Salmo trutta (river trout): 115161050
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Entry
115161050 CDS
T08542
Name
(RefSeq) A-kinase anchor protein 11-like isoform X1
KO
K16527
A-kinase anchor protein 11
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
stru01009
]
115161050
Protein phosphatases and associated proteins [BR:
stru01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
115161050
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GFIT
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NCBI-GeneID:
115161050
NCBI-ProteinID:
XP_029567593
Ensembl:
ENSSTUG00000037004
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Position
24:28875452..28903990
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AA seq
1799 aa
AA seq
DB search
MDACARIRGVPLRTRASRKEAVRDGGTPCMKSLLSSRKELCSVGLELQTRDTPCLTEIHF
VCLPGHSEGEDLTLQALSSLPGDLAELLRSLHVTSLRNEEVLLLKDSRRSADRRDSSTQQ
QCWLKAVCVLRPSPSQAIVGVLVGLLGRYAAGVRYALELQALHKGTAESCQPEDDNTNQS
VSSIEDDFVTALEHLEEEEDNSNGSYLHGNQRDVASQTVPAHKRNKDLSGSRIIISSATR
KSLTNRRSPPEVSITVQHSRGAESQWTLYSPRAQLPSPTRPVSDSEESDGSSPSPIIFLD
EVGYQKSLKATLDIPQIPGGPTDRVEDSDSEVSEFFDSFDQFDDLDELSSESCTLTLPLD
PTSSITPTSLDQKKKYSEAGTGKSGSKKVSRSCSTMNPHRFDQRTLPANVKKPTPLRSPL
PPGSPFGSPDSPRPARTSCEESGGPLFSPVSSSAFSPLGDGGALDFFWKTEGEVGDVSEL
RKPQDLCTLYKTYSDFASSLSKEILGSVCGYQSPVNLNDNKNLSCVCHKEFQNQSGHIMK
LSEIQETVTLSKLQQKPQSLKDGIQRFATDLVEMSLGSALRDLQKGMSSCTTTLCHLAAR
LTSSVFQMAFQEIGMRHAYVLKERAINGLAGFLVGEAVSGALKDFLMVKKQMFNSTVTQF
AADLAEELVFEGMMEVCQFSHPSTPLTPSDWSFGVGEDDDEEVVSSYASDLSESVLQEAF
IELSQADVAFSTQAAISVSVDNICYVSAVDTHTTCSTATGHQAFHVNPAEEGPGPSGEDG
CTVKKALFCVSGMASCVPVPQAGQAISHLHDSEEICQCKTSPKRSCSSENRVVTTTSSDA
TAATQTDLLSKTRFHNFSGNMVDMIVSEACELMTATKMKKKVEDCADFLSKTIVGRGPPS
GQEGSVTDQTSLYSLHPPFQTPGGVNFESGSKTSRAVAETRPVMMDTLEVPGLEMGGWGG
RKMATCEEMVRSPGHKSNRTPGTPPSTPQQPSEVSQEKQIKQFSKKLKGKLAKEFSTATP
PPTPHYQPGPEPKESTSETDKADFMLKLMRSLSEEADGNEEEEEEEEEEGRVEGVNSVTE
TGSRMQPELNLLDGGHKMADKGALHYAERLACHIVSMATEIDTLGGVDDEGRRTVEGREE
RRDGMAQFSAQTLNTLWIYAGEVAGEVISDVKRIMWSGQCHHSALKQGSQEQPSEHSKDC
RVGRLAEQWSNDTSSVLHPSTSTPSSGLSSDYPSCESVTDEYAGYLIRVLKKEGGSRELV
LDQYASRLAYRSIKLGLAHAARNMKRPSSSRHHHSRRLQQNGCRGPNAEPSVPRDEAGRV
GSPSRDIDDGSQREYMELVNFAESLACNITCDVTRKLCVPSVRLPKSRTDSCLYKKSKLE
DMAESLIRNSFSCPLLSKEGNSRQYHSTGSLYDGGYSSGVMEVLEHYARNIVDDTLEMGL
ASAGNPAQQGPYRHHHSERRAVGSALGETTCQYCQVRECLFCSRPNRQHLLGGGAGQRRR
GRLEGDVGVCGLEIPEIHINLDRRAVFAEEMVTTAMEGAKRELSNTSLNADSGIGHDGYS
FAESLTAEIMTSALSNTCQTTNLSFPGREATESSVSQQLSLSVGDDSLGSWSRLSFEDEH
PDETSSFLHLSDSNGNSSSWSSLGLEGEVYEEHLSFSPSDSEGTEDKELETKDESCGSVR
VGQAQAYRHLLVVNSELREMTPDPQHITFDPQLRSMLQWAATSMADLPMVQLSPSDSREL
QQLPAVVQRLKERKWKVGELLQALLRYCEETHAPPQSEPREAGRASHHTPLFPWLLEHA
NT seq
5400 nt
NT seq
+upstream
nt +downstream
nt
atggacgcctgtgcccgtatccgaggagttcctctcaggaccagagcctccaggaaagag
