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TRANSCRIPT CARD

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  1. Clone 'AHC0AAA23YE03' > 
  2. Clone 'AHC0AAA213YM06' > 
  3. Transcript 'Phmamm.CG.MTP2014.S3...'

Transcript Model

Transcript Id

Phmamm.CG.MTP2014.S31.g01233.01.t

Possible name(s)

DENND1A; DENND1B; DENND1C

Gene model

Phmamm.CG.MTP2014.S31.g01233

Location

S31 [108,338 / 128,397]

Sequences

Amino acid sequence

Length: 768

>Phmamm.CG.MTP2014.S31.g01233.01.p
MLEKLYEQDVPASTEAIQLNPTLLFHVPDPNNLPSIPENRNISEYYSALNPHCMIDIFAS
LMFERRVIFTSKNLGTLTSCVHSAEALLRPLHWQHIFIPVMPPHLLDYCLAPMPYLVGIH
SSLMPRVRDMIYNDPDVVIANVDEEEVETMHNDVESIPNDVVSFLKSLLRKQNIQMGTNL
ALAFLRTQARLIGGFKHGLTYPEGEFKVLFDEDKFIESYRSTTAKEFAKTLIQLQSFKQF
IDGRLDMLNCGEGFKDSFENECSVLNNISENDQDTVKEWLNSAKKGGNELFTQFKKKAKG
NMKFARHSIIEVLKQQENSQQNIKPLNETTQRIRPSRPERPPPISSEKLQEMRARRPPPP
RPPPPRTRSSFKKAHKNRPTRKYNTLDLGDDLDGWNMVSEQGTLEGVERDRSLSHFSNVD
VNLVSEMETAIQDIVNTNSSNAKHLPPEEPLENNVDFMSEFSTRQPESPIQEASDADLTS
SESPKTSRNTSLKRASPVHKRPSLLLKPPGYNDEPLSPTFLSGTPTTPLVDLSVTSTPEK
KAAMVRSDSRELSNDLLGLSLFPQTTEASQTNATQNKVDNSGQSKTWVTFDNEEGNAKSF
NPFITDIAPGIVKSKTEHLLNTAVSDTSTAGTLCPEKMYNKKIEQRHPLAVTRAASQQVF
PSTHTSPFQYPSVATSNHQKPSGLAYNRTMSHGKLSTSHFAPYRMSEPTAPNNPFHSNSP
VRSLVSETRRADKLVRTGSLPVAGQSNISSNPDLFSDLLSNWKTKEGM

