KEGG   Xenopus tropicalis (tropical clawed frog): 100492779
Entry
100492779         CDS       T01011                                 
Symbol
arap3
Name
(RefSeq) arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3 isoform X1
  KO
K12490  Arf-GAP with Rho-GAP domain, ANK repeat and PH domain-containing protein 3
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    100492779 (arap3)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xtr04131]
    100492779 (arap3)
Membrane trafficking [BR:xtr04131]
 Endocytosis
  Arf GTPases and associated proteins
   Arf associated proteins
    100492779 (arap3)
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    100492779 (arap3)
SSDB
Motif
Pfam: RhoGAP PH ArfGap SAM_1 RA SAM_2 PH_8 PH_6 PH_3 PH_11 TraV
Other DBs
NCBI-GeneID: 100492779
NCBI-ProteinID: XP_002933683
Xenbase: XB-GENE-983598
UniProt: A0A6I8RI60
Position
3:complement(28335069..28424649)
AA seq 1805 aa
MSSVEQANLDIADWLCAIHLERYQDSFKRHGYKKVRDILTLDNKELQQIGIAATGHRKRI
MSRLRHPSGEAWPQSNAGSLERAESQEIFFRDDKDDEMVQRNIEKRIMEEIANRDNTENA
NEKKTSCEPTVKPVPKPRTVFNKITTAIHKPHLISPYTISPATSSTYLENHTNAAGNIFQ
QEAFVFRGSSLDLEEYNSLTGQQPERVDLEVGTQKYSSAGAGKPFHPFPSLPVRQNKRAS
LPGSLDHRIFVQMEADTTPCSALSALPSFAGNEEEVTSFSTSPLSPQETLTMISNEIYSG
FDRRAATVNWTPDIDTSRNNLSLKPPDIKKHEATSAPERLSCSGVSELELPVVPERPSST
IEEINPYCEAVFNRNPQAQDPKDGKNTKFRTCTATMPMFTPGEEKGQARNSSDAVIDRKG
EGEEGKTHRINQIAQNDQEGYSTVDAPPANNRFSLPSDLYKDEILDDLTISPYASFTSLS
ERSRPVLSTWLDKLSPQGNYVFQRRYVKFDGQNLMYFSNDKELYPKGVIPLSSIEMARST
KENKFEVVTKHRTFVFRAENEVQRNEWCATIQNRVKEHRMVFPRLRLGCSSSCQRSGYLE
LKGYKSKIFAVLTTDELWIHKNEQLFKMGIGMFVIGMHGCTIRDVRNKNFELVTMQKIFS
FTAESEREKKEWMEALLECISESLSDYEVAEKIWSNKSNKICADCRASNPDWASINLCVV
ICKQCAGVHRSLGTNISKVQSLKLDTSIWSNEIVQLFIILGNDKANRFWAAKLLPSEMLH
TDDPVERRRNFITQKYREGKYRGFHPQLNTQEEILKVLCAAVAGPNLLNSVMQLFSDAEC
VADAVGQDNAMLVVQSSDTWRASTNSINADSLGFDEANQARVYDEILQPVVHSGYLNKTA
ALTKLFTARKSKDEFHKHWCVLERSLTFYDSDKASEPLGKIDPSEVVCMGVTRQDVLCSP
SPVERFRYMFEIYLATEKVHQFGTDAAETLQTWTSAIGKWFTPVSCHCLVAHEFQRVGRM
RYKAMLNPDHWMEGFFLLKKCHLFICPGDQNAAEDSVNLRQLQELTVSLGSENTEKKDML
ILVEKGRTLYLQGVTKADFLAWSTDIQAAACSSGNVLREQQLSRNDIPIIVDSCIAFLTQ
YGLRHEGIYRKNGAKSRIKLLMDEFRKDARNVKLRISDNFIEDVTDVLKRFFRELDDPIF
TTELHPQWKEAADNPEKSKRLEKYMELINHLPRVNRATLAALIGHLYRVQKCADLNQMCT
KNLALLFAPSLFQTDGKGEHEVKVMEDIIDNYASVFEIDEEQVTQMDLENSLITTWKDVQ
LSQAGDLIIEVYLEKKLPDCCVTLKVSPVMTAEELTNQVLDMRNISASMDVWLTFEVFEN
GELERPLHPKEKVLEQALQWCKLAEPSSAFLLVKKIPIGEGSCLFTGTKRETPKCGLLKC
REETPKLLGSKFQERYFVIRDRKLLLLKEKKSAKPEREWPLDTAKVYMGIRKKMKAPSQW
GFTIYLDKQQLCLCCSGQPEMWDWITSILKAQHDDLRPVILRRHSSSDVTKQKFGTMPLV
PIRGDDTNSTMVTANQTLRRLHTRRTLSMFFPMKMHQDSLEELQEKQSEEYDEAVYEEVG
NFQSLPQSELDFASEKQLVPPPLDRTKKPALTQDLKKLTVPATLDQRKSCSPERPERDSY
RKSHSLDRNVCVDSSVTGLSENFKPSRTERGITSSLLKTGSLERTVETSRLQAVATRSQG
AKSTLDLSSLPPLFFEPVPPSDTAKNPAWKKNSGVPNQIQDKLVQELSAIILKKNDAAST
GQQVT
NT seq 5418 nt   +upstreamnt  +downstreamnt
