Eleginops maclovinus (Patagonian blennie): 134875232
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Entry
134875232 CDS
T09869
Symbol
ripor2
Name
(RefSeq) rho family-interacting cell polarization regulator 2 isoform X1
KO
K24818
Rho family-interacting cell polarization regulator
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
emac03037
]
134875232 (ripor2)
04990 Domain-containing proteins not elsewhere classified [BR:
emac04990
]
134875232 (ripor2)
Cilium and associated proteins [BR:
emac03037
]
Other cilia and associated proteins
Stereociliary proteins
134875232 (ripor2)
Domain-containing proteins not elsewhere classified [BR:
emac04990
]
Other domain-containing proteins
HEAT repeat domain-containing proteins
134875232 (ripor2)
BRITE hierarchy
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PL48
HEAT_2
HR1
DUF5856
HR1_TOCA
SHE3
Motif
Other DBs
NCBI-GeneID:
134875232
NCBI-ProteinID:
XP_063755777
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Position
13:14187085..14237555
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AA seq
1121 aa
AA seq
DB search
MAMTEIAEDDLGEMMREEAEDVFFQDGVSSRVPEIMATGTHSPGGPNGIIRSQSFAGFST
LQERRSRCNSFMGNSVVQKKPQSKPKKSHLSGHKGGSSSREPQPKRLEEVYNALKQGLDE
YLEVHQTELDKLMSLMKDMKRNSRLGVLYDLDKQIKTIERYMRRLEFHMSKVDELYEAFC
IQSRLRDGASRMKQAFSSSPSTKGTKESIAEVNRRYKEYTENMSTFESELENLLGEFHIR
MKGLAGFARLCPGDQYEIFMRYGRQRWKLKGKIEVNSRQSWDGDEMIFMPLITDLINIKV
TELKGLATHMLVGSVICETKELFTAMPQVVAVDVNDLGTIKLNLEVTWYPFDVEDLTLSS
GNVSKATALQRRVSVYSQGTPETPTFQDNSFFWRPYPVERQRLSFLHMLRETLLEKLRRS
RSFGDLASLRPRPKSSLEVYSTLPDDIFENGGCGVAECKRLSFTFSDTSGSSPSPAPSSH
SHRHSNPEITVTPPEIDLSSTQILPTREDSIAEEHLVEEEEEEEEEEEYEEDGETASRGS
RRTSASLASEEAEVAEDSEWERTESQRNSGSNCGSASLCSDRHLSTVAPEDVFLDQNDEL
KPVELDTEEAGSLTRQLVRRLTSSEIMSPGGSSTEGGGSLSWAGEGSRAFLESSLEEAIH
SLLMRLESLTHRCRELQDLEQEVMRLEDLLKCRLPGHRSRSSSLSLTVESALESFDFLNT
SDFDDEDTGDENAILSPPPQRSPLFDADGERIGGQHPEARGHLSEALTEDTGVGNSVAGS
PLPLTTGNESLDVAIVIHLQYCNHLIQLLSSGLGLWQRRSLLLKLSAQTQLLEELSELSA
DQLGSITSAGDVLPGLAERPQLMALWSECSGSAGLFHTTLDRVFKHMNQRYTAVLQERHP
HSADTVIGLVVSEMVDRSDLMAAHSPLDAEFSQDVLTVFQFHSYILQHELQDMETHLLHL
AREEVFSEALCSGDYSQCLAELEAMPLSSLWPRSSSLRALASLLTAEDPRVNKAAADYLS
SASNSHFRTRALECYTHALSEAGFQSQRAACSALSCLQAVESIKAVVALCDSADEELRHV
AIETLLTFGEEGRLAYEQLDTVPGEIIRLGTRRGNAVTTAF
NT seq
3366 nt
NT seq
+upstream
nt +downstream
nt
atggccatgaccgagattgcggaggatgacctgggtgagatgatgcgcgaagaagcggag
gatgtcttcttccaggacggagtgtcgtcccgtgtcccagagatcatggcgaccggcacc
cactcccccggagggcccaacggcataatccggagtcagtccttcgctggcttcagcacg
ctacaggaacgacgctctcggtgtaactctttcatggggaactcggtggtgcagaagaag
cctcagtccaagccaaagaagtcccacctatcgggacacaagggaggcagcagctccaga
gagccgcagcccaaaagactggaggaagtttacaatgctctcaaacaaggccttgatgag
taccttgaagttcatcaaacagagctggacaagctcatgtctctgatgaaggacatgaag
aggaactcccgcctgggagtgctgtatgatcttgacaagcaaatcaaaaccattgagagg
tacatgagacgcctggagtttcacatgagcaaggtggacgagctgtacgaggccttctgc
atccagagccgtctgagggatggagccagccggatgaagcaggccttctcctcctctccc
