KEGG   Xenopus tropicalis (tropical clawed frog): 100494956
Entry
100494956         CDS       T01011                                 
Symbol
syde2
Name
(RefSeq) rho GTPase-activating protein SYDE2 isoform X1
  KO
K20655  Rho GTPase-activating protein SYDE
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]
    100494956 (syde2)
Membrane trafficking [BR:xtr04131]
 Others
  Rho GTPase associated proteins
   Rho GTPase-activating proteins
    100494956 (syde2)
SSDB
Motif
Pfam: RhoGAP C2
Other DBs
NCBI-GeneID: 100494956
NCBI-ProteinID: XP_002931720
Xenbase: XB-GENE-980337
UniProt: A0A6I8RMF6
Position
4:77252588..77302963
AA seq 1547 aa
MADPLRRTLSKLRGKRSKKGPAGGLGAECNGEGKEQRGGTYRGPAEESSGEGKPLVGCEG
QSLGGQTPATSRDFMATAQIGPESTEGTLGWCSQNHNNNNDAVLGGAEVSSSDTAGFVLT
NAHHSYFNGVEVRYNGVQSGHHSIPHSVSHGISRIKDNEGIFPCGKYQNCNLSPLYPPEY
TSYSHSAGAEKQWVSPHSAPVSSCPLTFFYPQPPQARTVQESQTEFVPSTFIPSHSGTLG
GSHMVTPEYSAPSQDYSKLVGTSFYRITQNNSEDSEEDDYYDNDNLLVPAVTEPQYNSIC
IGHDGLSPRSEQLNRTVSPQGDYSGYQQSKGTGNIYLETDRLRSQLQEAYYLLIHAMHDL
PLENQTSKIAAKVERCPSSSQSQDSVYSQSSVRAIESDVWSSDEASPKQVSQSDLVSLNA
LRNLEINRFHSCSKSLDAIYTMPIQETLQKFHSDSLIKYSTLTSSVSPNCGIEDSQGSVC
HQADTYMDCKGDVCPQSTTRAISSEISGVCNQTQSDYLHEGKPVYEHVTCNTVTADSQGQ
VLSQKPSGLTVKKMQKWMYKGRLLSLEMKDRIIGSSQRTTGSCRLTSSGTSDRPELPQTS
SSASLKMPGESQGPPVTDLIENVYASTVVRKELKVIEANEHNLQKNRITVSKKRSWLIQS
SHKYQQREENNGPKRPPDSNQIQNSYSFRLKQQQTLVSVEKNSCNRTQVPCNEVVQPTPA
NPLVLPNSVTDHNEDNDADDEGEIWYNPIPEDDDQYLSTDKTSCQIATVSGSDLLKTSGS
PGGLPRSAVCVGDMMQMSPTSEINHADALHSNDYCTQLHKQNLTSKAQMAPSEEVTPAPK
SNESGAGVQSPIKPISPTATEFSPPSSPNPSKRAGSINWSFPDKIKSPRTVRKLSMKMKK
LPELSRKRSIKGTSNADHAPSVSKSNCQDISHTASLSSSGNATAAASRNVISRYHLDSSV
SSQQNYKKKNSGSSKSSSKGGYLSDGDSPELIAKSGKHGADNRATKGKEALAGSNTKSDI
DIDAFRHYSFSDQPKCFQYISGLMSLHFYGAEDLKPPKIDSKDVFCAIQVDSVNKARTAL
LTCRTTFLDMDHTFNIELENAQHLKLVVFSWDPTPRKNRVCCHGTVVLPALFRVTKTHQL
AVKLEPRGLIYVKLNLMEQWENSLDRPGVDREPIVFGVEARKVVEKENAGLMVPLLMDKC
ITEIEKRGCQVVGLYRLCGSAAVKKELREAFERDSKSVGLCESQYPDINVITGVLKDYLR
ELPSPLITKHLYEAVLKAMAEKPLKMASSGCENDSRDSENTVSLLDCLPDVEKATLKMLL
DHLKLVASYHEVNKMTCQNLAVCFGPVLLSQRQETSSHNNRVFIDSEELASALDFKKHIE
VLHYLLQLWPVKNASAKEPAPNSTLTEQQPCLRRKKPRPQMLNLGSSDMSGVLRPRVTRL
DSPSSNRYAGDWSSCRESYLICPKDEADYDDVPSEDTDSRGDIVRSQLDDVGYQQVTKEH
PLKAFVSSEGDGTEEQEVNLQDLQESIDTLIGNLELELKKNKHNAHL
NT seq 4644 nt   +upstreamnt  +downstreamnt
atggctgatcctctgcggaggacattatccaaactgcgggggaagagatccaagaagggg
ccggcggggggacttggagccgaatgtaacggagaaggtaaagagcagcgagggggcacg
