Salvelinus fontinalis (brook trout): 129860378
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Entry
129860378 CDS
T11136
Name
(RefSeq) liprin-alpha-3-like isoform X1
KO
K26226
liprin-alpha
Organism
sfon Salvelinus fontinalis (brook trout)
Brite
KEGG Orthology (KO) [BR:
sfon00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
sfon04131
]
129860378
Membrane trafficking [BR:
sfon04131
]
Exocytosis
Small GTPases and associated proteins
Rab associated proteins
129860378
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GFIT
Other DBs
NCBI-GeneID:
129860378
NCBI-ProteinID:
XP_055786711
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Position
8:complement(3185562..3240688)
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AA seq
1411 aa
AA seq
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MMMCEVMPTISEDGRGGGPSSPGVGAGGPGGAIEGGGYGGRGESRGGGDEGGSTGNLESL
MVNMLTERERLLESLKETQDSLGTAQLRLRELGHEKDSLSRQLSIALPQEFAVLTKELNV
CREQLLEREEEISELKAERNNTRLLLEHLECLVSRHERSLRMTVVKRQAQSPAGVSSEVE
VLKALKSLFEHHKALDEKVRERLRVALERVTLLEDQLQATAQEVISLRDPIKRRQQGMDG
GKDRLPNGPSSGLDGEIDRQRETEIERLRAELAQLKERLALMCRQVGEIEEQLAAARREV
TKSEEANKKLQRDVKEALCQREDMEERITTLERRYLSAQREATSLHDIKDKLENELASKE
SLHRQSEEKNRQFQERLEDAKQKLQQTLQRAETLPEIEAQLAQRVAALNKAEERHGNFEE
RLRQIEAQLEEKNQELQRARQREKMNDEHNKRLSDTVDKLLSESNERLQLHLKERMAALE
EKNALSEELANMKKIQDDLLANKDQLIAELERIQLEVDQLRGRPGSSYSRSLSGSASELR
YPQGGGSLPAGYGSSSCGVVVRRAHRGRWASPRDESNKYGEWDSGTMLGSRFEGGAEGGC
SDDEEDRETLFGSELLSPSGQTDVQTLAIMLQEQLEAINKEIKLIQEEKESTQLRAEEIE
SRVSSVALDSNPLLPPSSLGGGRESVGRGYMTPSLTSSTLASPSPPSSGHSTPRLSHSPA
RESDRQNSKESDDCRALALIDSTPPVPRALRLDRMTHTHPGAGLDDHREFRSLSADGATT
SSQDSLHKAGKRKSLKSSIGRLFGKKEKGRIGGPGSQSASLASTPSDDLGSADPLGLAKM
GTGTVEKDRRSKKKQDLLEKACRQGLPFASWDGPTVVTWLELWVGMPAWYVAACRANVKS
GAIMANLSDTEIQREIGISNPLHRLKLRLAIQEMVSLTSPSAPASTHSSTSNIWMTHAEM
ESLTAAIKPEVKEFSWDQILAYGDMNHEWVGNEWLPSLGLPQYRSYFMESLVDARMLDHL
TKKELRGQLKMVDSFHRVSLHYGIMCLKRLNYDRKELERRRDENQHQNQDVMVWSNDRVM
CWVQAIGLKEFADNLTESGVHGALLALDDTFDYTDLALLLQMPNQNTQARQMLEKEYNAL
ISMGTERRPDEDGTKTFSRSPSWRKMFREKDLRGVTSDSSETLPANFRASAISTPSVTLR
KVQSEESEKKSAQFKMKIINKMEDRTQTTRIHLESFKKQGQCERMKRCKNRVNVRLSLCL
SVSLSLCLSVSLSLCLSVSLSLCLSVSLSLSLCLSLSVSLSLSLSVSLSLSLSLCLSLSL
SLCLSLSVSLSLSLSLCLALSVSLSLSRSLCLALSLALSLALSLALSLALSLALSLALSL
ALALALALSLSLSLALSRSLSLSLQLWHEAI
NT seq
4236 nt
NT seq
+upstream
nt +downstream
nt
atgatgatgtgcgaagtgatgcccaccatttcggaggacgggcgcggtggaggcccctcc
tctcctggggtcggggctgggggccctggtggggccatagagggagggggctacggtggc
cgaggagaatcaaggggtgggggtgatgagggaggcagcacagggaacctggagtccctg
atggtcaacatgctgaccgagagggagaggctgctggagagcctgaaggagacccaggac
agccttgggacggcccagctacgcctcagagagctaggccatgagaaggactccctctcc
agacagttgtccatcgccctgccacaggagtttgctgtgctgactaaggagctgaatgtt
tgccgggagcagctactggagagggaagaggagatttctgagctcaaggcggagagaaac
aacacacgtttgttactagagcacctggagtgtcttgtgtcccgtcacgagcgcagtctg
aggatgacggtggtgaagagacaggcccagtccccagcaggggtctccagtgaagtggag
gtcctcaaggccctcaagtccctgtttgaacaccacaaggctttggatgagaaggttcga
gagcgactccgggtggcccttgagagagtgactcttttggaggatcaactacaagcaaca
gcacaagaggtaatctctttaagagacccaattaaaagacggcaacaagggatggacggc
gggaaagatcgcctacccaatgggccgtcttctggattggacggtgagattgacagacag
agagaaacggagatagagcgcctaagagctgagctcgcccagctgaaagagagactggcc
ctgatgtgtcgacaggttggggaaatagaggaacagcttgcagccgccaggagggaggtg
acaaagtcggaggaggccaataagaagctccagagggacgtgaaggaggctctgtgccag
agggaggatatggaggagaggattactacattagaacgcaggtaccttagtgctcagagg
