Eleginops maclovinus (Patagonian blennie): 134869262
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Entry
134869262 CDS
T09869
Symbol
arhgap45b
Name
(RefSeq) rho GTPase-activating protein 45 isoform X1
KO
K26415
Rho GTPase-activating protein 45
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
emac04131
]
134869262 (arhgap45b)
Membrane trafficking [BR:
emac04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
134869262 (arhgap45b)
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Ortholog
Paralog
GFIT
Motif
Pfam:
RhoGAP
GMIP-like_FCH
RHG29_45_N
C1_1
FCH
Motif
Other DBs
NCBI-GeneID:
134869262
NCBI-ProteinID:
XP_063746819
LinkDB
All DBs
Position
9:complement(21141193..21157512)
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AA seq
1275 aa
AA seq
DB search
MCDSSSRRTTDRQLPWIKLSRDVTEIPLRRPTPKWRVGGWAGGLYVKLKEVGMDGKGTLK
MFTRKKRELIKTPSISKKSRAGSPGPQSSALTLSILQEQPRKDAADITLSSSPLSSSSTL
TPASAGLQDSSLSCPGTPSIQHNKLAAMQGLGCPSPVSTLKRPTALSRHASAAGFPLQSW
VFSKGQGKSPSTPTTPSDGPESTAIEVEDIPALLRDVARFAEAVEKLKDVVLAEGKESQR
PVAHECLGEVLRVLRQVINTYPLLNTVEILTAAGKLISKVKGFHYEACNEADKKDFEKAI
ETIAVAFSSNVSELLMGEVDSSTLLSLLPTEKSRSLENLYAGSSQGADSGHFRSDLHYMG
RAEEVDVILQQSEGGVDSALLYAKTISKYMKDLISYVEKRTSLETEFSKGLQRLYHSCKH
SITHPQMPLFSIYSLALEQDQEQSVGLQQANTTLHTQTFIQPLMQRKQEHEKRRKEIKEH
WIRAKRKLMECEANLRKAKQAFMVRCEEYEKAKMAACRAEEEGGGSTAKSVEKKKRVEEE
ARNKSDEAEATYRTCIADATTQQQELEHTKVTVLRQLQDVIKQSDQTLRSATISYYQLMH
MQTVALPVHYQTLCESSKLYDPGQQYAAHVRDLQLPEQPAVHYTFENYCPSSSSSHHGHR
PRNDSFNTDSPATSVDAAAAENREAEAQRKRQGHKSWGSTVSDDSVGGEAGLESPTASSS
DISKIARTSSTGTMSSNEDADEKDGNMTSFESPNMNGMDPDVVVSTRPFRNVGLSKAAQT
HRLRKLRTPSKCRECDSYVYFQGAECEECFLACHKRCLETLAIQCGHKKLQGRLQLFGRD
FSQVASCASDGIPFIITKCISEIERRALKMKGIYRVNGVKTRVEKLCQAFENGKELVELS
QCSPHDISNVLKLYLRQLPEPIMLFRLYNNLMGLAKESLQGEAETPEGEEVESNSIIPAV
GKGPELVDLGPGTDPEVLMLVDKLKQLLKELPKANVATLRYIIRHLRRIAELEEDNKMSP
SNLGIVFGPSLMRPRPTGATISLSSLVDYPHQARIVECLIVFYSSIFQSKTSQTHKNSRS
ASSSTQQVDNADEQIADGEEDGGREEPNKPESEKTEEGCGSSLGSLGSSEQLPDSDSELD
DSGQRAAPHHSLVKQESEMSMDDEPLSYRDSLDLSSQSVTLTVPEPEPEPEPEADQEENP
DQVEPPALPVSGPPDEDTAAEEDLSVSLAELNVNQSNNNNYPCSPVLSLSGHPLARLSGK
KLSLTRNKDSGPEFV
NT seq
3828 nt
NT seq
+upstream
nt +downstream
nt
atgtgcgacagcagcagcaggaggacgacagacagacagctaccgtggatcaaactctcc
agggatgtcaccgagatcccgctgagacgcccaacacccaagtggcgagtcggggggtgg
gcggggggtttgtacgtgaaactcaaagaagtcgggatggacggcaaaggcacgctgaag
atgttcaccaggaagaaacgggaactaatcaaaacgccatccatctcgaagaagagccga
gcaggaagccccgggccgcagagcagcgccctgactctctccattctccaggagcagcct
cggaaagatgcagcagacatcaccctctcctcttcacccttatcctcctcttcaactctc
accccggcttctgccgggctgcaggactcctccctctcctgccccgggacgcccagcatc
cagcacaacaagctggcggccatgcaggggttggggtgcccgtctcctgtgtccaccctg
aagaggccgactgcactgagcagacacgccagcgctgcaggtttcccgctccagtcctgg
gtgttctctaaaggccaggggaaatcgccctcgaccccgaccactccgtctgatggtcca
gagagcacagccatcgaggtggaggacatccccgccctgctgagggatgtggctcgcttt
gcagaagctgtggagaaactgaaggacgttgttctggctgaaggtaaggagagtcagcgt
cccgtggctcacgagtgtttgggggaggtcctccgagtgctgcgtcaggtcatcaacact
taccctctgctcaacaccgtggagatcctcaccgctgccggaaagctcatctccaaggtc
aaaggttttcactatgaggcttgtaacgaggcagataaaaaggactttgagaaggccatt
