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TRANSCRIPT CARD

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  1. Region 'REG00001016' > 
  2. Region 'REG00000361' > 
  3. Clone 'ma322d24' > 
  4. Transcript 'KH2012:KH.C2.317.v1....' > 
  5. Transcript 'Harore.CG.MTP2014.S2...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S214.g13884.01.t

Possible name(s)

MORC1; MORC2; MORC4

Gene model

Harore.CG.MTP2014.S214.g13884

Location

S214 [114,340 / 120,772]

Sequences

Amino acid sequence

Length: 927

>Harore.CG.MTP2014.S214.g13884.01.p
MMERYSSLTRAGLDQNYLHANSTTHEFLFGAIAELVDNARDADATKINVSTTKTSGVRGG
FTLNFLDDGEGGETSRGSMRIGNDFILFTKRDHNLTCLMLSRTFLDRERIDTIIVPMPVW
NTDNKRPIYDDKGGKKKYETEIELITKYSPFKTEREVLRQFDNIKDRTGTLIVIYNVKLL
DSGSPELDVASDPTDIRMAEMDLEDKNNWPERMSFKAYVSILYLDPRMIVYVQGKKVRTK
RLADSLYKPKMYKYSSTRFKKRSEDEVKKSENESKIAEDRWREAESVSKDKEMKVSLKAN
AKKAELAELRLKQERARLLRMEANQRRDDAARKRLSLKEPKTLDFIFGFNIENRKYYGMF
IYNCNRLIRVYEKVGPQIDGGVNCAGVIGVVNVPYLVLEPTHNKQNFADSKEYMHLLKAM
GDHLQCYWRDSKVNEGRGVINFWEGFGYMSSSWEEEPSTDPKYLRVRAMHIPKVIQCDGC
RKWRMLPFQSNMIGKEPLENWICSMNPDPKHSKCQCPEEKPSIPVGEFRKETKSIEQKRA
EKEEKLAKMQKDIDKMSKIQTVTSSREAQRKMSVPFPPSRRHSATSEKRRTVSSESEDEE
EEEPASRRSSRNISLEENYSPERVRRSIPARSLSSNTESHNLKRKMPPINFGGRTKKSAT
VVSTLNHVSSTTRQTRELELGRRRKSTVEDSESSGNEKEENDKPVRTVIGQTVEVDISGK
WRSGRIVTAKVIPSEPTKWRIKFDQHPQDRFDKWLEEGSPYIRFTDDNKLANGVRPTMQK
LNPKQSLGQVTQQQPHSSTGSSLVLDSQKQSELQENALGKLRTCLRYFLPPQWKMPKEEI
NNLSLQELVDFPMDDFFDHYEKGLRKLVSNFRTQADQQKAIAVNAKKELETTRQLLMDVL
KKADKNNSDVDLESVKTQAQKFLENQI

