KEGG T01011: 100494441

Xenopus tropicalis (tropical clawed frog): 100494441

Entry

100494441         CDS       T01011

Symbol

dennd4c

Name

(RefSeq) DENN domain-containing protein 4C

K20163

DENN domain-containing protein 4

Organism

xtr Xenopus tropicalis (tropical clawed frog)

Brite

KEGG Orthology (KO) [BR:xtr00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xtr04131]
    100494441 (dennd4c)
Membrane trafficking [BR:xtr04131]
Protein recycling
  Rab GTPases and associated proteins
   Other Rab GTPase associated proteins
    100494441 (dennd4c)

SSDB

Motif

Pfam:

DENN dDENN uDENN PPR_2 DUF2464 PPR_long PPR_3 Papo_T_antigen

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

Xenbase:

UniProt:

Position

1:118922252..118996764

AA seq 1957 aa
MMEDKGPRVADYFVVAGLTDTFKLLDHDMGRIETKTLGPKAPITDIAVINKTAGETVPEG
YTCIEITQSGLQANLNHGSLKSPEMFICYRREKGKPPLTDIGVLYEGKEHLLKGCEVIQA
TPYGRCANVNNSSGTSMRIFLTYRRSLPVRLQNSLAVTDICIIISNKGETPPHTFCKVDK
NLNCGMWGSNVFLCYKKSVPASNSIPYKAGLIFRYPEEDNESFPLSESVPLFCLPMGATI
ECWDPQIRHPLPVFSTFVLTGSTAEKVYGAAIQFYETYPREMLSEKQMIQLGLITAVEKK
VLTYKNINSKKCICLLSHWPFFETFRKFLMFIYKLSVSGPHTLPIEKHISHFMHNVPFPS
PQRPRILVQLSAHDALVLSQPVATPMPLSGANFSTLLMNLGPENCASLLLFVLLECKILL
HSLRPAVLTGVAEAVVAMIFPFQWQCPYIPLCPLSLADVLSAPIPFIVGVDSRYFDLYDP
PQDVVCIDLDTSMVYTSEDKRNLSWKQLPKKPVKNLIGVLKKLYPRLSSVHQKSPEESAV
LMAPIEADFSWQKKTTDLEMEIQEAFLRFMASILKGYRAYLKPITQAPSNKATAADSLFD
RQGFLKSRDRAHIKFYTSLTKTQIFIRFIEECSFVSDKDTSLAFFDDCIDKLFPDKGVER
GDKGDLEFPEDTRLIELDDSQKSEHTVFIMPPEPLPEDGPDPHPRYSYKNFPRLDYALFD
RIRDQYLTFNGNTKSSRAASSPTFIAKRTKQEIKTAHKLARKYFSNDPAWGKCLFSQCFS
LWFICLPVYVKVSHSKARALQKAYDVLVKMRKTDVDPLDEVCYRVVMQLCGIWENPALAV
RVLFEMKNAGIQPNAITYGYYNKVVLVSPWPSSNRSGNFLWTKVRNVVFGLAQFRRATKK
PQTSSESSSASALPSAAHANDGNAVSRQKVDNYNDSNSGEHTLFVRDLIRTDSTDNHSST
ESPSKNGSKDKVETDDAQSGSDQKNKAETDAKAKQKHTPDCDEPSLSSMDPTVSSEGHPE
KLHSTSEVPNPPESPPCASSIVKVPSGIFDSTGRKSSTGGGTGPLSPVSDVGEDHVFSSE
GQNKKSSERAQKRQKMFAERSCSFSAESRAGMLLKKGSLDLTTNEIAIKMGADAKILTAA
LSKTPPPQHAKNEFCFESIGEQSVCQTSDSTACEQDEKPDTETEELTASRLQGPSDQLDT
VKEESTVDAGDSVIGTVKDSVALRDTPKLISELNKRHSFYGLTKSVEREGVEKGLDPLSL
MASQTVEKEPSPSEEKHISPVVARNLADEIESYMNLKSPLGSKSSSMELGGQECNARESG
NHSQAGLERRSSLPVDSFPPSEVQSENQKNSAVSRSKTFTSSPKHHLRNQKERSVSLTAL
VRSSPHGSLGSMVNSFPGLKFDNLLTGPKMDVLKSGMKQAATVASKVWGAVASAYSYSDD
EEESQSQRGQSNFPVRPQESGVGDNLSFKMPSNGLSGNELTQSNTSLGSSSSGDTSKHSY
LNESVQGKASKVLESEKSEQGSSHSTSLSSIFQNWAMEVLMSSCSQCRGCDALVYDEEIM
AGWTFDDSNLNTTCPFCKRPFLPLLNIEFKDLRGTASFFLKPSNSGDSLHGSNLRVMADS
SERKLQSESTASDLISFGESSTTPQTTAEESNTDTQQSDQAEEDGTMKSSETNNAPKRGA
SLTRSHSVGGPLQNIDLSQRPSHGISTVSLPNSLQEAVDPLEKRHNPPPVSVPYLSPLVL
RKELESLLENEGDHVIYTSTFINQHPIIFWNLVWFFRRLDLPSNLPGLILSSEHCNGGVQ
LPLSSLSQDSKLVYIQLLWDNINLHQEPGEPLYSKFRALDNIKKKASPIPYDQQSTNNLL
ESITLSIQHNDVLRPISLLLQKCSTTGKRQRSLYREILYLSLVSLGRENIDIEAFDNEYR
IAYEKLPLEMQQKMQKIDQPPSKKVECCRSIFGAPLI

