KEGG   Rhincodon typus (whale shark): 109920708
Entry
109920708         CDS       T06055                                 
Symbol
arhgap31
Name
(RefSeq) rho GTPase-activating protein 31
  KO
K20646  Rho GTPase-activating protein 31
Organism
rtp  Rhincodon typus (whale shark)
Brite
KEGG Orthology (KO) [BR:rtp00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:rtp04131]
    109920708 (arhgap31)
Membrane trafficking [BR:rtp04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    109920708 (arhgap31)
SSDB
Motif
Pfam: RhoGAP
Other DBs
NCBI-GeneID: 109920708
NCBI-ProteinID: XP_048458475
Position
11:complement(57719601..57815691)
AA seq 1166 aa
MKNKGAKQKGKRKGAKDTAFGCDLGDYLQNSGQDVPQVLKSCAEFIEKHGIVDGVYRLSG
ITSNIQRLRRKVPAKTKKWKSIFNLGRSGNDSKGKLSRNGSVFVRGRQFSEKGNIRPAKS
MESLCSLPIDDDEKGGRFKHAATLGGNLSPSLKSCTLGSGGSYGLGRRHSDWDQEDLIGA
IGGRANVVSEETPDKESAPLRAQPEQLKVFRGDAFNKSEPTSPKTRRLFYSNNPNDSSAK
SNFPGNLFPPEASPRHHRKPMALNISEPFSVSVPLHISGIISPTTTSCRQPQNLKDSALQ
ESTNGTSQDESSILPVTKDREGDPHSEQSNSENQKPNDDQEIEKPQLQPEPLTDDYSNSS
SQDQPQPFPTLTSQHSDPLQLTPSMSVSSSAVPPDLGEKTTLDGTSAALLTRQPHENGHQ
TEWSYDMEEQVATIQDTDSSAKAFIEQLWPETKELEIREPEEVTAVNNTQEKVEDRLIQP
HDKSDIEDKSLPGTTVKPKFKGPQRIHSLPDLFLSSPPPMIENSTEVLCLNATNHINSSE
ANSTKISDPSLAQPQLSPSTKPLSECSKTEISQPISDANILMAPIESPTKWCTGVSMGSF
ISNYPESNLDQQNDPNSNEKHQCLIAPIELKPLEPCDQDGISNKLESDANVSGTCLEDVF
SIQAEQATVNLSNNECDQKEQLVGIQFNQTPAEAQTEASELLQLENCMVNETLKLSGSHS
PQLDQDAQDGKECSTLMPPIEIPGERQESLLPDVCTDIIAPKDLYNHSSQSANKYIEWNS
QSPEFSSQICNGESFENSSNLTNSVQFPNEVEGISIHDQLHVSLTEDNSLSSNESDSLCI
INAGVTPCLKPTESEPLRITSDRSEECCLKSNDEASLLVLYPMVNDKPPISDGCTIQSIP
IGVTAVRMTYMIKTCQVKAIPVIPPKLQFTQIPQPLAKKNLSSPALPLDKVLTILQPITA
RERSSPESKRRLDFSLINSSAAECKDGKENGLSGHEGSTTSPDTSLMQSKTTEATPIGKR
TCQSNGEDVFNNPTSSRMERSPVQQKPGFLRHAQHRSKAGRPQSLILFSPPWPNMERPSP
LDTNKVLLSPVQSSPEQLSPLELDHSAPDSYMHELNDSQKGPDGVTLRSRMSMPKNGQRL
ETSTSCFYQPQRRSMIFENRGGRQIE
NT seq 3501 nt   +upstreamnt  +downstreamnt
atgaagaacaagggagcaaaacagaaaggaaaacggaagggagcgaaggacactgcgttt
ggttgtgacctaggtgactacttacaaaactccggacaggatgttcctcaagtcctcaaa
agctgtgcagaattcattgaaaaacatggaattgtagatggggtctacaggctctcagga
attacatccaatattcagaggctgaggagaaaagttcctgcaaagacaaagaaatggaaa
tccatatttaacctgggacgatcaggaaatgattcaaagggtaaactaagcagaaatggc
agtgtgtttgtgagaggacgtcaattttcagagaagggcaacattcgacctgctaaaagc
atggaatccctttgctctttgccaatagatgatgatgaaaaagggggtcgatttaaacat
gctgcaacgctgggaggtaacctttccccatcactgaaatcttgcacacttggctcagga
ggttcttacggtctaggtaggaggcacagtgattgggatcaggaagacctcattggtgct
attggaggacgtgccaatgtcgttagtgaagaaacgcctgacaaggagtcagcaccactg
agggcacagccagagcagctgaaggtttttcgtggagatgctttcaataagtcagaaccc
acatcaccaaagactagacggctgttttattcaaacaatcccaatgattcttcagcaaaa
tctaacttcccaggtaacttatttccccctgaagcatcgccacgacatcatagaaagcca
atggcattgaatatatctgagcctttttctgtgtctgtgccattacacatctcaggaatt
atcagccccaccaccacatcctgtagacaaccacaaaatctaaaagactcagctcttcaa