gaagcaacctctctacatgacatcaaagacaagctggagaatgaactggccagcaaggag
tcactgcacagacagagtgaggagaagaacaggcagttccaggagcgtctggaggacgcc
aagcagaaactccagcagaccctgcagcgggccgaaacactgcccgagattgaggcccag
ctcgcccaaagagtggctgccctcaacaaggcagaggaacgccatggaaactttgaggag
cgactacgacagatcgaggcacaacttgaagagaagaatcaggagttgcagagggcaagg
cagagagagaaaatgaatgacgaacacaacaaacgcctctcggatacggtggacaagcta
ctgtctgagtccaacgagcgactgcagcttcacctcaaagagagaatggctgccctagag
gagaagaatgcactgtcagaggagttagcaaacatgaagaaaatccaagatgatctttta
gcaaacaaggaccagctcatagccgagctggagaggattcagctggaggtggatcaactg
agggggaggcctggctcttcctattccagatctctttcagggagtgcctcagagctccgg
tacccccagggtggtggctccctcccagccggctatggcagctcctcctgtggcgtggtg
gtccggagggcacaccgcggccgatgggcttcccctagggatgaaagcaacaagtatgga
gagtgggacagtggcaccatgctgggttccaggtttgaggggggagctgaggggggctgc
tcggatgacgaagaggacagggagaccctgtttggctcggagctgctctcgcccagcgga
cagacggacgtgcagaccctcgccatcatgctgcaggagcaactggaggccatcaacaag
gagatcaagctcatccaggaggagaaggagagcactcagctgagggcggaggagatcgag
agccgggtgagcagcgtggccttggactccaaccctctcctccccccctcctcactgggc
gggggcagggagagtgtggggaggggctacatgaccccctccctcacttcctccaccttg
gcctccccgtctccccctagctctggacattccacccccagactgtcacattcccctgcc
cgagagtcagacagacagaacagcaaagagagcgacgactgccgggcgctagccctgatt
gactccacccctccagttcctcgcgctctgcgattagacagaatgactcacacacaccca
ggggcggggctggatgatcaccgcgaattccgcagtctgtctgctgatggtgcaaccacc
agtagtcaggactctctccacaaagcgggcaagaggaagagcctcaagtcctccattggt
cgcctgtttggaaagaaggagaaagggaggattggaggacctgggagtcagtctgcctct
ctggcctccacgccctctgatgacctgggatcagccgaccccctgggcctggccaagatg
ggaactggcaccgtggagaaagatcgccgcagcaagaagaagcaagacctgctagaaaaa
gcctgtcgtcagggtcttccctttgcctcatgggatggccccaccgtggtcacatggctt
gagttgtgggtgggcatgcccgcctggtatgtggctgcgtgtcgtgccaatgtgaagagc
ggtgccattatggccaacctgtcggacacagagatccagcgggagattggcatcagtaac
cccctgcaccgccttaaactgcgcctggccattcaggagatggtgtccctcaccagcccc
tcggcaccggccagcacacactcttcgaccagtaatatctggatgactcatgcagaaatg
gagtcactgaccgctgccataaaaccagaagtgaaggagttcagctgggaccagatcctg
gcctacggggacatgaatcatgagtgggtagggaatgagtggttgcccagcctgggtctg
ccccagtaccgttcctacttcatggagtctctggtggatgctcgcatgctggaccacctc
acaaagaaggagcttaggggacagcttaaaatggtggacagcttccacagggtcagtctg
cattatggcatcatgtgcttgaagcgtttgaactacgacaggaaggagcttgaaaggagg
agggatgagaaccaacatcagaaccaagatgtgatggtatggtccaatgatcgagtgatg
tgttgggtccaggccattgggctaaaggagtttgcagataatctcacagagagtggggtc
catggggccctcctagccttggacgacacgtttgattacaccgacctagccctgctcctc
cagatgcccaatcagaacacacaggcgaggcagatgctggagaaggagtacaatgcgctc
atctccatgggaactgagagaagaccagatgaggatggcactaagacgttcagtcgttca
ccctcgtggagaaagatgttcagagagaaggacctccggggcgtgacctctgattcctcg
gaaacgttacccgccaacttccgtgcctccgccatctccacgccctccgtcaccctgagg
aaagtccaaagtgaagagtccgaaaaaaaatccgcccagtttaagatgaagatcatcaac
aaaatggaggacagaacacaaacaacaagaattcatttggaatccttcaagaaacaagga
caatgtgagagaatgaaaagatgcaaaaatagagtgaatgtccgtctgtctctctgtctc
tctgtctctctgtctctctgtctctctgtctctctgtctctctgtctctctgtctctctg
tctctctgtctctctgtctctctgtctctctctctctgtctctctctctctgtctctctc
tctctgtctctctctgtctctctctctctgtctctctctctctgtctctctctctctctc
tctctctgtctctctctctctgtctctctctctctgtctctctctctctgtctcgctctc
tctgtctctctctctctgtctcgctctctctgtctcgctctctctctcgctctctctctc
gctctctctctcgctctctctctcgctctctctctcgctctctctctcgctctctctctc
gctctcgctctcgctctcgctctctcgctctcgctctctctcgctctctctcgctctctc
tcgctctctctacagttgtggcatgaagctatttga
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