Luidia clathrata (European starfish): 117293455
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Entry
117293455 CDS
T10152
Name
(RefSeq) rho GTPase-activating protein 7-like isoform X1
KO
K20632
deleted in liver cancer protein
Organism
arun Luidia clathrata (European starfish)
Brite
KEGG Orthology (KO) [BR:
arun00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
arun04131
]
117293455
Membrane trafficking [BR:
arun04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
117293455
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
RhoGAP
START
SAM_2
Motif
Other DBs
NCBI-GeneID:
117293455
NCBI-ProteinID:
XP_033631685
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Position
8:complement(5146832..5204503)
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AA seq
1290 aa
AA seq
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MLGSKSCEDMKDYEWKRRESLLLRQIRCEIEAAETCQWLRAAGFPQYAQMFEECTFPIDI
SSVERDHDFLDQDLLDAVIRRLHILNKCASMKIEAPLHRSGDESDEEDQCAISNKWKYTR
SSRRWSRRMTNEELAPHSPDTLGSNSAEGSPTLTHAPATRLNSSSRDSLVTTDNEGYTSA
SSFDSPAVIHKTYSIKRKGSAEITCSAFTGNRSLSPTHRTPPSSPIMLMPGDDEESPRNA
IIEISSPIMGKGKASEEVVQQQQVSKDRMKGAKNFLKRLDSLKLKRGGSLRGSKKGKDHR
EPIVISDPIANVEQGTLKDKIELFNCIDLDQARRSKSASPGAPRFTPLTPPAMRRRAQTG
EKNNSEKRKGRVFSEPSSPMVSRKIDREFYRQLEEAHMNILTSKLTLSDVRNNNDEGRGV
FKLSPNRSLEMDISPASSPGTVERKLSCSGTSDCQCQSCQDKMAPWSSSEELLSPQSVKM
TSPWNSSVLGNVPRTLHSSCERVSDAQIAVAECEFLRQIYNLKNIGDAPSDQTTAGQARP
STSTQCDPLSPTQRSSQAISKNQFESEKQDILSSITKLLVAEKTLDEDHSTVPMLRKRTR
SNSLPDTRPCSMQVQSVTRFEAADPELDGINTELESLLNGINQSLHEMQENLRKDEGSVS
SVSSQVSSPLCSPVSSTFASPLPSPLPSPQLPHSDPQKDLGISTLSASQDSTVASEADAT
GSPNDSLDASNTAATMRERRDSGVGNSLTRPNSGKRPRIRWHSFQKSHRPSLNSRPFQIS
SLSVSQLMILRKLSLLKLTSLMERHSITHRSGWSWMMPRFMKRIKSPDYKDRNVFGVPLL
QVLQQTGLPLPQTILYAMRYLRRTSNDAVGIFRKPGVRSRIQQLKRLNESNPDNMSYEGM
MSYDVADMLKQYFRDLPEPVVTTKLSDTFISVFTSGMPKDLRLSAIQAAVMLMPDENREV
LQSLLLFLSDIAEHSNENQMTAYNLAVCFAPSLFQLGKSPIPNNRQISSPRRARKMATSR
PDQKELIENVAANECLALMIREVKKLFMVPEDLMTKCHFSYMDLGEPVELEELGRKRSDE
SGNYGSYLESCLQGLLKESRDKFKGWVICPTVDGVEVAFKKVGDGHPLRLWKCTIDIGAP
PADILQRVLKERHLWDEDLVKWRSVETLEKTTEVFQYVVNSMAPHPSRDYCVLRSWRNDL
PRGTCALVSTSIEHPDGPLMGGVRGTVLASRFLIEPCGSGKSRLTHICRVDTKGRTVDWY
NKAYGHVMARLVGKIRDLYIHEAEGPETKV
NT seq
3873 nt
NT seq
+upstream
nt +downstream
nt
atgttgggatcgaaaagctgtgaggacatgaaggattatgaatggaaaagaagggagagc
ctgctgttgcgccagatacgatgtgaaattgaagctgcagaaacatgtcaatggcttaga
gctgccggcttcccacaatatgctcagatgtttgaagagtgtacatttccaattgacatc
tcttcagtggagcgagaccacgactttcttgatcaagatctcctcgatgctgttatacgg
agacttcatattctcaacaaatgtgcaagtatgaagattgaagctcctctccacagatct
ggtgatgaatcagatgaagaggaccaatgtgcaatcagtaacaagtggaaatacactcgc
agcagtcggaggtggtctcgccgtatgaccaacgaagaactagcccctcattcgcctgat
accttaggatcaaactctgccgagggttcccctaccctcacgcatgccccagccacaagg
ctgaatagcagcagtcgggatagtctggtgacaaccgacaacgagggatacaccagcgca
agcagctttgacagccccgctgtaatccataagacatatagcattaagcgcaaaggctca
gctgagatcacttgctcggcgtttacaggaaaccgcagcttaagtccaactcatagaact
ccgccatcctccccgatcatgttgatgcctggagatgatgaggagagcccccgcaatgcg
atcattgagatctcctcgccgatcatgggcaaggggaaagcatctgaggaggtagtacaa
caacaacaggtctccaaagatcgcatgaaaggagccaagaacttcctgaagaggttggac
agtttgaagctgaagcgcggaggtagcctgcgcggcagtaaaaagggaaaggaccacagg