gaatcaacaaatggaacatctcaagatgaaagcagtattctaccagtcaccaaagacaga
gaaggagatcctcacagtgagcagtccaattcagaaaaccagaagccgaatgatgaccag
gaaattgagaagccccaattgcagcctgagccactcactgatgattactcaaattcatcg
tcacaagaccagccacaacctttccctactctgacaagtcaacactctgatccattacag
ctcacaccctcaatgtcagtgtccagttcagctgttcctccagacctcggtgagaaaaca
acactggatggaacatcagctgcactccttacaaggcaaccacatgaaaatggacatcaa
acagaatggagctatgatatggaagagcaagtggcaactatacaggacacagattcatct
gccaaggcattcatagaacaactgtggccagaaacgaaagagcttgaaatcagggaacct
gaggaggtcactgcagtgaataacactcaagaaaaggtggaggacaggctcattcagcct
catgacaagagtgatattgaggacaagtccctgcctggcacaacagtaaagccaaagttt
aaaggacctcaaagaatacacagtcttcctgatctcttcttatcgagtccgcctcccatg
attgaaaacagcacagaagtgttgtgcctgaatgccacaaatcacataaattccagtgaa
gcaaatagcaccaagatctctgatcctagtttggctcagccacagctgagtccatctact
aaacccttgagtgagtgctcaaagacagagatttctcaaccaatatcagacgcaaatatt
ttgatggcaccaatcgagagcccaaccaaatggtgcacaggagtttctatgggttctttt
atctcaaattatcctgaatctaatctagatcaacaaaatgatcctaactcaaatgaaaag
catcaatgtctgattgcccccattgaattaaagcctttggagccttgtgatcaggatgga
atctctaacaaacttgaatcagatgccaatgtttcaggaacatgcttagaagatgtcttc
tccatccaagcagaacaggcaacagtcaatctgtcaaacaacgaatgtgatcaaaaggag
caattggtaggtattcagttcaatcagacacctgcagaagcacagactgaagccagtgag
ctcctgcaactggaaaactgcatggtcaatgagactttaaaactgtctggctcccattca
ccccagctggatcaagatgcgcaagatgggaaagaatgttcgacattaatgcctccaatt
gaaatcccaggtgaaaggcaggagtcattattacctgatgtttgtacagatataatagct
cctaaagatctttacaatcattcatctcaatctgctaacaaatatattgagtggaacagt
caaagcccagagttttcttcacaaatctgcaatggagagtcttttgaaaatagctctaat
ctaaccaattctgtacagttcccaaatgaagtggagggaatctctatacatgaccagctg
catgtttcactaactgaagacaattcattatcatcaaatgaatcagacagtttatgcatt
ataaatgcaggggtgacaccatgtttgaagccaacagaatctgaacccttaaggataaca
tctgatagaagtgaggagtgctgcttgaagtctaatgatgaggcctcattacttgtctta
taccccatggttaatgataagcctcctatctctgatggttgtactattcagtcaatccca
attggtgtcactgctgttcgaatgacttacatgataaagacatgtcaagtcaaagccatt
ccggttattccaccaaaactccagttcacccagatcccccaacctttggcaaaaaagaat
ctctcttcccctgcactccctttggataaagtgttaacaattttgcaacccattacagca
cgtgaacggagcagtcctgaaagcaaacgtagattggatttttctttaataaattcttca
gcagcagaatgtaaagatgggaaagaaaatggcctatctggacatgaaggttctaccact
tcaccagatacctcacttatgcagtccaaaaccaccgaagcaacaccaattgggaaaaga
acctgccagtcaaatggggaagatgtattcaacaatccaacatcttctagaatggaaaga
tctccagttcagcaaaaacctgggtttctgcggcatgcacagcacagatcaaaggcaggt
cggcctcaaagcctcatcctattcagtccaccctggcctaacatggaacgtccttctcca
ctagacaccaacaaggtgcttcttagtccagtgcagtccagccctgaacaactttcacca
ttagaattggatcactcagcccctgacagctacatgcatgaacttaatgacagtcagaag
ggaccagatggtgttacactccgaagccgaatgagcatgccaaaaaatgggcagaggttg
gagacctcaacaagttgtttttaccagcctcaaaggcggtccatgatatttgaaaataga
gggggcaggcaaattgaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (9)   

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