| Entry |
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| Symbol |
arhgap45b
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| Name |
(RefSeq) rho GTPase-activating protein 45 isoform X1
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| KO |
| K26415 | Rho GTPase-activating protein 45 |
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| Organism |
astr Antennarius striatus (striated frogfish)
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| Brite |
KEGG Orthology (KO) [BR:astr00001]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:astr04131]
137599203 (arhgap45b)
Membrane trafficking [BR:astr04131]
Others
Rho GTPase associated proteins
Rho GTPase-activating proteins
137599203 (arhgap45b)
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| SSDB |
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| Motif |
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| Other DBs |
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| LinkDB |
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| Position |
7:18888248..18900329
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| AA seq |
1277 aa
MCDSGRRKTDAQLPWLKVLPDGTEHPLSASGRAHKWRVGGWVGGLCVKLKEVGMDGKGTL
KMFARKKRELIKTPSISKKSRAGSPGAQSCVQSLSILQEQPRKDAADVSLSSSPASSSST
STLTPTSAGFHDPSSSCPGTPSSHQSKLAAMQGVGCPSPVATLKRPTALSRHASAAGFPL
QSWVFTRGQGKGAVTPTPPSEGPESTAIEVEDIPALLRDVARFAEAVEKLKDVVLAEGKE
SQRPVAHECLGEVLRVLRQVINTYPLLNTVEILTAAGKLISKVKGFHYEVCNEADKMDFE
KAIETIAVAFSGNVSELLMGEVDSSTLLSLLPTEKSKSMENLYTATGQGGDGGAFRSDLQ
DVGRIEEVDVILQRSEGGVESALLYAKTISRYMKDLMNYVEKRTSLETEFAKGLQRLYQS
CKHSITHPHMPLFSIYSLALEQDQEQSVGLQQANITLHNQTFIQPLLQRRQEHEKRRKEI
KEHWIRAKRKLMECEANLRKAKQAFIGRCEEYDKAKMAACRAEEEGGGSTAKHVEKKKRL
EEEARCKADEAEATYRTCIADAITQQLELEHTKVSVLRQLQDIIKQSDQTLRSATISYYQ
LMHMQTVALPVHYQTLCESSKLYDPGQQYAAHVRDLQLPEQPTVYYTYENYCPSSSSHYG
HRPRNDSFNTEQSSHADSPSIRVDTVCGDNRDAEIQRKRLGHKSWGSTVSDDSVGGEGTL
ESPTASSSDISKIARTSSTGTMSSNEDADEKDGNVTSFETQNINGMDPDVAVSARPFRNI
GLSKAAQTHRMRKLRTPAKCRECDSYVYFQGAECEECFLACHKRCLETLAIQCGHKKLQG
RLQLFGREFSQVASCASDGIPFIVTKCISEIERRALKMKGIYRVNGVKTRVEKLCQAFEN
GKELVELSQCSPHDISNVLKLYLRQLPEPIIPFRLYNSLMGLAKESLQSETESPEGEEAQ
PISVNAVMGRGQELVDLGPDTDSEVLTLVDKLKGLLNDLPKANIATLRYIIRHLRRIAEL
EEDNKMSPSNLGIVFGPSLMRPRPTGATISLSSLVDYPHQARIVEALIVFYSSIFQSKVQ
SQTRKTCRTASTSTQQSNTEDDKETNSAVGDEDGGNEEQKKLESDKMEEGCESSLGSLAS
SEQLPDTDSELDESGQRTTNSKLGKEESEASMDDDQLTNKDNVDQSAAHTDTEQEADQDY
ENPEGATPPAVPDSKPPDDETGAEQDLSSSLAELNVNQSNNNYPCSPKLRLSGLPLVCLC
GKNLPLTRNRDSEPEFV |
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| NT seq |
3834 nt +upstreamnt +downstreamnt
atgtgcgacagcggcaggaggaagacagacgcgcagttaccgtggctgaaggttctcccg
gatggaacggagcacccgctgagcgccagtggcagagcgcacaagtggcgagtcgggggg
tgggtggggggtttgtgcgtcaaactcaaagaagtcggcatggacggtaaaggcacgctg
aagatgttcgccaggaagaaacgggaactgatcaagacgccgtccatctcgaagaagagt
cgagcaggaagcccgggggcgcagagctgcgtgcagtctctgtccatcctccaggagcag
ccacggaaagacgcggcggacgtctccctctcctcttcgcctgcatcgtcgtcttccacg
tcgaccctgaccccaacctctgctggttttcacgacccttcgtcatcttgcccgggcacc
cccagctcccaccagagcaagctggctgcgatgcaaggggtgggctgcccgtctcctgtg
gccaccctgaaaaggccgaccgcactgagccgacatgcgagtgccgcaggattccccctc
cagtcatgggtgttcactaggggtcaaggaaaaggggctgtgaccccaacacctccatct
gagggtccagaaagcacagccattgaggttgaggacatcccagccctgctgagggatgtg
gcacgcttcgctgaggctgtagagaaactgaaggatgtggtgctggcagaaggtaaggaa