tacaggggtcctgcagaggagagctctggggaggggaagccactagtgggctgcgagggg
cagagtctcggggggcaaactccagcaacttcccgggactttatggcaactgcacaaatc
gggccggaaagcacagaagggacactgggctggtgcagccagaaccacaataataacaat
gatgctgtgctagggggtgcagaagttagcagctcggacacagcagggtttgtcctgact
aacgcacaccattcctattttaatggggtagaggttcggtacaatggggtgcaaagtggg
caccactccataccacattccgtgtctcatgggatcagtaggattaaggacaatgagggg
attttcccctgtggaaagtatcaaaactgtaatctgtctcctctgtatccccctgaatat
acttcatatagccatagtgctggtgctgaaaagcagtgggtatcaccccacagtgcccca
gtttcttcatgccccttgactttcttttaccctcagcctccccaggcaaggactgtgcag
gagtctcaaaccgagtttgtgccctcaacattcattcccagtcactcgggtacgttaggt
ggcagccacatggtgaccccagaatacagtgctccgtcacaggattactctaaattagtg
ggtacctctttctatagaattacccaaaacaactcggaggacagtgaggaagatgattat
tatgacaatgacaatttgttggtccctgcagtgactgaaccacaatataatagcatctgc
atagggcacgatgggctatcacctaggtctgaacagctgaacaggactgtttcaccccaa
ggggattattcaggataccagcagagtaaaggcactgggaatatctatctagagactgac
aggctgaggtctcagttgcaggaggcttattacttattaatccatgccatgcatgattta
cctcttgaaaaccaaaccagcaagatagctgctaaagtagaaaggtgcccctccagttct
cagtcccaagacagtgtttattctcagtcctctgtcagagctatagaaagtgacgtttgg
tcctctgatgaggcaagcccaaagcaagtgtctcagagtgacctggtgtcccttaatgca
ttgaggaatttagaaattaatagattccacagctgtagcaaaagtttggatgccatatac
accatgccaattcaggaaaccttgcagaagtttcatagcgatagtcttattaagtacagc
acactgactagctcagtatctccaaactgtggcatcgaagacagtcagggttctgtttgc
caccaagctgacacatatatggactgtaagggagatgtttgcccccagtccactaccaga
gccatcagcagtgaaatttctggggtttgtaatcagacccaatctgattacctacatgaa
ggaaaacctgtctatgagcatgtgacctgtaacactgttacagctgatagccagggccaa
gtgctttcacagaaaccatctggattaactgtaaagaagatgcagaaatggatgtacaaa
ggacgattattatctttggaaatgaaggaccgaattattggatcctctcagagaaccact
gggtcctgcagactgacttctagtggtacaagcgacagacctgaacttccccagactagt
tcatctgcatcactgaaaatgcctggagagagccaaggaccccctgtgacagatttaatt
gaaaatgtctatgcttcaacagtcgtcagaaaagagctcaaagtcatcgaggcaaacgag
cacaatttacagaaaaatcgcatcacagtgtcaaagaaacggagttggttaatccagagc
agccacaaatatcagcaacgggaagagaataatggccctaagaggccacctgacagtaac
cagatacaaaactcttatagctttaggctcaaacaacagcaaactttagtctcagtggaa
aaaaatagctgcaacagaacccaagtgccttgcaatgaggttgttcagccgaccccagca
aaccccttagtactgcccaactctgtcacggaccacaatgaagataatgatgcagatgat
gaaggagaaatttggtacaatcccattcctgaagacgacgatcagtacctgagcacagac
aagacttcatgccagattgctactgtttcaggaagtgatttattgaaaacatcagggagc
cctggaggacttccacgttctgcagtatgtgtgggggatatgatgcagatgtctcctacc
agtgagattaatcatgcagatgccttacattccaatgactattgcacgcagctgcacaag
cagaaccttacttctaaggctcaaatggcaccatctgaagaagtgactccggcccctaaa
