KEGG   Cynoglossus semilaevis (tongue sole): 103388462
Entry
103388462         CDS       T04866                                 
Symbol
ralgapa2
Name
(RefSeq) ral GTPase-activating protein subunit alpha-2 isoform X1
  KO
K25768  Ral GTPase-activating protein subunit alpha
Organism
csem  Cynoglossus semilaevis (tongue sole)
Brite
KEGG Orthology (KO) [BR:csem00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:csem04131]
    103388462 (ralgapa2)
Membrane trafficking [BR:csem04131]
 Exocytosis
  Tethering complex
   Exocyst complex assembly proteins
    103388462 (ralgapa2)
SSDB
Motif
Pfam: Rap_GAP RALGAPB_N
Other DBs
NCBI-GeneID: 103388462
NCBI-ProteinID: XP_016890266
Position
1:complement(394111..500066)
AA seq 2038 aa
MFTRRGHGDVKKSTQKVLDPKKDVLTRLKHLRSLLDIYDKSDLKAFFESNCSQIYFIFYE
NFITLESNLKQKGNKSQREELDSILFIFEKILQLLPEKIYNRWQFHSIGSILKKLLHTGN
SFKIRCEGIRLFLLWLQALRDNCAEEQFLIFATLVPGFPAVPSTRGPCTLDTIIYNPFSN
PPDAKVVPEEITPLVPAVVGEKLADDQTCFILETLLKYMVIQASSLEWKNKENQNTGFRF
LFSLFKKYYLPHLFPSFTKLTNLYKPLLDLPHHRPKPLYVPVTRNNESTFCTRDQYLAPR
VAFITWLVTFFLEKKYVNSAAVAQSAKNGTEVIPKLIQTVTAGGSSQEKEKEKEKTSEGD
ANAPAGEPEKSHSNSSTLSDRRPSDSSICSIDEEHRHVYEMVHGILLSTRDNVNFVNEVF
HQAFLLPSCEASATRKVIKVYRKWILQEKPSFMTEPEANTRESEVDGGPQQIHSTVCIYM
YVKAMESHGHKRTSSWGRTYSFSSAISRGFLTEEENRDVKAGIQPTLQVFLTNSSNVFLL
EPCQDVPKLLDNQVEVCKGVLNIYRHMIMEHTMNTQTWEQLLQVLLRITEAVMKRPQENQ
RKDSFAERLASVLFRTIIVAWVRANLSVFISRELWDELLAVLSSLTCWEELVTEWASIMD
SLTVVLARCVYGLDMANLPLDKLSEQKEKKQRGRGVIQDSQKSAVARSFSLSWRNQVEQC
GQGAQEPMRIRSATTSGAPGVEKARYNVRQKASAKRSQSISNCVHLYEALPTTKSVPMLL
HTVSSFLPGISSGNSACSHRLSDLEECQLSECGGEEELGAGDSPLPRSSSTSDITQQLSE
TLPAQKRECSPVSSGSDSRTSDGRRESFEPPVIHIRRSSSAAETEDGHVTYTRVKLREKS
ESVSSETSNGYLNEAEVTFDEEADSQSAHMDVTADPRSEGSLLLSHTDALAGSECASPTH
SAPPTYHYHYPLNPPSSPALLVHTECPRDCPLDDTMHQSVLHMPRHLDSSECLADDVSII
AGGTLAGWHADSAFVLWRRILGILGDVNSISCPRIHAKVFSYLYELWHKLAKIRDNLGIS
LDNQSSPPQPAFIPPLRMLASWLFRATMLPVEYKAGKLQAYTLICEMMTRHQDLLPNSDF
LVHLYYVLHKGFTSDDQDVLNTIIRSCSPRFFFLGLPGFTMLVGDFISAATNVLSSVFPE
APKMEAQTLLGSLVCFPNLYLQIPVLKHVPGSEEIMGGRNDIKEHMVHILFETATREPSE
GARCIAMCSLGLWVCEELIQKNIHHKVKDAINILGVTLKFGNKAVAQVACDAFQLLTSHW
EHLKRLESALPKKIIEIFVATIAFLLPSAEHSTVEADKKLLVSLLLCLLDWCMAVPLSIL
LEPITMSSVEDRMSHKAPLLDYIYRVLHCCVSGSTLHTQQSHYLLTLSDLSSDYDLMLGQ
VKNCAPPLSQSTATDFGNLLTVAEEKRRRNMELIPLTARMIMTHLVNHLGHHPLSGGPAL
LYSLVSENHDNPYVESSELSSEVFKSPNLQLFVFNDSMLVSYLQIPAETPAVGQPACPLS
