KEGG T04919: 108931759

Scleropages formosus (Asian bonytongue): 108931759

Entry

108931759         CDS       T04919

Symbol

arhgap21

Name

(RefSeq) rho GTPase-activating protein 21 isoform X1

K20315

Rho GTPase-activating protein 21/23

Organism

sfm Scleropages formosus (Asian bonytongue)

Brite

KEGG Orthology (KO) [BR:sfm00001]
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:sfm04131]
    108931759 (arhgap21)
Membrane trafficking [BR:sfm04131]
Endosome - Golgi transport
  Others
   Others
    108931759 (arhgap21)
Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    108931759 (arhgap21)

SSDB

Motif

Pfam:

RhoGAP PH_9 PH PDZ_6 PDZ PH_11 PDZ_2

Other DBs

NCBI-GeneID:

108931759

NCBI-ProteinID:

XP_018603276

Position

19:9638169..9718541

AA seq 1904 aa
MLAGRNGVSLRGVDLSEVGCSPCVDGCPWARLAGLEGCLSEPYCLWFRLLSRAHWGDVEL
GLKCHDGLSWGRLAQAYKGNRQKGRAKRKDVSEQSGIPSPGEEEPFSWPGPKTLRLRRTS
QGFGFTLRHFIVYPPESAVHSSLKDEDNGSRGRQRTRLEPMDTIFVKQVKEGGPAHGAGL
CTGDRIVKVNGESIIGKTYSQVIALIQNSDTTLELCVMPKDEDILQLFSRDITALAYSQD
AYLKGNEAYSGNARNIPEPPPICYPRIDCKSPGMAQSPDPSPTEEALKSPRLGGRGVWPA
GSVGSPPDLNYRVEIPVPPSPLQTPKAQTVVSVCNESVRTVAVLSDASANRTGPSHRTEE
NRYNIKAMPTGGQPQHTAAYPSESSTFSTVSQPGNYTGCSDGHAVSARSPVPGAGDPFPA
EPSLYPPSSSAASTSPVAHQNIDWRNYTTYKEYIDNKRLHMYGCRTIQERLDSLRAASQN
SAEYKPRGSAGILQARRRSTSHDRAHQGPSTAPPRSASQERLGTTEHTVIAKDWPRSASQ
DALSSAPSGVFKPRARSCDYLGRLGDKSGYSRVEMEDRSLTFRDSSPGSRQSLPAWSLGQ
ANRTPTAYGSDSRLGVGSFRSMPIASSFTSKGEGLVNISRPSRLPVRNSVAEPAFPAASA
SVSVQGPVSTDPVKGQQGVLATHLAEAVQHLRLQSRARAESLQEPAKEQPSTARTTSCSG
PTRISVLKQEGANSTTASNGQVLAPPNAVVLREKLTTMRPALRHPSYILAVTDLDRDPTP
STTCWLPNDARREIHMKRLDEQHKGSFSSNLDESLDSIPFIDEPSSPSADHDAVHIPASA
VISITPVITTIPPSPTSPTPHIRRQLSHDQDSLRLTILESESDAKTERSKSYDEGLDNYR
EEGKGGPSIKHIPGLRSLRKLTDRSSEDSGSRRDSSSEVFSDATKEGLLYFRQLSTEKGK
RVSGGIRPWKQMYAVLRGDTLCLYKDKKEGLAHVSSQSEDELQPISIKACLIDISYSDTK
RKNVLRLTTSDCEYLFQAEDREDMLSWIRVIQENSNLDEEDAAVTSRDLISRKIKEYNNL
MSPTGSKTEPSPKPSRQSLRPNFLGGKGENKSSSPHSPKDSERKALHKDDSSPPKEKGPR
RKGIPGLIRKPFEKKPPAGVTFGVRLDDCPPAHTNKFVPLIVELCCKLVEERGLEYTGIY
RVPGNNAAISSMQDELNNKGLVDIDIQDDKWKDLNVISSLLKSFFRKLPEPLFTNEKYGD
FIEANRIEDAVERLKILKKLLRELPSHHYETLKFLSAHLKTVAENSEKNKMEPRNLAIVF
GPTLVRTSEDNMTHMVTHMPDQYKIVETLIQHYDWFFTDNGNEEPMTAVQQESTVESQPV
PNIDHLLTNIGRTGTSPGDVSDSATSDSAKSKQGSWGSGKDQYSRDLLVSSIFAAASRKR
KTPREKLQPSSSDDDLDSVFVKNELRAQSHNTGDLKSKKEASAQEAQESEKGSVDSTEFT
TKSKKEGHRNSFFVREKMPHAEPSPSPSLSVCLPAGGKSSLSDPSSHLDEAASDLGTMSS
QASGPSTRHRKSVGPEGRSDEVAAAEVSSITSDYSTTSSMTFLMGADGGMLSPEAQSVSE
SHADEADDERSELVSEGRHAETDSESDFSVFSPGGLCTAEGSSTPKLDGRRPLPSHKLIE
CDSLSRRRSLRHKTDSESSESGRAERETNRLSRVLEVMKKGKYSGGSTVTVPKSDGERQE
PAWKLKITERLKFRLKTSADDMFGGNSPKTRSPEARRKKNVRRRHTVGGQRDFAELAVIG
NWKGQGHGSPGEERSAVGRLKPKCSPQDFSIREWIARERYRDKGPDAIPGGASPSASAAP
ECVEQVNGGGLQNKNKVTLSLAADAHPHKLSGAQVVRSRFYQYL

