KEGG   Xenopus tropicalis (tropical clawed frog): 100037846
Entry
100037846         CDS       T01011                                 
Symbol
arhgap21
Name
(RefSeq) rho GTPase-activating protein 21
  KO
K20315  Rho GTPase-activating protein 21/23
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]
    100037846 (arhgap21)
Membrane trafficking [BR:xtr04131]
 Endosome - Golgi transport
  Others
   Others
    100037846 (arhgap21)
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    100037846 (arhgap21)
SSDB
Motif
Pfam: RhoGAP PH PH_9 PDZ_6 PDZ PDZ_2 PH_11
Other DBs
NCBI-GeneID: 100037846
NCBI-ProteinID: NP_001090761
Xenbase: XB-GENE-1011028
UniProt: A2RUV4
Position
6:25840685..25931324
AA seq 1935 aa
MATRRATVPEQQQQQPSSPGSEISKNKDGQEQSEMVSPTEEEGFCWPGPKSVALRRASEG
FGFTLRHFIVYPPESAVHTTVKDEENGNRGVNAGRPRNRLEPMDTIFVKQVKEGGPAHEA
GLCTGDRIIKVNGESVIGKTYSQVIALIQNSDSTLELSVMPKDEDILQLAYSQDAYLKGN
DSYSGNAQNIPEPPPICYPRTKPAASVMAQPVEVPPSGTSLTKQQSSRPVRTATTQPDRS
YRVEIQVPPSPTDIVKSNTAVCVCNEAVRTVILPSEKVVDLSSNRTNRAGPLHRTEEVRY
GLADPSMLKRTTSPPSSTPSVPMVPASRQFDNAGVIGKPPSYGGHSESMFSTRPSQAEES
PSPTNHYASPGSHQQIDWRNYKTYKEYIDNRRMQMYGCRTIQERLDSLRAASQNTTDYDQ
MLPNRSSGQVRRRSTSHDRVPQSVQMRQRSVSQERLEDPVLMKEWPRSASQDTLTSLTVA
PRNHRSESWDYLTRKEDFDQFIVDTQSNGEQKHNYKWTGFTEQDDQRGIYEIPRQHSFHM
SLRSPNYTMAPLPYPSDSRRAGTRVLAPARPLQKVHPDLKTIQPTRNFQNSYRSPHPRPA
VSERLVFPISKSNSVKIPATYASKPYSPSVGSEDGIVKDQKAVNYIHVSGPQNFQRKPQT
ESALGFQLDSLKTSTSASSSSPAHTKPAKQAKHSTATSQNVDGKKTQSPEANAGDSNSVL
TSIDQVVLREKPSPGQQTSQPIRQPSYIFAVSDVEGASDTTCWLPNDARREVHIKRIEQK
KASGSDSPGDSLASIPFIDEPTSPSIDHEIANIPASAVISISVQPLPTITTVPPSPTSPV
PLIRRHFSHDHDSIRPSILEVNSKTERSKSCDEGLDDYKDEGKLSLKQGSSLKGIKAREN
VPSSEDSESRKDSSSDVFSDSNKEGFLYFRQLTTEKGKRVSGSMRPWKQMYVVLRGSALY
LQKDKKEQSGHSSAQSDEEQLIGINGCLIDISYSETKRKNVFRLTTSDREFLFQAEDRDD
MLAWIKAIQENGNLNDEQTDQASRVLISKRIKEYNTMMSSSSNKSEQSPKPSRQTLSIRQ
PFRATKPEGKLQSPHSPKQESERRLFSKDDISPPKDKGSWRRIMKKPFEKKPTTGGTFGV
RLDDCPPAHNNKYVPLIVDVCCKLVEDRGLETTGIYRVPGNNAAISSMQEELNKGSTDID
IQDDKWRDLNVISSLLKSFFRKLPDPLFTNEKYNDFIEANRTEDPVERLKTLKRLILDLP
DHHYETLKYLSAHLKAVAENSEKNKMEPRNLAIVFGPTLVRTSEDNMTHMVTHMPDQYKI
VETLIQQHDWFFSEESADEPITAVQEESTVESQPVPNIDHLLPNIGRTGLSPGDVSDSAS
DSAKSKGSWGSGKDQYSRELLVSSLFAAASRKRKKQRDKPQPSSSEDELDNVFYQKELLQ
VEFQRPDKQNVDKDVDLKANALSLKDADNIKGTNIIKEDKLEKDIMHSEATSPCPPKLSE
PPIVNHRLPPDDKNIPQISFQMEESMSDSGTMLSTSSQASAQRSKPKVVSPELKGSDFLT
ADVSSITSDYSTTSSTIYIVGLDQNLISPEVQSVAESKGEEADDERSELISEGRPMETDS
ENDFPIFASSIAFDRQHRSKVEEPTRNVQVNSEGSPSCTEGSITPRMDRRRFSSHKLIEC
DTLSRKKSIRQKTDSECSAESKNEETLSDAQEAVKKGRSLSIGDTTTNNEPEEPAWRIKI
TERLKLRLKASADDMFGIGSQKAQAAETRKKKNIRRRHTLGGQRDFAEISVLNAWKINEP
SSKEAELSAVDRLKPKCPSQDLSISDWLARERLRTSTSELSMVEPEEKRISDATSQKEPA
SPSPPPASSPSQVSTAIVTAGSESPSQGTAPPPDDQMNGDSFQSKNKNNFSPAVDAHPHK
LSGTQVVRSRFYQYL
NT seq 5808 nt   +upstreamnt  +downstreamnt
atggcgacccgccgggcaactgtacctgagcagcagcagcagcagccctccagcccgggc
agcgagatttctaaaaacaaagatggacaagagcaaagtgagatggtatcgccgacggag
gaggaaggcttctgctggcctggcccaaaatctgtcgctcttcgaagagcgtccgaggga