QLRVIVRDISGKYTWDGTILYCTGQEEADDAGVFDTVDQLLSNAGHRRCSPTRLPHMKKR
FSFSDSDCEEEEVDVLDRLLDDLGHSSPECLPQQQLRVNQPAPSPHGMNFEQESAIVEAI
LRQGQQGRRRGGADVSFQAACQKEPSAQELKSPFYYCRLLLNDLGMNSWDRRKSFHLLKK
NPKLLRELKNLDSRQCRETHKIAVFYIEEGQEDKCSILSNNAGSKAYEDFVSGLGWEVDL
STHCGFMGGLQRNGSTGLTAPYYATSTVEAIFHVSTRMPSDSDDCLTKKLRHLGNDEVHI
VWSEHTRDYRRGIIPTDFGDVLIVIYPMKNHMYFIQIMKKPQVPFFGPLFNGAIISGTLL
PSLVRATCINASRAVKSRLTLYQSFYEERALYLEAIVQNHREVMTFEDFASQVFSPSPSY
PLSGTGSFTGSTNTEAGAQASNADATVDQVSPTMPRATKNRVSGKLRRSASAISKSSN
NT seq 6117 nt   +upstreamnt  +downstreamnt
atgttcactcgcagggggcatggagacgtcaagaaatctacacagaaagttctggaccca
aagaaggatgtgctgacccggctcaaacacctgcggtccctgttagatatctacgacaag
agtgacctgaaggcgttcttcgaaagcaactgttctcagatttattttatcttctatgaa
aatttcattacactggaaagcaaccttaaacaaaaagggaacaaatctcaaagggaggag
ctggactccatcctctttatttttgaaaaaatcctgcaacttctgcctgagaaaatctac
aatcggtggcagttccacagtataggttctattctcaaaaagcttcttcacactggaaat
tcattcaagattcgctgcgaggggatccggctttttcttttgtggctgcaggccctgagg
gacaactgtgctgaggagcagttcctcatctttgccactctggtgccagggttccctgcc
gtgccctccaccagagggccctgtacactggacacaatcatctacaaccctttctcgaac
ccccccgatgctaaagtggtgcctgaagaaatcaccccgctcgtccctgcggtggtggga
gaaaaactggcagatgaccagacgtgtttcatcctcgagaccctgctgaagtacatggtc
attcaggcatccagtttagaatggaagaacaaagaaaaccagaacacgggcttcaggttc
ctcttcagcctgttcaaaaagtactaccttccacatctgttcccctccttcaccaagctc
acaaacctctacaagcctttattagacctcccacaccacagaccaaaacccttgtacgtg
ccagtcacgcggaacaacgaaagcaccttctgcaccagggaccagtacctcgctccgcgc
gtggccttcatcacttggctcgtcaccttcttcctggagaagaagtacgtcaacagtgcc
gccgtggcgcagagcgccaagaacggcacggaggtcattcctaaactcatccagactgtc
actgcaggcggtagcagccaggagaaagagaaggagaaggagaaaacatcggagggggac
gcgaacgcaccagcaggggagcccgagaagagccactccaacagcagcacgctgtcagat
cgacggcccagtgattccagtatatgtagcatcgacgaggagcaccgccatgtctatgaa
atggtgcacggcatcctgctctccaccagggacaatgtgaattttgttaacgaggtcttc
caccaggcttttctactgccatcttgtgaagcatcagcaacaaggaaggtgattaaggtt
tacaggaagtggatactccaggaaaagcccagtttcatgacggagcctgaggcaaacacc
cgggagagtgaagtggacggaggccctcagcagatccacagcactgtatgtatatatatg
tatgtgaaggcaatggagagtcatggacacaagcggacgtccagctgggggaggacgtac
tctttcagcagtgccatcagccggggctttctcaccgaggaggagaacagagacgttaag
gctggcatccagcccacgctacaggtgttcctgaccaactcatccaacgtgttcctcctg
gagccatgtcaggatgttcctaaactcctagataaccaggttgaggtgtgcaagggtgtc
cttaacatctatcgtcacatgatcatggagcacaccatgaacacgcagacctgggagcag