gaaaccattgcagtcgcttttagcagcaatgtgtctgagctgctgatgggagaggtggac
agcagcacgctgctctccctgctgcccactgagaagagcagatcgctggagaacttgtat
gctgggtcgagccagggagcagacagcggacacttcaggagcgacctgcattacatgggc
agagctgaggaggtggatgtgatcctgcagcagagcgagggaggcgtggactctgctctg
ctctacgccaaaaccatctccaaatacatgaaggacctgatcagctacgtggagaagaga
acttccctggagactgagttctccaaaggcctccagagattgtaccattcctgcaaacac
agcataacgcatccccaaatgccactcttctccatctactctctggctctggagcaggac
caggagcagagtgtggggctgcagcaggccaacaccaccctgcacacacagaccttcatc
cagcctctgatgcagcgcaaacaggagcatgagaagagacggaaggaaatcaaggaacac
tggattcgagctaagagaaaactgatggagtgtgaggcgaacctgcgtaaagccaagcaa
gcttttatggtccgctgtgaggagtacgagaaggccaaaatggcagcctgccgcgctgag
gaggaaggaggaggatccacggcaaagtctgtggagaagaagaaacgagttgaggaggag
gcgcgcaacaagtcagacgaggcggaggccacctaccggacatgtatagccgacgccacc
actcagcagcaggagctggagcacacaaaggtcacagtgctgagacaactgcaggacgtc
atcaaacagagcgaccagaccctgcgctcggcgaccatctcgtactaccagctcatgcac
atgcagaccgtcgccttgccggtccactaccagactctgtgtgagagcagtaagctgtac
gacccgggccagcagtacgctgctcacgtgagagacctgcagctgcccgagcagccggct
gttcactatacatttgagaactactgtccctccagctcatcgtcacaccacggccacaga
ccaagaaatgacagtttcaacacggacagtcctgccaccagtgtggacgcagcagcagca
gaaaacagagaagcggaggctcagcgcaagaggcagggtcataagtcttggggttccaca
gtgagcgatgacagtgtcggaggagaggcgggtctagagtcgcctactgccagctccagt
gacatcagtaaaattgctcggacatcatccactgggacaatgtcgtccaatgaggacgca
gatgagaaagacgggaatatgacctcatttgaatctccaaacatgaacggcatggatcct
gacgtggtggtgtccaccagacctttccgtaatgtcggcctctctaaagcagcacagacc
caccggctgaggaagctacggacaccgtcaaagtgccgcgagtgtgacagctacgtttac
ttccagggggcagagtgcgaggagtgttttctggcgtgtcacaagcgctgtctggagact
ctggccatccagtgcggccacaagaagctgcagggccgtctgcagctgttcggcagggac
ttctctcaggttgccagctgtgccagcgatggcatccccttcatcatcaccaaatgcatc
tccgagatagagagacgggcgctcaagatgaagggcatctacagggtgaacggggtgaag
actcgggtggagaagctgtgtcaggcctttgaaaacggcaaggagctggtggagctgtcc
cagtgttcaccgcatgacattagtaacgtcctcaagctttacctcagacagcttccagag
cccatcatgctgttccgcctgtacaacaatctgatgggtttggcaaaggagagtctgcag
ggagaggcagaaacaccggagggagaggaggtcgagtcgaacagcatcatcccggcagtg
ggcaaagggcccgagctggtggatctgggccctggcaccgaccctgaggtcctgatgctg
gtggacaagctaaagcagcttctgaaggagctgcccaaagctaacgtcgctacactgcgc
tacatcattcgccacctccggaggattgcagagctggaggaggacaacaagatgagtccc
agtaacttgggtattgtgttcggcccgtccctgatgcgaccccgtcccaccggagccacc
atctctctctcctctctggtcgattacccccaccaggctcgcatcgtggagtgtctgatt
gtcttctattcatccatcttccagtccaaaacctctcagacacacaaaaacagccgctca
gcttcctcctccactcagcaggttgataatgcagatgaacagatcgctgatggagaggag
gatggaggaagagaggagccaaataaaccagaatctgagaagacggaggagggatgtgga
agctctttagggtccctggggtccagtgagcagctccctgactctgactcggagctggac
gacagcggtcagagggccgcaccccaccacagcctggtgaagcaggagagcgagatgagc
atggacgacgagccgctgagctacagggacagtctggacctgtcgagccagtctgtaacc
ctaaccgtcccagaaccagaaccagaaccagaaccagaggcagaccaggaagaaaaccca
gaccaagtggaacctcctgcgctgccagtcagcgggcccccagatgaagacacggcggca
gaggaggatctgagtgtctctctggccgagctcaacgtgaaccagtccaacaacaacaac
tacccctgctcccccgttttgagcttgtcagggcatccactggcgcgtttgtctgggaag
aaattatccctgaccaggaacaaggacagcgggcccgagtttgtctga
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