NT seq 5874 nt +upstreamnt +downstreamnt
atgatggaagacaaagggcctcgggtagcagactactttgttgtggcaggactgacagac
accttcaagctattagatcatgacatgggtcggatagaaactaagacattaggtcccaaa
gctccaatcactgatattgctgttatcaacaagacagctggagagaccgtgccagagggc
tacacatgtattgaaatcacacaaagtgggttgcaggcaaatctgaaccatggaagctta
aagagtccagaaatgtttatctgttacagacgagaaaaagggaaacctccactaacagac
attggtgtgttatatgaaggaaaagaacacctattgaaaggctgtgaggttatccaggct
acaccatatggacgctgcgcaaatgtcaataacagctcgggtacctccatgaggatattt
ctaacttaccgacgatctttacctgttcgccttcagaactccttggcagtaactgacata
tgtataatcatcagtaataaaggagagacaccaccccataccttctgtaaggtggacaaa
aacctcaactgtggaatgtggggatccaatgttttcctgtgttataagaagtctgtccct
gcatctaactcaattccttataaagctggtttgattttcagatatccagaggaggataac
gagtcatttcctctatcagagtccgtgccactcttttgccttcccatgggagccactatt
gaatgctgggaccctcaaatccgacatcctctccctgttttctctacttttgtattgaca
ggttccacagctgaaaaggtttatggtgctgctattcagttctatgagacttacccacgt
gaaatgttgtctgagaagcagatgattcagttaggactgatcacagctgtggagaagaaa
gtgctcacctacaaaaatattaactccaagaagtgcatatgtttgctttctcactggcct
ttctttgagaccttccgcaagtttcttatgttcatctacaagctgtctgtgtctggccct
catacccttcctattgaaaagcacatatcgcactttatgcacaatgttcccttcccatca
ccacagaggccaagaattcttgttcagctctctgctcatgatgccttagttctgtcccag
ccagtagcaacaccaatgcctctaagtggagcaaattttagtacactgcttatgaatctt
ggaccagaaaactgtgcttctttgctgttgttcgtactgctagaatgcaagattctcctt
cactccctcaggccagcagtgctgactggagttgctgaggctgtagtagctatgattttc
cctttccagtggcagtgcccttacatccccctgtgcccactgtctctcgcggatgtgctt
agtgcacctattccctttattgtgggagtggattctcgatactttgatttgtatgacccg
cctcaggatgttgtttgcatcgacttggacacaagcatggtttacacgtctgaagacaag
aggaatttaagctggaaacagcttcccaagaaaccagtgaaaaaccttattggcgtctta
aaaaagctttacccacgactctcttcagttcaccaaaagtctccagaagagtctgctgtg
ctgatggccccaattgaggcagacttctcatggcaaaagaaaacaacagatttggagatg
gaaattcaagaggcatttctacggttcatggcatccatactcaaaggttatagggcttac
ttgaaacccataactcaagcaccatccaacaaagctactgctgcagattcactgtttgac
cgtcaagggtttttgaaaagtagggatcgtgcacacataaaattctacacttcactgaca
aaaacccagattttcatccgcttcattgaagagtgcagctttgtcagtgataaggacacc
agcctggccttctttgatgactgcattgataagttgtttcctgataaaggagtggagaga
ggtgataagggggatctggagtttccagaagacactcgtctgattgagctagatgactca
cagaagagcgagcacactgtgtttataatgccacctgagcctctgccggaagatggacct
gaccctcacccaagatatagctacaaaaactttccaagactagactacgctctttttgac
cgaatacgtgatcaatatcttactttcaatgggaatactaagagtagcagagcagcaagc
agccccacatttattgcaaaaaggacaaaacaggaaatcaaaacggctcacaagttagct
agaaaatattttagcaacgatcctgcttggggcaaatgtctcttcagccagtgcttcagt
ttgtggtttatttgcctgcctgtttatgttaaggtatcacattcaaaagcacgtgcactt
cagaaggcttatgatgtgctggttaagatgaggaaaactgatgtagatccattggatgag
gtgtgttacagagtggtaatgcaactgtgtggcatttgggagaaccctgctctggcagtg
agagtattatttgagatgaaaaacgctgggatacagccaaatgcaattacctatggttac
tataataaggttgtgttggtcagcccatggccaagcagtaatcgcagtggaaacttccta
tggacaaaagtgcgcaatgtggtgtttggtttggctcagttccgaagggcaacgaagaag
ccacagacatcttccgagtcctcttcggcatcagcgcttccaagtgctgcacatgcaaat
gatggcaatgctgtgagccgacaaaaagtggataattataacgattctaactctggggag
cacacccttttcgtgcgcgatctaatcagaactgattccactgataaccattctagcaca
gagagtccatctaaaaatggctccaaagacaaggtcgagacagatgatgctcagagtggt
tctgatcagaaaaacaaagcagaaacagacgctaaagcaaagcagaaacacacaccagac