atgtcttctgttgaacaagcaaacttggacattgctgactggctatgtgcaatccatctt
gagagataccaggacagtttcaagcgacatggttataaaaaggtgagagatattctcaca
cttgataataaagagcttcagcaaattggcattgctgccacaggccacaggaaaagaatt
atgagtcgcttgagacacccttctggagaagcctggccacagtctaatgcaggtagcttg
gagagggcagagtctcaggagattttctttagagatgataaagatgatgaaatggttcaa
agaaacatagaaaaaaggattatggaagaaattgctaatcgggacaatacagaaaatgcc
aatgaaaaaaagactagttgtgaacctactgtaaaaccagttccgaaacctagaacagtg
tttaataagattacaactgcaatacacaaacctcatcttatatctccatatacaatatcg
ccagctacatcatctacttatctagaaaaccatacaaatgctgctggaaacatttttcaa
caggaagcttttgttttcagaggaagcagcttggatttagaggaatataactcattaaca
gggcagcagccagaaagggtggacctggaggttgggactcagaagtattcatccgctggg
gctggaaaaccttttcatccctttccatccctccctgtgcgacagaacaaaagggcttct
ctgcctggctccttagaccacagaatctttgtacagatggaagctgatacgactccatgt
tctgctctatcagctttgccttcctttgctggaaacgaagaggaagtcacctctttctca
accagccctctttctccccaggaaacgctaacaatgatatccaatgaaatctattctggg
tttgatcggagagctgctactgtcaattggactccagacattgacacatcaaggaacaat
ctaagtttaaaacctcctgacattaaaaagcatgaagctacttcagcaccagaaagatta
agctgttcgggggtttcagaactagaattgcctgttgttcctgagagacccagctctaca
atagaagaaattaatccctactgtgaggcagtcttcaatcggaaccctcaagcacaggat
ccaaaggatggcaaaaacaccaaattccgcacatgtaccgccaccatgcctatgtttaca
ccgggggaggagaagggccaagccaggaattccagtgatgcagtcattgatagaaagggt
gagggagaagaaggaaagacgcacagaatcaatcaaatagcccaaaatgaccaggaaggc
tactcaactgtcgatgcacctccagccaacaacaggttcagccttccttctgacttgtac
aaggatgagatcttagatgacctgactatctcgccatatgccagctttacgtctctgtca
gaacgttcccggccagtgctgagtacatggctggacaaactttcgcctcaaggtaattat
gtctttcagagacgatatgtaaagtttgatggacagaatctcatgtatttcagcaatgac
aaggagctgtacccaaaaggagtcatccctctctcctccatcgaaatggctcgctcaacc
aaagaaaataaatttgaagttgtcacaaaacacaggacgtttgtgttcagagcagagaat
gaagtacaaaggaacgagtggtgtgccacgatccagaatagggttaaagaacatcgaatg
gtcttcccacgtctgcgccttggctgcagctcatcatgtcagagatccggctacctggag
ctaaaaggctataaatccaagatctttgctgttcttacaacagatgaattgtggattcac
aaaaatgagcagcttttcaaaatggggataggaatgtttgtgattggaatgcatggctgc
accataagagacgtacggaacaagaactttgaacttgtcaccatgcaaaaaatcttcagt
ttcactgcagaatctgagagggagaagaaagagtggatggaggccctgctagagtgcatc
tcagagtcgctgtctgactatgaagtagctgaaaagatctggtccaataaatcgaataag
atatgtgcagactgcagagcttctaacccagactgggcttctattaacctgtgtgttgtg
atatgtaaacagtgtgcaggtgtgcacagaagtcttggtaccaatatttccaaagtgcaa
agtctgaaactagacactagcatctggagcaatgaaattgtgcagcttttcatcatcttg
ggaaatgacaaagcaaaccgcttctgggcagcaaaacttctaccctcagagatgctacat
actgatgatcctgtggaaagaagaaggaactttatcacgcagaaataccgggaaggcaaa
tacagagggtttcaccctcagctaaacacacaggaggagatacttaaggtgctctgtgca
gccgtcgctggacccaatttgctgaattctgtaatgcagttattctcagacgcagaatgt
gtcgctgatgcagtgggacaggacaatgccatgctggttgtacagtcctccgacacctgg
agagcaagcaccaacagtataaatgctgatagtctaggtttcgatgaagccaaccaagct
agagtgtacgatgagatcctccagcccgtggtgcactctgggtacctaaacaaaacagct
gcattgaccaaacttttcacagcaaggaaatctaaagatgaattccacaaacactggtgc
gttctggaaagatccctcacattctatgatagcgacaaggcctctgaaccccttggaaag