Nucleotide sequence

Length: 3,448

>Harore.CG.MTP2014.S214.g13884.01.t
GTTGAAGAATTTGGAAATGCATCAGATATAAACAGATACAGAAAGTAATAACGGATAGAA
AAAATTATCTAATCGAACCAAAAATGATGGAACGGTATTCCTCATTGACAAGAGCCGGAT
TAGATCAAAACTACTTGCACGCAAATTCAACAACTCACGAATTTCTCTTTGGAGCCATAG
CTGAACTCGTCGACAATGCACGGGATGCGGACGCAACAAAAATAAACGTCTCCACAACAA
AAACTTCCGGTGTCCGGGGAGGATTCACTCTTAATTTCCTTGACGATGGAGAAGGTGGAG
AGACTTCACGTGGCTCTATGAGAATTGGAAATGACTTCATTCTCTTTACTAAACGAGATC
ACAACCTCACATGTCTCATGCTGTCAAGAACTTTTCTCGATAGAGAAAGAATCGACACTA
TCATTGTTCCTATGCCAGTTTGGAACACAGACAACAAAAGACCTATATATGATGATAAAG
GCGGGAAAAAAAAGTATGAGACGGAAATAGAATTAATTACAAAATACTCGCCTTTCAAGA
CGGAAAGAGAAGTTTTGAGGCAATTCGACAATATAAAAGACAGAACAGGAACACTAATCG
TTATCTATAACGTCAAGCTTCTGGATTCCGGCAGCCCAGAGCTGGATGTTGCAAGCGACC
CAACTGACATAAGGATGGCTGAAATGGATTTGGAAGACAAAAACAACTGGCCGGAGCGAA
TGTCATTCAAAGCGTATGTATCTATCCTATATCTGGACCCAAGAATGATTGTTTATGTGC
AAGGGAAGAAAGTTAGGACGAAAAGACTGGCAGATAGCTTGTACAAACCAAAAATGTACA
AATATTCTTCAACGAGGTTCAAGAAACGTTCCGAGGACGAGGTCAAAAAGTCCGAAAACG
AAAGCAAAATAGCTGAAGATCGTTGGAGAGAAGCAGAGAGTGTAAGCAAGGATAAAGAAA
TGAAGGTTTCCCTTAAGGCAAATGCTAAGAAGGCTGAGTTAGCTGAACTGCGCTTAAAGC
AGGAGCGGGCTAGGCTGCTAAGAATGGAAGCTAACCAGAGAAGAGATGATGCTGCTCGCA
AGAGATTATCTCTCAAGGAGCCTAAAACCCTTGACTTCATTTTTGGTTTCAACATTGAGA
ATAGGAAATATTACGGCATGTTTATATATAATTGCAATCGTCTGATAAGAGTTTACGAAA
AAGTGGGACCGCAGATTGATGGAGGAGTGAATTGCGCCGGCGTCATCGGTGTTGTTAACG
TTCCGTACTTGGTCCTTGAACCCACGCACAACAAACAAAACTTTGCAGATAGTAAAGAAT
ACATGCATCTGCTAAAGGCAATGGGTGACCATCTTCAGTGCTATTGGCGCGATTCTAAGG
TTAATGAAGGTCGCGGAGTTATAAATTTTTGGGAAGGTTTCGGGTACATGTCATCTTCGT
GGGAGGAGGAGCCATCGACAGATCCAAAATATCTTCGAGTTAGAGCGATGCATATTCCTA
AAGTTATTCAGTGCGACGGTTGTAGGAAGTGGAGAATGCTACCTTTCCAGTCTAATATGA
TAGGAAAAGAGCCACTTGAAAACTGGATTTGCTCAATGAACCCTGACCCCAAGCACAGCA
AGTGTCAGTGCCCAGAAGAGAAACCGTCTATACCCGTGGGAGAATTCAGAAAAGAAACAA
AATCAATTGAACAAAAGCGTGCCGAAAAGGAAGAAAAGTTAGCAAAAATGCAAAAGGATA
TAGATAAGATGTCTAAAATACAAACAGTCACAAGCTCTCGAGAGGCGCAACGAAAGATGA
GTGTACCATTTCCTCCCTCAAGACGACATAGCGCAACATCAGAAAAGCGAAGAACCGTAT
CTTCAGAGAGTGAGGATGAGGAAGAAGAAGAACCCGCAAGCAGACGTTCTAGTAGAAACA
TTAGCTTAGAAGAAAATTATTCTCCCGAAAGGGTACGCAGAAGTATCCCCGCCAGAAGTT
TATCCTCAAATACGGAAAGTCACAACCTAAAAAGAAAAATGCCACCTATCAATTTCGGAG
GCAGGACGAAGAAGTCTGCCACGGTCGTTTCTACGCTCAATCATGTATCTTCAACAACTA
GGCAGACCAGAGAATTGGAATTGGGAAGAAGGAGAAAGAGCACCGTAGAAGATTCGGAAA
GTTCTGGTAATGAAAAAGAGGAAAATGACAAACCAGTGCGAACTGTCATCGGCCAGACCG
TTGAAGTTGACATTAGTGGAAAATGGCGTTCTGGACGTATTGTAACTGCCAAAGTGATAC
CTTCAGAGCCAACAAAATGGAGAATCAAGTTCGATCAACACCCTCAAGATCGGTTTGACA
AATGGCTGGAAGAGGGTTCTCCATATATACGTTTCACAGATGACAACAAACTTGCCAATG
GTGTTCGTCCCACAATGCAGAAATTGAATCCTAAGCAATCTCTAGGTCAAGTCACGCAAC
AACAACCACATTCTTCGACGGGTAGCAGCCTCGTTCTCGACAGTCAGAAGCAGTCTGAAC
TGCAGGAAAATGCTCTTGGGAAATTGAGAACATGCCTACGATATTTCCTTCCACCACAGT
GGAAGATGCCTAAAGAAGAGATCAATAACCTTTCACTTCAAGAACTAGTTGATTTCCCAA
TGGATGATTTTTTTGACCATTACGAGAAAGGACTTAGGAAGCTGGTAAGTAATTTTCGTA
CACAAGCTGACCAACAAAAGGCAATTGCCGTCAATGCAAAGAAAGAGCTCGAAACCACAA
GGCAACTGTTGATGGATGTCTTGAAAAAAGCGGACAAAAATAACTCTGATGTAGACCTGG
AATCTGTGAAAACACAGGCACAAAAATTCTTGGAAAACCAAATATGACAATTTGTTCTAC
TTTGATATATGTGAAGTAGTTCCGAACATAGGGGAGTTCCAATCAAATCAGTTGTGGTTA
GAAAATACCATGATGATCATCTCAATTGTCATGGAGTTGTACACACGAATGAGCATACAA
AGAACTGATTTATGTTCCATACTCACGATATTGTAGACAATATGGTACAAGCTAGCTATG
GAACAGCTTATTGCAAATAGTACTGAAATGAATAGCATCCCATCCACATTTTTTGACTCA
TTTTTTTATTATGTCTCGTCCAATGAATCCATTTCAATTTATATACAAAACTTGGATTAT
GACTTGCTTGGGATGGAGGAAGAATACATGACAGTTTCTGTAGTGGCATTTATATATTCT
TCATAGTATATTTGCATATAAGAAGGATATGTTATTCCTTGGGTAAATATTTGTTTTCCT
CAGCTCTCTGCAGAATCTTATTAGAAAAACCATGTAGTTAACAAACTAACAGCAGTGTAT
CATTATATCATGACTCCATATTTGAGCATCATTGGGATATTTTACCCTTCAACCTGTATG
AATTTTTGTACATCCATTTTAAATTTTT

InterProScan

SUPERFAMILY
HATPase_C_sf (IPR036890) - T[24-71] 1.28E-5
ProSiteProfiles
Znf_CW (IPR011124) - T[468-522] 13.308
Pfam
Znf_CW (IPR011124) - T[474-520] 7.0E-13

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
MORC2_HUMAN 39.645 % 670 0
MORC1_HUMAN 42.414 % 447 6.56E-142
MORC4_HUMAN 33.574 % 133 9.41E-32