tttggttttactttaaggcacttcattgtgtatcccccagagtcggcagttcatacgact
gtgaaagatgaagagaatggaaacagaggagttaatgcagggagaccaagaaaccggctg
gagccaatggacaccatctttgttaaacaggttaaagaaggaggcccagcgcatgaagca
ggactgtgtacaggggaccggattataaaagtgaatggtgaaagtgtcattggtaaaact
tactcccaggtgattgctctcatccagaacagcgattccacattagaactcagtgtcatg
ccaaaagatgaagatatcctacaactggcatattcacaagatgcttacctgaaagggaat
gattcctacagtggcaatgcacaaaacatacccgaacctccacccatatgctatcctcga
acaaaacctgcagcttcagtgatggctcaaccagttgaagttccaccttcaggcacatca
ttgactaagcaacaatccagccgtccggtgcggacagcaacaacgcagcctgaccgaagc
tacagggttgaaatacaagtgcctccttcaccaacagatattgtcaaatcgaatacagct
gtatgtgtctgcaatgaagctgttaggactgttatattgccttctgagaaggttgtagat
ctttcatcaaatagaactaaccgggctggcccattgcacagaactgaagaagtaaggtat
gggttggcagatccgtctatgttaaaaaggactacatcccctccatcttccacccctagt
gtgccgatggttccagcctctcggcagttcgataatgctggagtaattggcaaacctcca
agctatggaggacattctgaaagcatgtttagcactaggccctctcaagcagaagaatct
ccatctcctacaaaccattatgcttcacctggttcccaccagcaaatagactggcgaaac
tataaaacttacaaagagtatattgataacagacgtatgcaaatgtatggctgcagaaca
atccaggaaagactagacagccttagagcagcatctcaaaacacaacagattacgatcaa
atgttgccaaatcgctcttctggccaggtacggaggcggagtacttctcatgaccgggta
ccgcagtctgtccaaatgcgacagcggagcgtttcacaggagagacttgaggatcctgtt
ttgatgaaagaatggcctagaagtgcttctcaagatacactgacgtcacttactgtggcc
cccaggaaccacagatcagagtcatgggattatctcaccagaaaagaggattttgaccaa
ttcattgtagatactcaatctaatggagaacaaaagcacaattacaaatggactggattc
acagaacaagatgaccaaagaggcatttatgaaatacctagacaacattcatttcatatg
tctcttcggtcaccaaactatacaatggcccctcttccttatccctcagacagcagacga
gcaggtactagagttttggctcccgcacgtcctttgcaaaaagttcatcctgacctaaaa
accatacaacctacaaggaatttccaaaactcttatcgatctccacatccgagaccagct
gtaagcgaaagattggtttttcctatttctaaaagcaactcagtaaaaatacctgcgact
tatgcctctaaaccctattctcccagtgtcggttcagaggatggtatcgtcaaagaccaa
aaagcagttaactacatacatgtaagtggccctcaaaactttcagagaaaacctcaaaca
gaaagtgctttgggcttccagttggactctctcaaaacatctacgtctgcctcatcttca
tctccggctcacactaagcctgcgaagcaggcgaaacatagcacagctacctcccagaac
gtagatggtaaaaagactcaaagtccagaggcaaatgccggtgattctaattcagtattg
acttctatagaccaggtggttctgagggaaaaaccttcacctggtcaacagacttcacag
cctataaggcagccatcctatatttttgctgtcagtgatgtggaaggtgcgtcagacaca
acctgctggttacccaacgatgcccgtcgggaagtacatattaaaagaattgaacagaaa
aaggcatccggctctgattcaccgggggattctctggcatccatccctttcatagatgag
ccaaccagtcccagcattgaccatgaaattgcaaacattcctgcttctgctgttatatct
atttccgtgcaaccgctgcccaccatcaccacagttccacccagccccacgtccccagtg
ccattgatacggcgtcatttctctcacgatcacgattccattcggccaagcatcttggaa
gtgaactcaaagactgaaagatccaaatcttgtgatgagggacttgatgactacaaggac
gaggggaaactaagcctgaagcaaggttccagccttaaaggaatcaaggcaagagaaaat
gtgccgtcatccgaagactctgaatccaggaaagattcctcctctgacgtcttcagtgac
tcaaataaggaaggctttctgtattttcggcagcttactactgagaaaggaaagagagtg
agcgggagcatgcggccctggaaacagatgtacgttgtcttgcgtggctcagcgctgtat
ttgcaaaaggacaagaaagagcaaagcggccattcctcagcgcagtctgacgaggagcag
ctaataggcataaatggatgtttaatagatatatcatacagtgaaaccaagagaaagaat
gtgttccgtctgacaacatccgaccgtgaattcctctttcaagcagaagatcgagatgat
atgttagcttggattaaagctatacaggaaaatggcaatctcaatgatgagcaaaccgat