agtcagcgacccgttgctcacgagtgtctgggagaagttctccgagtgctccgtcaggtc
atcaacacctaccctctgctgaacaccgtggagatcctgactgctgctggcaagctcata
tccaaagtcaaaggtttccactatgaggtttgtaacgaagctgataaaatggactttgag
aaggcgattgaaaccatcgccgtcgcgtttagtggcaatgtgtctgaactgctgatggga
gaggtggacagtagcacactgctctccctgctacccactgagaaaagcaaatccatggag
aacctgtacacggcgacaggtcagggaggagacggaggagcgttcaggagcgacctgcag
gacgtgggcagaattgaggaagtggacgtgatcctgcagcgcagcgagggaggggtggag
tctgctctgctctatgccaaaaccatttccaggtacatgaaggacctgatgaactacgtg
gagaagagaacttcactggagactgaatttgccaaaggtctccagagattataccagtcc
tgcaaacacagcataacacatccccacatgcccctcttctccatctactccctggctctg
gagcaagaccaggaacagagtgtggggctgcagcaggccaacatcactctacacaaccag
accttcatccagcctctgctgcagcgtcgacaagagcatgaaaagagacggaaggagatc
aaggaacactggattcgagccaagagaaaactgatggagtgtgaggcgaacctgcgaaaa
gcaaaacaagcctttataggtcgctgcgaggaatacgataaggccaaaatggcagcctgc
cgagccgaggaagaaggaggaggatctacagcgaagcatgtggagaaaaagaagcggttg
gaggaagaggctcgctgcaaggcagacgaggcggaggccacttaccggacatgtatcgct
gacgccatcactcagcagctggagctggagcacacaaaggtctcggtgctgaggcagctg
caggacatcatcaaacagagcgaccagaccctccgctcagcgaccatctcctactaccag
ctcatgcacatgcagacagtcgccttgccggtccactaccagactctgtgtgagagcagc
aagctgtatgacccaggacagcagtatgccgctcatgtccgagacctgcagctgccggag
cagccgacggtttactacacttatgagaactactgtccctccagttcatcacactatggc
cacagaccaaggaatgacagtttcaacacagagcaatcgagccacgctgacagtccatcc
atcagagtggacacagtgtgtggggataacagagacgctgagatccaacgaaagaggctg
ggccacaagtcatggggttcgacagtgagtgatgatagtgttggaggagagggaacccta
gagtctcctactgccagctcgagcgacatcagtaaaattgctcggacgtcgtccactgga
acaatgtcatccaatgaggatgcagacgaaaaagacggaaatgtaacctcctttgaaacg
caaaatatcaacggcatggatcctgatgtcgccgtctccgcccgaccgttccgtaatatc
ggcctgtccaaagcagcccagacccaccggatgagaaagctacggactccagctaaatgc
cgcgagtgtgacagctatgtgtactttcagggcgccgagtgtgaagagtgtttcctggcc
tgtcacaagcgctgtctggagacgctggccatccagtgcggtcacaagaagctgcaggga
cgtctgcagctgtttggcagggagttttctcaggttgcaagctgtgctagtgatggcatc
cccttcatcgtcaccaagtgtatctcagagatagagagacgggcgctcaagatgaagggc
atctatagagtgaatggggttaagactcgggtggagaagctgtgtcaggctttcgagaat
ggcaaagagctggtggagctgtcccaatgttctccacatgatatcagcaatgtcctcaag
ctttacctcagacagctgccagagccaattattccattccgcttgtacaacagtttgatg
ggtttggccaaagagagtttgcagagtgaaacagagtcacctgagggagaggaggctcag
ccaatcagtgttaacgcagtgatgggtagggggcaagaactggtggatctgggtcctgac
acagactcagaggtgctgaccctggtggacaagctgaaaggccttctgaatgacctgcct
aaggctaacattgctacgctgcgctacatcattcgccatctgcggaggattgccgaacta
gaagaagataacaagatgagtcccagtaacttgggtattgtgtttggtccctcattgatg
cgtccccgtcctacaggggccacaatatctctatcctctctggttgactacccccaccag
gcacgcattgtggaggccctcatagtattctattcatccatcttccagtccaaagttcag
tctcagacccgcaaaacctgtcgcactgcttccacctccactcagcagagcaacactgaa
gatgacaaggagaccaactctgctgttggagatgaagatggaggcaatgaggagcaaaaa
aagttggaatctgataagatggaggagggatgcgagagttcattaggatcacttgcatcc
agtgaacagctcccagacactgactcagagctggatgagagtggccagaggaccacaaac
tccaagttggggaaggaggagagtgaagcgagtatggacgatgatcagctaaccaacaag
gacaatgtggaccagtctgcagctcacaccgacacagaacaagaggccgatcaggactat
gagaacccggagggagcaacgcccccagcagtgccagacagcaagcctccagatgacgag
acgggggcagagcaggacctgagcagctctctggctgagctcaacgtgaaccaatccaac
aataactacccctgttcccccaaactgagactgtcagggcttccactggtatgcctgtgt
ggaaagaatttacccctgaccagaaacagggacagtgagccagaatttgtctga |
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