attgacccgtcagaagtggtgtgtatgggagtgaccaggcaggacgtgttgtgcagccca
tctccagtggaaaggtttcgctacatgtttgagatatacttagctacagagaaagttcac
cagtttgggactgatgcagctgaaacacttcagacttggacaagtgcaattggaaagtgg
ttcactccagtgagctgtcactgtttggtggctcatgaatttcagcgagtggggagaatg
cgttacaaggcgatgctgaacccagatcactggatggaaggctttttcctgctgaaaaaa
tgccatctttttatctgtcctggagatcagaatgcagcagaagacagtgtcaatctacgc
cagcttcaagaactcactgtatcactaggatcagaaaacacagagaagaaagatatgctg
attcttgtcgagaaagggcggactctttaccttcagggggttacaaaggcagatttcctt
gcctggagcactgatattcaagctgcagcatgtagcagtggcaatgttctacgggagcaa
cagcttagcaggaatgacattccgatcatcgtagatagctgcatcgcttttctaacccaa
tatggtctgcggcacgaggggatctaccgtaaaaatggggccaaatcgcgaataaaactg
ctcatggatgagttccgcaaggatgcgcgcaatgtcaagctccgcatcagtgataacttt
atcgaggatgtaaccgatgtgctaaaaaggttttttagggaacttgatgacccaatattt
actacagagcttcatccacaatggaaagaggctgcagacaacccagaaaaatcaaaacga
ctggaaaaatatatggagctaattaaccaccttccaagagttaacagagctacactggct
gctcttattggtcacctttaccgggttcaaaaatgtgctgatctcaaccaaatgtgcaca
aaaaatcttgcactcttgtttgccccaagtctgtttcagacagatgggaaaggggaacac
gaggtgaaggttatggaggatattatagataactacgcttctgtatttgaaatcgatgaa
gagcaggttacacaaatggatttggaaaacagcctgattacaacctggaaagatgttcag
ctatcacaggctggggatctaattattgaggtttacttggaaaagaaattgccagactgc
tgcgtcactttaaaggtttctccagtaatgacagcagaagaactgaccaatcaggttctg
gatatgagaaacatatcagcgagcatggatgtttggcttacatttgaagtgtttgaaaat
ggagaacttgagcgccctttgcacccaaaagagaaagtcttggagcaagctctgcagtgg
tgcaagttggccgagccgagttccgcttttctgcttgtaaagaaaatcccaattggtgaa
ggaagttgtctatttacaggcacaaagagagagactccaaaatgtgggctattgaaatgc
agagaggaaacgcctaagcttctaggaagcaaatttcaagagagatattttgtcatcaga
gatcgcaagcttctgctgcttaaagagaaaaagagtgcaaagccagaaagggagtggccc
cttgatacagccaaagtttacatgggcattaggaaaaagatgaaggctccatcccaatgg
ggttttaccatctacttggataaacagcagctgtgcctgtgttgttcaggtcaaccagaa
atgtgggactggataaccagtattctgaaggctcagcatgacgatctccgaccggtgatt
ttaaggcgccactcatcctccgatgtgactaaacaaaagtttggcacaatgccattggtt
ccaatccgtggagatgacaccaattctactatggttacagcaaatcagacactgcgccga
cttcatacaagaaggaccctatcaatgttctttccaatgaaaatgcatcaagattcactt
gaggaactgcaggaaaaacaaagtgaagaatatgatgaggctgtatatgaggaagtggga
aattttcagagtctaccacagtcagagttagactttgcatcagaaaaacaacttgttcct
ccacctttggatcgaaccaaaaaacctgctctcacgcaggatctaaaaaaactaacagtt
cccgcaactttagaccaaagaaagagctgttccccagaaaggccagaaagggacagctac
agaaaatctcactctctagacagaaatgtgtgtgtggacagttctgtgacaggccttagt
gaaaattttaaaccttcaaggacagaaagaggcattacttctagccttctaaaaactggc
tctcttgaacgaacagtggaaacaagtcgtctacaggcagtggctacaagaagccagggg
gcaaagagcacattggacttaagttctctgcctccgttgttttttgagccagttcctcca
tcagacacagcaaagaatccagcgtggaagaaaaattcaggagttcccaaccaaatacaa
gataaacttgtccaggaactcagtgctatcattcttaagaaaaatgatgccgcatcaaca
gggcaacaagtcacgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (11)   
   Pfam (11)   
All databases (27)   

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