tgtgatgagccttcactttcctctatggatccaacagtatctagtgaaggacatccagaa
aaattacattcaacctctgaggttccaaatcctcctgaatcacctccttgtgcaagtagc
attgttaaagtaccttctggaatttttgacagcacaggaaggaaaagcagtaccggaggt
ggaactggaccattatccccggtttcagatgttggggaagaccatgtgttttccagcgaa
ggtcaaaacaagaagtccagtgagagagctcaaaagaggcagaaaatgtttgctgagcga
agctgtagtttcagcgcagagagccgagctggtatgctactaaagaaaggcagtcttgac
ctaaccactaatgaaattgccataaagatgggagcggatgcaaaaatacttactgcagct
ctttcaaagacaccaccaccccagcatgctaagaatgaattctgctttgaaagtataggt
gaacagtctgtctgtcagacatctgatagcacagcttgtgaacaagatgaaaaacctgac
acagagactgaggagctaacagcctcacgactgcaggggccatctgatcagttagatacg
gtgaaagaggaaagcacagtggatgctggggactctgttataggcacagtgaaagacagc
gttgctctcagggatactcctaaacttataagtgaacttaataaaaggcatagtttttat
ggcctcactaaatccgtagaaagagaaggggtagaaaagggtcttgaccctctatcttta
atggcttcacagacagtggagaaagagccatcaccatctgaggaaaagcacatttcccct
gttgtggcacgtaatctggccgatgagattgaaagttacatgaacctgaaaagtcctctt
ggctccaagtcttcaagtatggagctaggaggacaggagtgcaatgcaagggaatctggg
aaccacagccaagctggcctggagcggcgctctagcttacccgtagactcttttcctcca
tcagaagtgcagagtgaaaaccagaagaactcagctgtatccagatccaagacttttact
agcagtccaaagcatcacctacgcaaccaaaaggaacgatcagtttcactcactgccctt
gtccgcagctccccacatggctctttgggttcgatggttaactcctttcctgggctaaaa
tttgacaaccttctgacaggacctaaaatggatgtgctgaaatcaggcatgaagcaggca
gccactgtagcaagtaaagtttggggggctgttgcatccgcttatagctactctgatgat
gaggaggaaagtcaaagtcagagaggtcagtctaactttcctgtaagacctcaagagtct
ggtgttggtgacaatctttccttcaagatgccttcaaatggactttctggcaatgagctg
acacagagcaataccagcttaggcagcagcagcagtggagacacaagcaagcacagctac
ttaaatgaatctgtacaggggaaagcatcaaaggttctagagtctgaaaaatcagagcaa
ggatcctctcacagcaccagcttgtcaagcatatttcagaactgggcaatggaggtcttg
atgtctagttgctctcagtgccgaggttgtgatgcacttgtgtatgatgaagagataatg
gctggatggacttttgatgactcaaacttaaatactacttgtcccttttgtaaaagaccc
tttttaccacttcttaatattgagtttaaagaccttcgtggtactgcaagcttttttctt
aagccaagtaactcaggagacagtcttcatggcagtaaccttcgggtaatggcagattcg
tcagagcgtaaactgcaatcagaatctacagccagtgacctgatcagctttggggaatct
tccactactccccaaaccacagcagaggaaagtaatacagacactcagcagagtgaccag
gctgaagaagatggaaccatgaagtcttctgagacaaacaatgcaccaaagcgaggagcg
tcactgactaggagtcacagcgtaggagggcctctacaaaacattgacttatcccaaagg
ccttctcatggaatttccactgtcagtcttcccaacagcctgcaagaagctgtggatcct
ttggaaaagcggcacaaccctcctcctgtctccgtcccctaccttagtccccttgtccta
cgcaaggagctggaatctttgctggagaatgagggcgaccatgtcatctacacatccact
tttattaaccagcatcctattatcttctggaacctggtttggttctttagacgtttggac
ctgcccagcaatttgccagggctcatcctctcatctgagcactgcaatggaggggtgcag
ctcccgctatcatctctatctcaggacagcaagctagtctatatacaactgttgtgggac
aacataaaccttcaccaggagcccggggagcccctttacagcaaatttagagccctggac
aatatcaagaagaaggcttctcctatcccatatgatcaacaaagcaccaacaatttactg
gaaagcattacgcttagtatccagcataatgacgtccttaggcctatcagcctgctcctg
cagaaatgcagcacaactggaaagaggcaaaggagcttgtatagagaaatactgtacctt
tctttggtgtctcttggaagagaaaatatcgacatagaggcctttgacaatgaatataga
atcgcttatgaaaagctccctcttgagatgcagcaaaaaatgcagaaaattgatcagcct
ccaagcaagaaggtggaatgctgcaggagtatctttggagcgcccctaatatga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (8)   
   Pfam (8)   
All databases (23)   

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