NT seq 5715 nt +upstreamnt +downstreamnt
atgctggctgggaggaacggcgtgtccctgcgtggggtggacctgtccgaggtgggctgc
agtccatgtgtggatggctgcccatgggcccgcttggcagggctggagggatgcctgtcg
gaaccctactgcctgtggttcagactgttgtccagggcccactggggagacgtggagctg
ggactcaagtgtcacgatggactttcttggggtagactggcacaggcatacaaagggaac
cgtcagaaaggcagggccaagcggaaggacgtgtcagagcagagcggcattccatctccc
ggagaagaggaacctttctcgtggcctgggcccaagacgctgcggctgcgtcgcacctca
caggggtttggcttcactttgcgccacttcattgtttacccacctgagtcggctgtgcac
tcttccctcaaggatgaagacaacggtagccgagggagacagcgaacccgcctggagccc
atggataccatttttgtcaagcaggtgaaggagggaggccctgcccacggagctggactc
tgcacaggggaccggatagtgaaagtcaatggggaaagcattattggaaaaacatattcc
caagtgatagccttgatccagaacagcgacaccactcttgaactctgcgtgatgccaaaa
gatgaagacatactacagctgttttcaagggatatcacagctctggcatactcccaagat
gcataccttaaaggaaacgaggcctacagtggaaacgctcggaacatcccagaaccgcca
cccatatgctaccctcgaatagactgtaagtccccagggatggcacaatctcctgaccca
tccccgacggaggaggcattgaagagtcctagactggggggccgaggggtctggccagca
ggttctgtagggagcccacctgacctcaactaccgagtggagatccccgtgcccccgtca
ccactacagacgccaaaagcgcagaccgttgtgtctgtgtgcaacgagagtgtccggaca
gtcgcggttctctcagatgccagtgcaaaccggacaggtccaagccacagaaccgaggag
aaccggtacaacatcaaggcaatgccaacaggaggccaaccacaacacactgctgcctat
ccatcagaatcttccacgttctccacggtgagccagcctggaaattacacaggctgttcc
gatggacatgccgtgtctgccagatcccccgtcccaggggcaggtgacccgttcccagct
gaacccagtctttaccctccctcctcttcagctgcatccacttcccctgtcgctcaccaa
aacattgactggcgcaactacaccacctacaaagagtacattgacaacaagcgactgcac
atgtatggctgccggaccatccaggagcgactggacagcctgcgggctgcctcccagaat
tcagccgagtacaaacctcgggggtctgcaggtatattgcaggctcgccggaggagcact
tcccacgaccgggcacaccagggtcctagtacagcacccccacgaagtgcctcgcaggag
cgcctggggactactgagcacactgtcattgccaaggactggcctcgcagtgcctcacag
gacgcactttcctcggccccctcaggggtctttaagccccgggcacgttcctgtgactac
ctgggcaggctgggggacaagtcgggatacagcagggtggagatggaagacaggtccctg
actttccgtgacagctccccaggcagcaggcagtcccttccagcctggtcccttggtcag
gccaaccgaactccaactgcatatggctcagacagccgcttgggtgtaggaagcttccgg
agtatgcccattgcctcatcattcacttccaagggagaaggactggtgaacattagcagg
ccttcacgtctgccagtgagaaactctgtagctgagcccgcctttccggcagcgtcagcg
tctgtgtctgttcagggccctgttagtactgatccagtgaagggtcaacagggggtgctt
gccacccatttagctgaagccgtgcagcacctgcgtctccagtcaagggcacgcgctgag
agtctgcaggagccagccaaagaacagccttctactgctaggaccacttcctgttcaggg
cccactaggatctccgtgctgaagcaggaaggtgccaattccacaaccgccagcaatgga
caggttcttgcaccacctaatgctgttgttctgcgggaaaagctgacaacgatgaggcca
gcgctccggcacccttcttacatcctggcagtgaccgacttggacagagatcccacgccc
agcaccacctgctggctgcccaatgatgcacgtcgggagatccacatgaagcgactggat
gagcagcataaaggctccttttccagcaacctggacgaatccctggattccattcccttc
atagatgagccctccagcccaagcgccgaccatgatgctgtgcacattccagcctctgca
gtcatatccatcacaccagtcataacaacgattccgcccagccccacttccccgactccc
catattcgacgccagctgtcacatgaccaagattcccttcgtctcacaatcttggagtca
gagtctgatgccaaaactgagcgctccaagtcctacgatgaaggactagacaattataga
gaagaaggaaaaggtgggccatccattaagcacatacctggtctcaggagcctgcggaag
ctgacagacaggtcttcagaagattctggatcaagaagagattcttcctctgaagtcttc
agcgatgccaccaaggaaggtcttctgtacttcaggcagctcagcactgagaagggcaag
cgtgtcagtgggggcattcgaccctggaaacagatgtatgccgtgctacggggagatacc
