTTAACTATTGTTTCTGCTGTGCAAAATGATTCCAAGGCAACCAACACCATTTTA
CCATGCAATTCTGCAAACACAGAATCAAATATGTTTCAGTCAACTTTTCTAAAGCTCATA
AGCAGCCAGAATCCTATCGCAAGCTATTCACCACCAGCACCTCCATCACACCTCATGATA
GATGCCAACAGCAATAAAGAACATCAGTGTCTTGAGTGCAGGGACAAATTTTTGCATCAA
AGCAGTCTCGAAGATCATTATGATAGAAGGTGTATCATGATCAAGGTTCGATGTATGCAG
TGCAATCAAAATCTCGTCTTCCTTAACAAATGTAATCTTCTTCGTCACGCTCGGGAACAC
AGCGACAAAGGAAATGGAATGCAGTTTAACAATGCTCATATTTCGCCGCTCACGACTGCC
ATGTGCAAACCTAGATCAAAAGAATTCTTTCTCCGTAAAAATGTCACTGGCACCGCAAGG
AATCGTATTTCAACTTGTAGTACAACAACAGATGACGAGAGCTCAAGCGACAATTTGCAA
AATTCTGCTTGCATGATGGCATGCACAGATTGCAACTTTTTAGCCAGTAGTCCAGAAGCC
TTGGAGGAACATTTCCAACAACAACCCTCACCTCCATCACCGGAGGTTCCAGGCCAAGCC
ACGAACTCTACTGCTAAACCGTCTGATAGTTTGACATGCGACATGTGTCACCTGACTTTG
TACAATCAATGCAGTTTCATGGCACACATGAGAATGCACAAACGAATATCACCACATACT
TGTCCGGAATGCGGACAAACATTTGACGGAAAGGATATGGAGTTCAATTTACATCTTAGC
ATACAGTGTTTCCATTTGTCACGTATGTCGTGCTACAAGTGTAGACTCTGCAGTTCGATA
TTTCAGACCGGTGATCTGCTGAGGCGGCACTTGGAGGTTCGTCATCTGCAAACTTTTTAT
AAGTGTAGAGAATGTCCGATGGCTTTCAAAACCCAAGCTAACATTGCCAGTCATCAAAGG
TCAGCTCATGGAATAGCTGCCGTTACGAAGACGATACATAAATGTCCACTGTGTGACACG
GTTTTTACAGACAATAGCCACACCCAGCAACTTTTCCTGCTCCAGAAACATTTCGAAGGA
CACATCAATCATCCGTCTATTAACATAACAGCCTACAAGTGTCTGGTATGCAACAACATT
TACGAGCGAAAATCACTCCTTCGTGAGCATCTGAAGACTGTTCATGATGTGACATCGCCG
GGAGACAGCGGCAGTAGCAGCGATTTGACAAAGGAAATCAACAAAGCCGAAAATCTACTC
GATATTGGGAGGAGGAAAGAAAATGGCACAAAGAAGTCTGGCAAAGGTACAAAGAGATAT
TTACCATGTGACAAACCACAAACTGTAAAGGAGGCTAAGGCCTCAAAATCCACTGATGAA
AATTCAGTCGAAAGCTCTAATGCGTTGATAGCTTCAGGAATACTTGGTACATCGGACAGT
CAGAAAAAAGTTGTAAGCCAGTCCGGTACCGTATTCAGCAGCAAACTCTCGTCATCGGGA
AGTCCCAGTAACATCAAACACACAAGGCAACCACTAAAGCTTAGACTGAAAGGCAAGTTT

InterProScan

SMART
Znf_C2H2_type (IPR013087) - T[2008-2028] 150.0 - T[2036-2060] 6.0 - T[2126-2146] 210.0 - T[2171-2193] 1.1 - T[2199-2225] 100.0 - T[2232-2255] 0.12 - T[2260-2283] 0.009 - T[2293-2321] 59.0 - T[2332-2355] 0.024
SUPERFAMILY
Znf_C2H2_sf (IPR036236) - T[2172-2209] 5.95E-5 - T[2231-2280] 1.07E-5
ProSitePatterns
Znf_C2H2_type (IPR013087) - T[2173-2193] . - T[2262-2283] . - T[2334-2355] .
ProSiteProfiles
Znf_C2H2_type (IPR013087) - T[2232-2255] 8.912 - T[2260-2283] 10.824 - T[2332-2360] 10.741

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
ZN532_HUMAN 32.767 % 221 8.8E-58
ZN687_HUMAN 30.695 % 223 1.44E-58
ZN592_HUMAN 29.828 % 198 7.46E-51





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