gaaccaattgtgattagcgatccgatagcaaacgtcgagcaaggaactctgaaagacaaa
attgaactcttcaactgcattgacttggatcaggccaggaggtcgaaatccgcgtcacct
ggggcccctcggtttacaccgctcactcctcccgctatgcggaggagggcgcaaacaggc
gaaaagaacaactctgagaaacgaaaggggcgagtattttcggaaccgagctctccgatg
gtgagcaggaaaatcgacagggagttctacagacaactggaggaggctcacatgaacatt
ctcaccagcaaactgactctatcggatgtgaggaataacaatgatgagggcagaggggtg
ttcaaactcagtcccaacagatctttagagatggacatttcacccgcatcctctccggga
acagtggagaggaagttgagttgtagcggtacctctgactgccagtgccaatcttgccaa
gacaaaatggctccgtggagctccagcgaagagttgctgtcaccccagagtgtcaagatg
acatctccgtggaacagcagcgtcttaggaaatgtccccagaacattgcattccagctgt
gagcgcgtctccgatgcccagatagcagttgcggaatgcgagttcctgcgacagatctac
aacctgaaaaacattggcgacgccccatcggatcaaaccacagcaggccaggctcgtccg
tcgacttcgacccaatgcgatccgctttccccaacacagcgaagtagtcaggccatctca
aagaatcagtttgaatcagagaagcaggatattctatcgagtattacaaaacttctcgtc
gccgagaaaaccttggacgaggatcactcgacagtacccatgcttcgcaagaggactcgc
agcaacagcctgccggacacgcggccctgcagcatgcaggtccagagcgttacgaggttt
gaggcggctgacccagaattggatgggatcaacaccgagttggaatctctgctgaatggg
atcaaccagagtcttcatgagatgcaggagaacctccgcaaagatgaaggtagtgtgtcg
tcagtttcatcacaagtgtcatcaccactctgttctcccgtctcgtcgacatttgcttcc
ccgctaccctcgccccttccctccccccagctgccccactccgacccccagaaggatctt
gggattagcaccctgtccgccagtcaggactctaccgtggccagtgaagctgatgcgaca
ggatcccctaatgatagtctagatgcgtcaaacacggctgctacaatgagggagcgacga
gactctggggttggtaactcactgacaagaccgaacagtggaaagagacctaggatcaga
tggcacagctttcagaagtcccacaggccaagcctcaattcaaggccgtttcagatctcc
agtctgtccgtcagccagttgatgatcctgcggaaactctctctgcttaagctcacctca
ctgatggagaggcattctatcacacaccgcagtgggtggagctggatgatgccccgtttc
atgaagcgcattaagagcccggactacaaggaccgtaacgtctttggcgtgcccctcctc
caggtgttacaacagacgggtctaccgctcccccagacaatcctttacgctatgaggtac
ctccgtcgtacatccaacgatgcggtgggcatcttccgtaagccaggggtacgatctcgc
atccagcaactcaagaggctgaacgagagcaatccagataacatgagctacgaaggcatg
atgtcctacgatgttgccgatatgctgaagcagtatttccgggatctccccgaaccagta
gttaccaccaagctttcagatactttcatcagtgttttcacatctggcatgcccaaggat
ctccgtctgtctgcgattcaggctgccgtcatgctgatgcctgatgagaaccgcgaggtc
cttcagtcgctgctgctattcctcagcgacattgcagaacactccaatgagaatcagatg
actgcctacaatttggccgtctgctttgcaccgtccttatttcaactagggaagagtcca
atcccaaacaatcgccagatcagcagtccacgacgcgcacgcaagatggccacatcgaga
cccgaccaaaaagaactgatcgagaatgtggctgcgaatgagtgccttgccctgatgatc
agagaggtcaagaaactattcatggttcctgaagacttgatgactaaatgtcacttctcc
tacatggatcttggtgagccggttgagctggaggagctaggcagaaagagaagcgatgaa
tcaggaaactacggtagctatcttgaaagctgtctacaaggactgcttaaggaatcaaga
gacaagttcaagggatgggtgatatgtccaactgtagacggcgtggaagtcgccttcaag
aaggtcggcgatggtcacccattgaggttatggaaatgtaccatcgacatcggtgcgcca
ccagctgatattctacagcgggtactcaaagaaagacatctctgggatgaggatcttgtt
aagtggcgatcagtggagactctggagaagactaccgaggtattccagtatgtagtcaac
tccatggcgccccatccctcaagagactactgtgtgcttaggtcatggagaaatgatttg
ccaagaggaacctgcgccctggtctccacctccatagagcacccagacggccctctgatg
ggcggggtaagaggtacagtcctcgcttctcgcttcctcatcgagccttgcgggtctgga
aaatctcgtctgacacacatttgccgagtagacaccaaggggcggacagtggattggtac
aacaaggcctatggtcacgtcatggctagactggtggggaagattcgggatttgtacatc
cacgaagcagagggacccgagaccaaagtctga
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