Maylandia zebra (zebra mbuna): 101470029
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Entry
101470029 CDS
T02814
Symbol
arhgap45
Name
(RefSeq) rho GTPase-activating protein 45 isoform X1
KO
K26415
Rho GTPase-activating protein 45
Organism
mze
Maylandia zebra (zebra mbuna)
Brite
KEGG Orthology (KO) [BR:
mze00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
mze04131
]
101470029 (arhgap45)
Membrane trafficking [BR:
mze04131
]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
101470029 (arhgap45)
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
RhoGAP
C1_1
FCH
DUF2277
Motif
Other DBs
NCBI-GeneID:
101470029
NCBI-ProteinID:
XP_014268499
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Position
LG23:5334211..5348907
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AA seq
1275 aa
AA seq
DB search
MSDTRRRKTDRQLSWLKLDLDGTQLPLSSSGRAPKWRVGGWVGGLYVKLKEVGMDGKGTL
KMFRKKRELIKTPSISKKSRAGSPGPQSSAPSLSILQEQPRRDAVDITLFCSPSSSSSSS
STLTPTSAGLQDPSASCPGTPSTQHNKLGMMQGVGCPSPVATLKRPTALSRHASAAGFPL
QSWVFTRGQGKGAITPTTPSDSPESAAIEVEDIPALLRDVARFAEAVEKLKDVVLAEGKE
SQRPVAHECLGEVLRILRQVINTYPLLNTVEILTAAGKLISKVKGFHYESSNEADKKDFE
KAIETIAVAFSSNVSELLMGEVDSSTLLSLLPTEKSRSMENLYTGSGHGGDGGHYRSDLQ
DMGRAEEVDVILQHSEGGVDSALLYAKTISKYMKDLMCYVEKRTSLETEFSKGLQRLYQS
SKHSITHPHMPLFSIYSLALEQDQEQSVGLQQANNTLHNQTFIQPLMQRKQEHEKRRKEI
KEHWIRAKRKLMECEANLRKAKQAYIARCEEYDKAKTAACRAEEEGGGSTAKSVEKKKRV
EEEARNKADEAEATYKTCIADAATQQQELEHTKVTVLRQLQDIIKQSDQTIRSATISYYQ
LMHMQTVALPVHYQTLCESSKLYDPGQQYAAHVRDLQLPEQPTIQYAFESYSPSNSSSHH
GHRPRNDSFNTDMQTSQTDSPAVSVETTAGDSRESEVQRKRQGHKSWGSTVSDDSVVGDG
GLDSPTASTSDIAKIVRTSSTGTMSSNEDADEKDGNVSSFETQNINGMDPDVVVSTGPFR
NIGLSKAALTHRLRKLRTPSKCRECDSYVYFQGAECEECFLACHKRCLETLAIQCGHKKL
QGRLQLFGRDFTQVASCASDGIPFIITKCISEIERRALKMKGIYRVNGVKTRVEKLCQAF
ENGKELVELSQCSPHDISNVLKLYLRQLPEPIMPFHLYNKLMGLAKESLHNEGDTPEGED
SESSSTHPAVSRGPELVDLGPDTDPEVLVLVDSLRELLKELPKPNIATLRYIVRHLRRIA
ELEQDNKMSPSNLGIVFGPSLMRPRPTGATISLSSLVDYPHQARIVEAFIVFYSSIFQSK
TSQTHKTSRAASTQQENVTQDKMVSPVDAEEDASREEKTKPEVDKTEEGCGSSLGSLGSS
EQLPDSDSELDERHSHSLTKQESVSIDDDQLSYRDSLDLSSQSAIHIEPEQDQDQENPEG
EEPPALPDSGPPEEGAGEEQDLSASLAELNVNQSNNNNNYHPCSPTLSLSGLPLARLCGK
KLPLTRNRDSEPEFV
NT seq
3828 nt
NT seq
+upstream
nt +downstream
nt
atgagtgacaccaggaggaggaagacagacagacagttatcgtggctcaaactcgacctg
gatggcacccagctcccgctgagctcgagcggcagagcacccaagtggcgagtcgggggg
tgggtgggggggctgtacgtgaagcttaaagaagtcgggatggacggcaaaggcaccctg
aagatgttcaggaaaaaacgggaactaatcaagacaccgtctatctcgaagaagagtcga
gcaggaagccctgggccacagagcagcgccccgtctctctccattctccaggagcagcct
cgcagagatgcagtcgacatcacactcttttgttccccctcatcttcctcctcctcgtct
tcaacacttaccccaacttccgccgggctccaggatccctccgcgtcctgcccaggcacc
ccgagcactcagcacaataaattgggaatgatgcagggggtgggctgcccgtctcctgtg
gccactctcaagagaccgaccgcactgagccgacacgccagcgctgcagggttcccgctc
cagtcgtgggttttcactagaggtcagggaaaaggggctataaccccgacgactccatct
gacagtccagagagcgcagccatcgaggtggaggacatcccagccctgctgagggatgtc
gcacgctttgcagaggctgtggagaagctgaaggatgttgttctggctgagggtaaggag
agtcagcggcccgtggcccacgagtgtttaggggaggtgcttcggattttgcgccaggtc
atcaacacttatcctctgctcaacaccgtcgagatcctcactgctgccggcaaactcata