ctctgtctctacaaagacaagaaggagggcctggcccatgtttcctcacagtccgaggat
gaactgcagccaatcagcataaaggcttgcctgattgacatctcctatagcgacaccaag
cgcaagaatgtacttcgactcaccacctcagactgcgagtacctgtttcaggctgaggac
cgggaggatatgctttcctggatccgcgtcatccaggagaacagcaacctggatgaagag
gatgcagctgttaccagccgggacctaataagcaggaagataaaggagtacaacaacttg
atgagccccactggcagtaagacagagccatcacccaagccctcacgccagtcccttaga
ccaaatttcctgggcggcaaaggggagaacaagagctcgagcccacactcaccaaaggac
agtgagaggaaagcattacacaaagatgacagcagtccccctaaggaaaaggggccccgg
cggaagggtatcccaggtctcatcaggaagccctttgagaagaagcctcctgcaggagtc
accttcggggttcgactggatgactgcccacctgcccacaccaacaagtttgtgcccctc
atcgtggagctgtgctgcaagctcgtggaggagcgagggctcgagtacacgggtatctac
cgtgtgcccggcaataacgccgccatctcaagcatgcaggatgagctgaacaacaagggc
ctggtggacatcgacattcaggatgataaatggaaagacctgaatgtgataagcagcttg
ctgaagtctttcttccggaaacttccagaacctttgtttactaatgaaaaatatggagat
tttattgaagccaacaggattgaagatgcagttgagaggctgaagatactgaagaagctg
ctccgtgagctgccaagtcaccactatgaaactctgaagttcctctcggcacatctcaaa
acggtggcggagaactcggagaaaaacaagatggagccacggaacctggccatcgtgttc
ggtccaacgctggtcagaacctctgaggacaatatgacccacatggtcacacacatgcct
gaccagtacaaaattgtcgagaccctcattcagcattacgactggtttttcactgacaac
ggaaatgaagaaccaatgacagcggtccagcaggagagcacggttgagtctcagcctgtg
ccaaacattgaccacctgctcaccaacattgggcggacgggcacctccccaggagacgta
tcagattcggccactagtgactctgccaaatctaagcagggttcctgggggtccgggaag
gatcagtacagcagagatctgctggtctcctccatctttgctgcagccagccgcaaacga
aagacgcccagggagaagctgcagcctagcagctcggacgacgatcttgacagtgtgttt
gtgaagaatgagctccgggcacagagccacaacacgggcgacctgaagagtaagaaggag
gccagtgcgcaggaagctcaagagtcagagaagggaagtgtggatagcacagagttcact
accaagagtaagaaggaaggtcacagaaactccttttttgtgagagagaagatgccccat
gcagagccctcaccttcaccaagcctgagcgtatgcctgcccgcaggaggaaagtcctcg
ctttcggacccgtcctcccatttagacgaggcagcatccgacctgggcaccatgagttcc
caggcctcagggccaagtacgcggcacaggaagtcagtggggcccgaggggcggagtgac
gaggtggcagccgcagaagtaagctccatcacctcggactactcgaccacgtcctccatg
acctttctgatgggggccgacggcggtatgctgagccctgaagcgcaatcggtaagcgag
agccacgcagacgaggcggatgacgagcgcagcgagctggtcagcgagggcagacatgct
gagacggacagcgagagcgacttctctgtgttctcccctggggggctgtgcaccgctgag
ggaagctctacgcccaagctggatggccgtcgccctcttccctcccacaagctcattgag
tgcgactcgctctccaggaggaggtcactccgccacaagacggacagcgagtcgtcagaa
agtggccgggcggaacgtgagaccaaccggctgtcccgggtactggaggtcatgaagaag
ggcaagtacagcgggggctccactgtgactgtccccaagagtgatggcgagaggcaggaa
ccggcctggaagcttaagataacagagaggctcaagttccgcctgaagacctcggcagat
gacatgtttggaggaaactctccaaagacacgttcaccagaggcgcgcaggaagaagaac
gtccgccggcggcatacggttgggggtcagcgcgactttgccgagctggcagtcattggc
aactggaaggggcagggtcatgggagcccgggggaggagcgttcagctgtaggccggtta
aagcccaagtgcagcccacaggacttctccatccgggaatggatcgctcgagagcgctac
cgcgacaaaggccccgatgccatccctgggggggcctcgcccagcgcatctgcggcccct
gagtgtgtggagcaggtgaatggcggtggtctgcagaacaagaacaaggtgactctgagc
ctggcagcagacgcacatccgcacaagctgtcaggtgcacaagttgtacgctccaggttc
tatcagtatctgtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (35)   
   KEGG ORTHOLOGY (1)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (7)   
   Pfam (7)   
All databases (57)   

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