tcgactaaaggcaccaaggaaagcatcgcagaggtcaaccgtcgctacaaggaatacacc
gagaacatgagcacgttcgagagcgaactggagaacctgctcggagagtttcatatcaga
atgaaaggtttggcaggttttgctcggctctgtcctggagatcagtatgagatcttcatg
cggtatggtcgccagcggtggaagttaaagggaaaaattgaagtgaactccagacagagt
tgggacggagatgagatgatcttcatgccactcatcactgacctcatcaacatcaaggtg
acggagctgaagggcctggccactcacatgctggtgggcagcgtgatctgtgaaaccaag
gagcttttcactgccatgcctcaggtggtggctgtggacgtcaacgacctggggaccatc
aaactcaacctggaggtcacgtggtaccccttcgatgtcgaggacctgactctctcgtct
ggtaacgtgagcaaagccacagcactgcagagacgagtgtcagtctacagccagggcaca
ccggagacccccacctttcaggataactcctttttctggcggccatatcccgtggagcgc
cagcgcctctccttcctgcacatgctccgagaaaccctgctagagaagctcaggcgcagt
cgctcgtttggtgacctggcctctctccggccaaggcccaaatccagtctggaggtctat
tccactttaccagatgacatctttgagaacggcggctgcggcgtggccgagtgtaagcgt
ctctccttcaccttctcggacacctccggttcttcgcccagcccggcgccgagctcccac
tcccaccgccattccaaccctgagatcacagtcacccccccagaaattgacctatcatcg
acacaaatcctccctacaagggaagactccattgctgaggagcatttagtggaggaagaa
gaagaagaagaggaggaggaggagtatgaagaggatggggagaccgctagcagaggaagt
cggcgcaccagtgccagccttgccagtgaggaagccgaggtggcagaggattcagagtgg
gagcgcacagagtcgcaacgaaattctggctccaactgcggttcagcgtcgctctgctct
gacaggcacctctctacggtggctcctgaggatgttttcttagatcaaaatgatgagctg
aaacctgtggaactggacacagaggaggcgggcagcctgaccaggcagctcgtaaggagg
ctaacttcttcggaaatcatgtcgccaggtgggagctcgacggagggaggaggaagtctg
agctgggcaggcgaggggagcagggctttcctggagagcagcctggaggaggctatccac
agcctgctgatgaggctggagtccctgacgcaccgctgccgagagctgcaggatctggag
caggaagtgatgcgcctcgaggatctgctcaagtgtcgtctcccgggtcacaggagccgg
tcgtccagcctcagtctgacggtggagagcgccctggagagttttgacttcctcaacacc
tccgactttgacgacgaagacactggagacgaaaacgccatcctcagcccccccccacag
aggtctccgctttttgatgctgatggggaaaggatcggtggtcagcatccagaggccaga
ggacacctgagtgaagccctgacagaggacactggggtgggcaacagcgtggcaggaagc
cccctgccgctcaccactggaaacgagagcctggacgtggcgatcgtcatccacctgcag
tactgcaatcacctcattcagctgttgagcagtgggttgggtttgtggcagcgtcgcagt
cttctcctaaagctgtccgcccaaactcagctgttagaagagctctcagagctcagtgcg
gaccaactgggatccattacatctgctggtgacgtgctcccaggcctcgccgagcggcct
cagctgatggctctgtggtcagagtgcagcgggtctgcaggacttttccacaccacactg
gaccgagtgttcaaacacatgaaccagcgctacacagcagtgctgcaggagagacaccca
cacagcgccgacacagtgattggtcttgtagtgagtgagatggtggacaggagcgatctg
atggcagctcacagtccccttgacgctgagttctcccaggacgtcctgaccgtgtttcag
ttccacagctacatcttacagcatgaactgcaggacatggagacacacctgctgcatctg
gccagagaagaggtgttttcagaggctctgtgcagcggggattactctcagtgtctagca
gagctggaggccatgcctttgtcatcgctgtggcccagaagcagctctctaagggccctg
gcctccctgctcactgcggaggaccctcgggtcaacaaggcagcagccgactacctctcc
tctgcatcaaacagccacttcaggaccagagcattggagtgctacacccacgccctgtca
gaggctggatttcagagccagagggcggcctgctcggctctcagctgtctgcaggcagta
gagagcatcaaggcggtagtcgctctgtgtgactcagctgatgaggagctacgccatgtc
gccatagaaaccctgctcacgtttggtgaggaggggcggctggcgtatgagcagctggac
acggtgccgggggaaatcatccgccttggcacaaggcgaggaaacgctgtcaccactgcc
ttctga
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