tcgaatgaatcaggtgctggtgttcagagccctatcaagcccatttctcctacagcaaca
gaattttctcctccatctagtccaaatccttcaaaaagggcaggaagtattaattggtct
tttcctgataaaattaaatccccaaggactgtcaggaagctgtccatgaagatgaaaaag
ctaccagaactcagcagaaaaagaagcatcaaaggaacatcaaatgcagaccatgcccct
tctgtgtcaaaaagtaactgccaagatataagccatacagcatccttatcttcctctgga
aatgcaacagctgctgccagtaggaatgtcattagccgataccacctcgatagcagtgtg
tcatcccagcaaaactataagaaaaaaaactctgggagctcaaaatcctcaagtaaaggg
ggctacctcagtgatggtgactcccctgaacttatagcaaagtcaggtaaacatggagca
gacaatagggccacaaagggaaaggaagcacttgcaggcagtaatacaaaatctgatata
gacattgatgcatttcggcattatagcttttccgatcagcccaagtgttttcagtatata
tcaggactcatgagtcttcatttttatggagcagaggatttgaaacctccaaaaatagac
tcaaaagatgtattttgtgcaatccaggttgattcagtgaataaagcaaggactgctctt
cttacctgcaggacaacgttcttagatatggatcacacatttaacattgaacttgaaaat
gcacagcacttgaagctagtagtgtttagttgggacccaacacctcgcaaaaacagagtt
tgctgccatggaactgttgtgctccctgcactttttagagtgacaaagacacatcagcta
gctgttaaattagagcccagagggctcatctatgtgaagctgaatttgatggaacaatgg
gagaattccttagaccgcccaggagtggacagagagccaattgtatttggtgttgaggct
cgaaaagttgttgaaaaagaaaacgctgggctgatggttccactgctgatggacaagtgc
attacagagattgaaaagaggggatgtcaggttgtgggattgtatcgtttgtgtggttct
gctgctgtgaagaaagaactccgggaggcttttgaaagagacagcaaatctgttggcctg
tgtgagtcccagtatccagatatcaatgttattacaggagtgcttaaggattatttgcga
gaactgccttcccctcttattacaaagcatttgtatgaagctgtcctaaaggccatggca
gagaagcctttgaaaatggcttcaagtggttgtgagaatgactccagggactctgagaac
actgttagcctattagactgcctgccagatgtggagaaggcaacactgaagatgctgttg
gaccacttgaaactggttgcctcttaccatgaagtaaacaagatgacctgtcagaactta
gcagtttgttttggtccagttctcctgagccagcggcaagaaacgtccagtcacaacaac
agagtcttcattgattccgaggaacttgctagtgccttagacttcaaaaaacacatagag
gtccttcactaccttctacagctatggccagtaaaaaatgcatctgccaaagaaccagct
ccaaacagcacactgactgagcagcaaccttgtctgcgaaggaagaaacctcgtcctcag
atgctgaatttaggcagcagtgacatgtctggggttctgaggccacgagtcacaagacta
gatagcccttcaagcaaccgctatgcaggagactggagcagctgcagagagagctattta
atttgcccaaaagatgaagcagattacgacgacgtgccttcagaagacacagacagccga
ggagacattgtcaggagccagttagatgatgttggctatcagcaggtaaccaaagaacat
ccactcaaagcttttgtatcatcagaaggggatggaacagaggaacaagaagtgaacctg
caggacttgcaagaaagcattgacaccttgataggaaacttggagctggaactgaaaaaa
aacaaacataacgcacacttataa

  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 (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (2)   
   Pfam (2)   
All databases (15)   

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