ttgctgcaggtgctgctgcgcatcacggaggcggtgatgaaacgaccgcaggaaaaccaa
agaaaagacagcttcgctgagagactggcgtccgtgcttttcaggaccatcatcgtggcg
tgggtacgagccaacctgtccgtatttatttcccgggagctctgggatgagctgctggcg
gtgctctcttctcttacctgctgggaggagctggtgacggagtgggccagcatcatggac
tctctgactgtggtgttggcacgctgcgtctacggtctggacatggccaacctgccgctg
gacaaactcagtgaacagaaggagaagaagcagagaggacggggagtgatccaggactcc
cagaaatcggcggtggcgcgttctttctcactcagctggaggaaccaggttgagcagtgc
ggtcaaggggcccaggagcccatgaggatccgctcggccactacatcaggagctcctggt
gtggaaaaggcccggtacaatgtgagacagaaagcctctgctaagcgaagccagtccatc
agcaactgtgttcatctatacgaggctttgcccactactaaaagtgttcctatgctgctc
cacactgtgagctctttcttgcctggtatctcttctggtaactctgcttgctctcacaga
ctctcagacctggaggagtgtcagttgtcagaatgtggcggggaggaggagctgggagcc
ggggatagccccctgccacgtagcagcagcacctctgacatcacacaacagctgtctgaa
accctgccagcccagaaaagagagtgctcccccgtgtcctctggctcggacagcaggacg
tctgacggccgcagagaaagctttgaacccccggtgatccacatccggcgaagcagcagc
gcagctgagacggaggacggacacgtcacctacaccagggttaagctcagggagaaaagt
gaaagtgtaagcagtgagacgtccaatggctacctcaatgaagcggaggtgacttttgac
gaagaggctgactcacagtcagcccacatggatgtgacggccgacccccgcagtgagggc
agtctgctgctcagccacactgacgccctggcaggttctgaatgtgcctcccccacccac
tctgcccccccgacctaccactaccactaccctctgaaccccccctcctcaccagccctg
ctggtgcacacagagtgcccgcgggactgccccctggacgacaccatgcatcagtctgtc
ttacacatgccacgtcacctcgacagcagcgagtgtctggccgacgatgtcagcatcatc
gctggtgggacgctggctggttggcatgctgattcagcctttgtcctctggaggaggata
ttgggtattctaggagacgtcaacagcatcagctgccccagaattcatgccaaggtcttc
tcctacctctatgagctctggcacaaactggccaagatccgggacaaccttggtataagt
ctggacaatcagtcttctcccccgcagcctgccttcatcccaccgctgcgcatgttggcg
tcctggctctttcgggccacgatgctgccagttgaatataaggctggcaaactgcaggcg
tacacactgatctgtgagatgatgaccaggcaccaggacctgctgcccaacagtgatttc
ttagttcatctctactacgtcctccataagggcttcacaagcgacgaccaggatgttctg
aacaccatcatccgctcctgctccccccgcttcttcttcctgggtctgccaggcttcacc
atgctggttggtgatttcatcagtgccgccaccaacgttctcagctccgttttcccagag
gctcctaaaatggaggctcagactctgctcggttctctggtgtgtttcccaaacctttac
ctccagattcctgttcttaaacatgtgccagggtctgaggagattatgggaggacggaat
gatatcaaggaacatatggtccacatcctgttcgaaaccgcgacacgagaacccagcgag
ggagccaggtgcatcgccatgtgtagtctgggcctgtgggtgtgtgaggagctgatacaa
aagaacattcaccacaaggtcaaagatgccatcaacatcttgggagtaacactaaagttc
gggaacaaagccgtggctcaggtcgcctgtgacgcctttcagctgctcacttctcactgg