gcggtgcgtgacggcgggactccgtgtatgaagagccttctgagcagcagaaaggagctg
tgcagcgtgggattggagctgcagaccagagacactccatgcttgactgagatccatttt
gtgtgtttgcctggccactctgaaggagaggatctaactctacaggccctgtcttctctc
ccgggggacctggcggagctgctgaggtctctccatgtcaccagcctgagaaacgaagag
gtgctgctactgaaggacagcaggagatcagccgacaggagggactcttctactcagcag
cagtgctggctgaaggcggtgtgtgttctgagacccagccccagccaggccattgttggt
gtcttggtgggccttctggggcgttacgctgcgggggtccgctatgctctggagctccag
gccctccacaagggcacagctgagtcctgccagcccgaggacgataacaccaaccagtct
gtgtcgtccatcgaagacgactttgtcaccgctctggaacacctggaggaggaggaggac
aactccaatggctcttatctccatggaaaccagcgtgatgtggcctcccagactgtcccc
gcccacaagagaaacaaggatctatcaggttccaggatcataatcagctctgccaccagg
aagtccttaaccaatcgcaggtctcccccagaggtgtccattaccgtacagcactccaga
ggagcagagtcccagtggaccctctacagcccaagagcccagctcccctcccccacgcga
cctgtcagcgactcagaggaatcggacggctcaagccctagtccaatcatctttctagat
gaggttggctaccagaagagtctcaaagcgacactggacatccctcagattcctgggggg
ccaacagacagggtggaggactctgactctgaggtcagcgagttcttcgacagctttgac
cagtttgatgacctagacgaactgagctcagagagctgtacactcactctacctctagac
ccgacatcctccattacccccaccagcctagaccagaagaagaagtactctgaagctggt
actggcaagtcggggtccaagaaagtgtcccgaagctgttccaccatgaacccccaccgt
ttcgaccagcgcaccctaccggccaatgtgaagaaacccaccccgctcagaagccccctt
ccccctggctctcccttcggatcccctgactccccccggccggcccggacctcctgtgag
gagagtggaggtcctctcttcagccctgtcagctcctcagccttcagccctttgggagac
ggaggagctctggatttcttctggaagactgagggagaggtaggagacgtttcagagcta
cggaaaccccaggacctgtgtaccctctacaagacctactcagactttgccagcagtttg
tccaaggagatcctgggctccgtgtgtggataccagtctcccgtgaacctcaacgacaac
aagaacctgagctgtgtctgtcacaaggagttccagaaccagtctggacacatcatgaag
ctgtctgagatccaggagacggtgactctctccaagctgcagcagaagccccagtctctg
aaggacggcatccagaggttcgctacagacttggtagagatgagcctgggcagcgcccta
agagacctgcagaagggaatgtcctcctgcaccaccacgctctgccacctggccgccaga
ctcacctcgtctgtcttccagatggccttccaggagatcggcatgcgccatgcttacgtc
ctgaaggaacgggccatcaacggactggctgggttcctggtgggagaggcggtgtcaggg
gctctgaaagacttcctgatggtgaagaagcagatgttcaacagcacggtgacgcagttt
gccgctgacctggcagaggagctggtgtttgaggggatgatggaagtatgtcagttctcc
catccctccacccccctcacccccagcgattggtccttcggggtgggggaggacgacgat
gaggaagtggtgtcttcctatgcctcggacctctcagagtctgtcctccaggaggccttc
atagaactgtcccaggctgatgttgcctttagtacccaggcagccatcagtgtctctgtg
gacaacatctgctacgtcagcgctgtcgacacacacaccacctgcagtaccgccacaggc
caccaggctttccacgttaacccagccgaggaaggcccaggtccatcaggcgaggatggc
tgtacggtgaagaaggcgctgttctgtgtgtctggaatggccagctgtgtaccggtcccc
caggcaggccaggccatctcccacctccacgactcagaggagatctgccagtgtaagacc
agccccaagaggagctgcagctcagagaacagagtggtgaccacaacgtcctctgatgct
actgctgccacacaaactgacctgctgtcaaagacccgctttcacaacttctctggcaac
atggtggatatgatagtgagtgaagcatgtgaactgatgactgccacgaagatgaagaag
aaggtggaggactgtgccgacttcctttctaagaccatagttggtcggggacctccatcc
ggacaggagggtagtgtcactgaccagacctccctctactctctccaccctccctttcag