Nucleotide sequence

Length: 3,577

>Phmamm.CG.MTP2014.S31.g01233.01.t
AAGAAAAGCAAACATGTGAAACAAGTCTGGGATCAAGGCTCAGGAAAGATGTTGCCAAGG
TCTTTGATTGTTTTCTCATAGTTTGCAGGCCAGTTGGAGAAGGTAGCTTAAATTGTGATA
TTTATCGTACAACATCTATCTTAAAACTTATTCTTTTCAGATCCAGCAACTGAATACAAA
TACCCTTTTGATTTTTCTGACAAGGAGATTATTCAACAATCGCTTCTGTTCTGTTTTCCA
TTTGAGAACAAGAATGTCCACCAACCTCGTGCAAGTCATTTCACTTTTATTTTCACCGAC
ATAGAAGGAAAACATAGATTTGGATTTTGCAAACTTGTGAATGGTGGAACAAAATGTTTT
TGCATATTAAGCTTTGTCCCTTGGTTTGAGATATTTTACAAACTCCTCAACTACGCCAGT
GAATTATCGTCAGAGGTAAACTCGGATAACCTTACTGCAATGTTGGAAAAACTTTACGAA
CAAGATGTTCCAGCATCAACAGAAGCGATTCAGTTAAACCCTACTCTTCTCTTTCATGTT
CCTGACCCAAATAACCTTCCTTCAATTCCAGAAAACAGAAATATTTCGGAGTATTATTCT
GCACTTAACCCTCACTGTATGATTGACATCTTTGCAAGTTTAATGTTCGAACGAAGAGTC
ATTTTTACTTCGAAAAATCTTGGCACATTGACGTCCTGCGTTCATAGTGCAGAGGCATTG
CTACGGCCGCTCCATTGGCAACATATCTTCATCCCAGTTATGCCCCCTCATCTACTTGAC
TATTGTTTAGCCCCGATGCCATACCTTGTTGGAATTCATTCATCATTGATGCCGCGTGTT
CGAGACATGATATATAACGATCCAGACGTTGTAATTGCAAATGTTGATGAAGAGGAAGTT
GAAACTATGCACAACGACGTGGAAAGTATTCCAAATGATGTGGTTTCGTTTTTAAAATCT
CTTCTTCGCAAGCAAAACATTCAAATGGGCACAAACCTGGCGTTGGCATTTCTCCGAACA
CAAGCTCGCCTGATTGGTGGATTCAAACACGGACTCACATATCCTGAGGGGGAATTCAAG
GTCCTCTTCGACGAAGATAAATTTATCGAATCTTACAGGTCAACTACTGCGAAGGAATTT
GCGAAAACCCTCATCCAGTTGCAGTCGTTCAAGCAATTTATTGACGGTCGATTGGATATG
CTCAACTGTGGTGAAGGATTTAAGGACTCGTTTGAGAACGAATGTTCAGTTCTAAACAAC
ATCAGTGAAAACGACCAAGATACTGTGAAAGAATGGCTGAATTCTGCAAAGAAAGGCGGA
AATGAATTGTTTACTCAGTTCAAGAAAAAGGCGAAGGGCAACATGAAGTTTGCCCGACAC
AGCATAATTGAAGTTCTGAAACAACAGGAAAACTCACAACAAAATATCAAACCTCTCAAT
GAAACCACTCAAAGGATTCGCCCAAGTAGGCCAGAGAGACCTCCACCAATTTCATCCGAA
AAACTTCAAGAGATGAGAGCACGACGCCCACCCCCTCCTAGACCACCGCCCCCTAGAACA
AGAAGCAGTTTCAAAAAAGCCCACAAGAATCGTCCCACTCGAAAGTACAACACACTTGAT
CTTGGCGATGACTTGGACGGCTGGAACATGGTCAGTGAACAAGGAACACTAGAGGGAGTA
GAGAGGGACCGGAGTTTGAGTCATTTCTCCAACGTCGACGTCAACTTGGTGTCAGAAATG
GAAACAGCCATTCAAGATATTGTTAACACTAACTCATCAAATGCCAAACATCTGCCACCC
GAGGAACCACTGGAAAATAATGTCGATTTCATGTCAGAATTCAGCACAAGACAACCTGAA
TCTCCTATTCAGGAAGCCAGTGATGCAGATCTCACATCCAGTGAAAGTCCTAAAACTAGT
CGAAATACGTCGCTTAAACGTGCGTCACCTGTTCACAAAAGACCGAGTCTGCTCCTGAAG
CCCCCGGGATACAACGATGAGCCCCTTTCACCCACATTCCTGTCTGGGACCCCAACTACA
CCCCTTGTCGATTTAAGTGTTACTTCAACTCCTGAGAAAAAGGCTGCCATGGTGCGATCT
GATTCTCGTGAACTTTCGAATGACCTTCTTGGTCTCAGTTTGTTTCCTCAAACGACTGAA
GCTTCCCAAACCAACGCAACACAGAACAAAGTGGACAATTCTGGGCAGAGTAAGACTTGG
GTCACTTTCGACAACGAAGAGGGCAATGCAAAGTCCTTCAACCCTTTCATCACCGACATA
GCTCCTGGAATTGTGAAATCAAAGACTGAACATTTGCTGAACACAGCAGTGTCTGACACA
AGTACAGCTGGGACGTTGTGCCCAGAGAAGATGTACAACAAAAAAATAGAGCAACGCCAT
CCACTGGCAGTTACCAGAGCAGCATCTCAGCAAGTGTTTCCTTCAACTCATACTAGTCCG
TTCCAGTACCCTTCTGTTGCCACAAGCAACCATCAGAAACCTTCCGGTTTGGCTTATAAC
CGCACGATGTCGCACGGCAAGTTGTCAACGAGCCACTTCGCTCCATACAGAATGAGCGAA
CCGACGGCACCGAACAATCCATTCCATTCCAATTCACCAGTGCGCTCCCTGGTTTCTGAG
ACACGGAGAGCGGATAAACTTGTTAGAACTGGTTCCCTACCTGTTGCCGGCCAAAGTAAC
ATTAGTAGCAATCCTGATTTGTTTTCAGACTTGTTAAGTAATTGGAAAACCAAAGAAGGA
ATGTAATAATTCCAATTCAAGAGTTTGCTTTTAGTTACTGTATCACATAAACAACATAAT
TGTCAGGTGTAAAAAATTCATTGTGATTTTTTATTATTTATAACGAAGGGGTATCTGCTA
GAAAAGTTGTCATACATTCAACATTTTAATATTCAATAGTTTGTATTATAGTTGTTTGAC
ATTTCTAACTGCTAAACATTCTACATCCCAAAACCTAGAGTTGCAGTTTGATAACCTGAA
TTGGACAACATACAGTGCTAAATATCGAGAACAGTTACTTAAATAACTAGAATGTGCAAT
TCTAATCAATTTATTTTTGAATGTGTAGTTAATAGCGTCTTGTTTGAAGAAAGTTTTTTA
GTTCACATTTTGATTGGTAAAAAAATGCAAAACAAAATTGCTTTGTGCAATTTACCAATA
AATACTAAAAAAATAAAATTTATTAGGAAACTTGCTATCTTTGGTCTTTTAATTTTATTT
AAAGAATATTTTTGCAAACCATTTGACCAAAAATGCACTTTCAGATGTGGGGAATATATG
TCTGTCATTCATTCTGTTAATGAAGTGTTGTGGTGCAAATGGCCAGTGCTGGTGTAGATT
AATTCATTTGAAAATAGATTTGCCAAACAAGGACAAAACTGGGGTCAAGTTTTAAAATTT
TGTGCTTGCGATTTGATTCAAATGCACTTTATATGTTAAATATTGCGAAAAGGTAATTTC
TATGCAGTATAGTAATTGTTACTGAGCCTAAACTGAATAATTCCCTGAAAACTTGTTAAT
AATTATTTTACTGGTTAATGAGTTCAATAAAACCCAC

InterProScan

SMART
cDENN_dom (IPR001194) - T[1-145] 8.5E-34
ProSiteProfiles
Tripartite_DENN (IPR037516) - T[1-251] 39.081
Pfam
cDENN_dom (IPR001194) - T[5-144] 2.1E-35
SMART
dDENN_dom (IPR005112) - T[176-244] 7.2E-11
Pfam
dDENN_dom (IPR005112) - T[210-259] 4.4E-7

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
DEN1A_HUMAN 42.773 % 291 2.67E-85
DEN1B_HUMAN 41.026 % 268 1.01E-78
DEN1C_HUMAN 43.051 % 251 4.65E-72