gaacatctgaagaggctggagtcggcgctgcccaaaaaaatcatcgagatctttgtggcc
acaatagcctttttgttgccgagcgccgagcactcaacggtggaagcagacaaaaagctg
ctggtgtcgctgctgctttgcctgttagactggtgtatggctgttcccctgagcatcctg
ttggaacccatcaccatgtcttcagtggaggaccgcatgtcccacaaagccccactgttg
gactatatttacagggtgctgcactgctgtgtctctggttccacgctgcacacccagcag
agccactacctcctcaccttgtccgacctgtcgtccgactacgacctcatgttgggtcag
gttaaaaattgcgccccgccgctgtcccagtcgactgctacggactttggtaacctgctc
actgtagctgaagaaaagcgacgaaggaacatggagctgattcctctgacagcacggatg
atcatgacccacctggtgaaccatctgggccaccatccgctgagcggcggccccgccctc
ctctacagcttagtgagcgagaaccacgacaacccgtatgtggagtcttctgaactgtcc
tccgaggtcttcaaaagtcccaacctgcagctgtttgtcttcaacgacagcatgctggtg
tcgtacctgcagatccccgccgagacgcccgcggtcggccagcccgcctgccctctgtcc
caactgcgagtcattgtcagagacatctcgggcaaatacacgtgggacggcacgattctt
tactgcaccggacaggaggaggctgacgacgccggagtttttgacacggtcgaccaactt
ctttccaacgccggacaccgccgctgttctccaaccaggctcccgcacatgaagaaacga
ttctcattttcagactccgactgtgaagaagaagaggtcgacgttcttgacagactactg
gacgacctcggtcacagcagcccagaatgtttgcctcaacagcagctgagggtcaaccag
cccgcgccctcgccccacggcatgaactttgagcaggagagcgccatcgtggaggcgatt
ctacggcaggggcagcaggggaggaggagggggggggctgatgtgagttttcaggccgcc
tgccagaaggaaccctctgcccaggaactcaagtctcctttctactactgccgtctactg
cttaacgacctcggaatgaactcttgggaccgcaggaaaagtttccacctgctgaagaaa
aacccaaagctgctgcgagagctgaagaatttggattccaggcagtgtcgagagacgcac
aaaattgctgtgttctacattgaagaaggacaagaagacaaatgctccatcttgtccaat
aacgccggcagcaaggcctacgaagactttgtgtcgggactaggatgggaggtggatcta
tctactcactgtggtttcatgggaggccttcagaggaacggcagcaccggtctcactgcc
ccctactacgctacctctaccgtggaagccatcttccacgtctccacacggatgccgtcg
gattccgacgactgcctcactaaaaagctgcgtcacctgggaaatgatgaagtgcacata
gtgtggtcggagcacacgagggactatcggcgcggcatcatcccgactgacttcggggac
gtcctgattgtcatctacccgatgaagaaccacatgtatttcatccagatcatgaagaag
ccgcaggttcctttcttcggtccattgtttaacggcgccatcatcagcgggacgttgctg
ccaagcctggtgcgggccacctgtatcaacgccagcagagctgtcaaatcccgtctgact
ctctaccagagcttctacgaggagcgagcactctacttggaggccattgtccagaaccac
cgagaggtcatgacatttgaggactttgcctcgcaggtgttctccccctctccgagctac
ccgctaagtgggacaggttccttcaccggcagcaccaacacggaggccggtgctcaggca
tcgaacgctgacgccaccgtggaccaggtttctccaaccatgccccgcgccacaaagaac
cgagtgtcgggaaaactgcggcggtcagcgagcgctattagcaaatcttccaactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (49)   

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