accccgggaggagtgaactttgagtcaggctccaagaccagcagagcagttgctgagacc
cggcctgtgatgatggacactctagaggtgccagggttggagatgggaggctggggaggc
aggaagatggccacctgcgaggagatggttcgcagccctggtcacaagtccaacaggacc
cctggtacacccccctcgaccccccagcagcccagcgaggtgtcccaggagaaacagatc
aagcagttctccaagaagctgaaaggcaaactggccaaggagttctccaccgccacccct
cctcccaccccacactaccagccagggcccgagcccaaagaatccacctctgagacagac
aaggctgacttcatgctcaaactgatgaggtctctgtctgaggaggcagacgggaacgag
gaggaggaggaggaggaggaggaagagggtagagtagaaggggttaactctgtaactgag
acaggaagccgtatgcagccagagctcaacctcttggatggaggacacaagatggccgac
aagggagccctccattacgcagagcgcctggcgtgccacatcgtctccatggcgacagag
atagacaccctgggaggagtggatgatgaaggtagaaggacggtggagggcagggaggag
cggagagacggcatggcccagttctcagcgcagaccctgaacacgctgtggatatacgct
ggcgaggtggcgggagaggtgatcagcgacgtgaagaggataatgtggtcaggtcagtgt
caccacagtgcgctcaaacaaggcagccaggagcagcccagtgaacacagcaaagactgc
agggtgggtcgtctggctgaacagtggtccaatgacacctcgtctgtcctccacccatcc
acctctacccccagctctggcctgtcctctgactaccccagctgtgagagtgtgacagat
gagtacgctggctacctcatcagggtgctaaagaaagagggaggcagcagggagctggtc
ctggatcagtatgctagccgtctggcctaccgctccatcaaactgggcctggcccatgct
gcccgcaacatgaagagaccctcctcctccaggcaccaccactccaggaggctccagcag
aatggctgcaggggacccaatgccgagccatccgtacccagggacgaagcagggagagtg
ggatctccttccagagacattgacgatgggagccagagggagtacatggagctggtgaac
ttcgcagagtcgttggcgtgcaacatcacctgcgatgtcacacgcaaactctgtgtgccg
tcggtccgactacccaagtcccggactgactcgtgtctgtataagaagtcgaagctggag
gacatggcagagagcctgatcagaaactccttctcatgccccctgctgtccaaggagggg
aatagcaggcagtaccacagcacaggcagcctgtacgacggcggctacagcagtggagtc
atggaggtcctggagcactatgccaggaacatagtggatgacacgttggagatgggcctg
gcctcggcaggaaacccagcccagcagggtccatacagacaccaccactctgagaggcga
gcagtgggctctgcactgggggaaacaacctgccagtactgccaggtcagggagtgtctg
ttctgctcacggcccaacaggcagcacctcctcggtggaggagcaggccagaggaggagg
gggaggctggaaggggatgtgggggtatgcggcctggagatccctgagatccacatcaat
ctggaccgcagggccgtgttcgcagaggagatggtcactacggcgatggagggggccaag
cgcgagttgagcaacaccagcctgaacgccgacagcgggatcggacacgacgggtacagc
ttcgccgagagcctgaccgccgagatcatgacgtcagcactatccaacacatgccagacc
accaacctcagtttcccaggcagggaggccacagagtcctcggtgtcccagcagctcagt
ctgagtgtgggagatgacagcctgggcagctggtcccgcctcagcttcgaggacgaacac
cctgacgagaccagcagcttccttcacctcagcgacagcaatgggaacagcagtagttgg
agcagcctggggttagagggagaggtgtatgaagagcacctgtccttctctccctccgac
agcgaaggcactgaggacaaggagctcgagaccaaggatgaatcctgcggttcagtgcgt
gtgggccaggctcaggcttacaggcacctcctggtggtaaactctgagctcagggagatg
acccctgacccacagcacataacctttgacccacagctcaggagcatgctgcagtgggcg
gcaacctccatggctgacctgcccatggttcagctgagtcctagtgacagcagggagctg
cagcagctgcctgcggtggtccagaggctgaaggagaggaagtggaaggtgggagagctg
ctccaagccctgctgcgttactgtgaggagacccacgccccaccccagtctgaacccaga
gaggcggggagagcatcccaccacactcccctcttcccgtggctcctggagcacgcttag
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