tccaaggtcaaaggtttccactatgagtcctctaacgaggctgataaaaaggactttgag
aaggcaattgaaaccattgctgtcgcttttagtagcaatgtgtctgaactgctgatggga
gaggtggacagcagcacgttgctctccttgctgcctacagagaagagcagatccatggag
aacttgtacactggttctggccatggaggagatggtggacattacaggagcgacctgcag
gacatgggtagagctgaggaagtggatgtcatcctacagcacagcgagggaggggtggac
tctgctctgctctacgccaaaaccatttccaagtacatgaaggacctgatgtgctacgtg
gaaaagagaacttcacttgagaccgagttctccaaaggcctccagagattataccagtct
tccaaacacagtattacacatccccacatgcctcttttctccatctactctctggctctg
gagcaggaccaggagcagagtgtgggcctgcagcaggccaacaacaccctgcacaaccaa
accttcattcagcctctgatgcagcgtaaacaggagcatgaaaagagacgtaaggagatc
aaggaacactggattcgagctaaaagaaaattgatggaatgtgaggcaaacctgcggaag
gccaagcaagcctacatagcacgctgcgaggagtacgacaaggctaaaacggcagcctgc
cgagctgaagaggagggagggggatccacagcgaagtctgtggagaagaagaaacgagtg
gaagaagaggctcgcaacaaggcagatgaggcggaggccacctacaagacttgtatagca
gacgccgccactcagcagcaggagcttgagcacacaaaggtcacagtgctgaggcagctg
caggacatcatcaaacagagtgatcagaccattcgctcggcgaccatctcctactaccag
ctcatgcacatgcagacagtagccctgcctgtgcactaccagactctgtgcgagagcagc
aagctgtacgaccccggccagcagtacgccgctcacgtgcgagacctgcagctgccagag
cagccgaccatccagtacgcgtttgagtcctactctccctccaactcatcatcgcaccat
ggtcacagaccgaggaatgacagcttcaacacagacatgcaaacgagtcaaacagacagt
cctgccgtcagtgtggagacgacagctggagacagccgagagtcagaagtccagcgcaag
agacaggggcataagtcatggggctcaacagtgagcgatgacagcgttgttggagatgga
ggcctggattctccaactgccagcacaagtgacatcgctaagattgttcggacttcatcg
actggaacgatgtcgtccaatgaggatgcagatgaaaaagatggaaatgtgtcctcattt
gaaactcaaaatattaacggcatggatccagacgtggtggtgtccaccggacctttccgt
aatatcggcctgtccaaagcagccttgacccaccgactgaggaagcttcggactccttca
aagtgccgcgaatgtgacagctacgtttatttccagggagctgaatgcgaggaatgtttc
ctggcgtgccacaagcgctgtctggaaactctggcgatccagtgtggtcataagaagctg
cagggccgtctgcagctgtttggcagagatttcactcaggtagccagctgtgccagtgac
ggtattcccttcatcatcaccaagtgcatctctgagatcgagagacgggcactgaagatg
aagggcatctacagggtgaatggagtgaagacccgtgtggagaaactgtgtcaggccttt
gagaatggaaaagagctggtcgagttgtctcagtgttcaccacatgacataagcaacgtg
ctcaagctttacctcagacagctgcctgagcccatcatgcctttccatctgtacaacaag
ctgatgggtttggcaaaggagagtctgcataatgaaggagacacaccggagggggaggac
tcagagtcgagcagcactcacccggcagtgagcagggggccagagctggtggatctgggc
ccagacacggacccagaggtcctggtcctggtggacagtctgagggaacttttaaaggag
ctgcccaaacccaacatcgccacactgcgctacatcgttcgtcaccttcgaaggatcgca
gagctggaacaggataacaagatgagccccagcaaccttggcattgtgtttgggccctct
ctgatgcggccccgtccaacgggggctacgatatccctgtcctctttggttgattatccc
catcaggctcgcatcgtggaggccttcatagtcttctactcttccatcttccaatccaaa
acttctcagacccacaaaacctcccgtgctgcctccacgcagcaggaaaatgttacacaa
gacaaaatggtgagccctgttgacgcagaagaggatgcgagcagagaggagaagactaaa
cctgaggttgacaagacagaggagggatgtggaagctctttggggtcattgggctccagt
gagcagctcccagactctgactctgagctggacgagaggcactcccacagccttacgaag
caggagagcgtgagcatagacgatgaccagctgagctacagggacagtttggacctgtcc
agtcagtctgcaatccacatcgagcctgaacaagatcaggatcaggaaaacccagaggga
gaagaaccccccgctctgccagacagcgggcccccagaagaaggtgctggagaagagcag
gatctgagcgcttctctggcagagctcaacgtgaatcagtccaacaataacaacaactac
cacccgtgctctcccacactgagcctgtcgggccttccactggcacgtctctgtggaaag
aaattaccactgacgagaaatcgagacagcgagccagagtttgtctga
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