caagcaagcagagtgcttattagcaagagaatcaaagaatataatacaatgatgagctcc
tccagcaacaaatctgaacagtctccaaaaccgtcacggcagactttgagcatccggcag
ccattccgtgccactaaacccgaaggcaagcttcaaagtccccactctccaaaacaggaa
tctgagagaaggttgttcagcaaagatgatattagtccacctaaagacaaaggctcatgg
cgaagaatcatgaaaaagccctttgagaaaaagccaaccactggtgggacttttggtgtg
aggctggatgactgcccccctgctcacaacaacaagtatgtccccttgatagttgatgta
tgttgcaagttagtagaagatagagggcttgaaaccactggtatctatagagttcctggt
aacaatgctgctatatctagcatgcaagaagagctcaacaaaggaagcacagacattgat
atccaagatgataaatggcgtgacctgaatgtaataagcagtctactgaaatcctttttc
cggaaattgccagaccctctgttcactaatgaaaagtacaatgattttattgaagcaaac
agaacggaagacccagtagaacgactgaaaactctaaaaagactgatattggatttacca
gaccatcattatgaaacacttaaatacttgtctgcacatctgaaggccgtggcagagaac
tctgaaaaaaacaagatggaaccccgaaatttggcgatcgtgtttggaccaacacttgtt
cggacatcggaagacaacatgacgcacatggtcacacacatgcctgaccagtacaaaata
gtggaaaccctgattcagcaacatgattggtttttcagtgaagaaagtgcagatgagcca
attacagctgtacaggaggaaagcacagtagagtctcagccagtgccaaacatagatcat
ttactccccaacattggaaggactggactttctccaggagacgtatcagattcggctagt
gactcggcaaaatctaagggttcttggggctctgggaaagatcagtatagcagagagctg
ctagtgtcttctctgttcgctgcagccagtcgcaagagaaagaaacaaagggataaaccc
cagccaagcagttcagaagatgagcttgataatgtattttatcaaaaggagctattgcaa
gtagagtttcagaggccagacaaacaaaatgttgataaggatgtggacctgaaagccaat
gcactttcattaaaagatgctgacaacattaagggcacaaatataattaaggaagataag
ctagaaaaagacataatgcattctgaagccacttctccttgccccccaaagctttcagaa
ccccctatagtgaatcataggctaccaccagatgacaaaaacatcccacaaataagcttc
caaatggaagaaagcatgtctgactcaggaactatgcttagcacttcatcccaagcctct
gcgcaaaggtcaaaacccaaagtggttagtcctgaattgaaaggcagtgatttcctaaca
gcggatgtgagctccatcacctccgattactctacaacatcatcaactatatacatcgtt
gggttagaccaaaatctgatcagcccagaggtccagtctgtggcagaaagcaaaggagag
gaagccgatgatgagagaagtgaacttattagtgagggccggccaatggaaactgatagt
gaaaatgacttccccatatttgcttcaagcattgctttcgacaggcaacatcggagcaaa
gtggaagagccaacgaggaatgttcaagtgaactcagaaggaagtcccagctgcacagaa
gggagtataactccaaggatggacagacgaagatttagctctcataaacttattgaatgt
gacactttatcgagaaaaaaatccatacgacaaaagacagatagtgaatgttctgctgag
agcaaaaacgaggaaaccctgtcagatgcgcaggaggcggtgaagaaaggtaggtcccta
agcattggggacaccacaaccaataatgagcctgaagagccggcctggagaattaagata
acagagaggctgaaactgcgccttaaagcatctgcagatgacatgtttggaataggaagt
caaaaagcacaggctgccgagacccgaaagaagaaaaacattcggaggaggcacacactt
gggggacagagagactttgctgaaatcagcgttttaaatgcttggaaaatcaatgagcca
agttctaaggaagctgaactttctgctgtggatcgcttgaagccaaagtgtccttctcag
gacctctccatttccgactggcttgcccgggaacgtttacgtactagcacatctgaactc
agcatggtggaacctgaagagaaacgcattagtgacgccaccagtcagaaggagccagcc
tctcccagtcctccgccggcatcatctccctcccaagtaagcacagccatcgttactgct
ggaagcgaaagcccatcccaaggaacagcgcccccgcctgacgatcaaatgaacggcgac
agcttccagagcaaaaacaaaaacaacttcagtcctgctgtcgatgcccacccccataaa
ctctctggtactcaagtcgtcagatctcgattttaccagtacctttaa

  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 (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (27)   

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