Salmo trutta (river trout): 115162065
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Entry
115162065 CDS
T08542
Name
(RefSeq) mitogen-activated protein kinase-binding protein 1-like isoform X1
KO
K21763
mitogen-activated protein kinase binding protein 1
Organism
stru
Salmo trutta (river trout)
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
stru03036
]
115162065
Chromosome and associated proteins [BR:
stru03036
]
Eukaryotic type
Centrosome formation proteins
Other centrosome associated proteins
115162065
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
WD40_MABP1-WDR62_1st
WD40_MABP1-WDR62_2nd
WD40_Prp19
WD40
Beta-prop_EML_2
WD40_CDC20-Fz
Beta-prop_EML
WD40_WDHD1_1st
WDR55
Beta-prop_WDR90_POC16_2nd
EIF3I
ANAPC4_WD40
Beta-prop_CAF1B_HIR1
Beta-prop_TEP1_2nd
WDR90_beta-prop_4th
Beta-prop_WDR19_1st
Beta-prop_RIG_2nd
Beta-prop_IFT140_1st
Beta-prop_SCAP
Beta-prop_WDR75_1st
eIF2A
NBCH_WD40
WDR62-MABP1_CC
Beta-prop_IFT122_1st
PQQ_3
Beta-prop_NWD2_C
Beta-prop_IFT80_2nd
Motif
Other DBs
NCBI-GeneID:
115162065
NCBI-ProteinID:
XP_029568857
Ensembl:
ENSSTUG00000030268
LinkDB
All DBs
Position
25:15659683..15718226
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AA seq
1716 aa
AA seq
DB search
MTMEGSTIKSRIKNLLRSPSIKLRRNKALNNKENLTNKVTLEKVLGITAFGNRALACDPR
SGLVAYPAGCVVVLLNPKKNKQHHILNSSRKTITTLSFSPDGKFVVTGESGHMPAVRVWD
VAERTQVAELQEHKYGISCVAFSPNSKYIVSVGYQHDMIINVWAWKKNIVVAANKVSSKV
TAVSFSDDSNYFVTAGNRHVKFWYLDHTKSSKVNATVPLLGRSGLLGELRNNFFSDVACG
KGRKAGSTFCITSSGLLCEFNDKRLLDKWVELRKNDSVTTSQATSLSVTDELIFCGCADG
TVRAFSPVNLHFICTLPRPHCLGTDIATVVEASHLFSHKMDARCPDTVAVSYDPASRWLS
CVYNDHSLYVWDVRDLRKVGKVYSALYHSACVWSVEVYPDRVSDGRQPCLPPGSFLSCSS
DNTVRLWNIDGHNTTLSRNVISNDLQKIIYMDNNTAGLLDTECLNSGNGEKADPQTSETR
TGIRTMCVSPDGQHLASGDRTGTLRIHDLESMGEILNVQAHDSEILCLEYSKPETGLKLL
ATASRDRLIHVLDAEREYSLLQTLDEHSSSITAVRFAADEGKVRMISCGADKSIYFRTAQ
KSDEGTVFTRTHHIVRKTTLYDMDIDPTRKYAVIGCQDRSIRIFNISNGKQKKLYKGSQG
EDGTVIKVQTDPSGLYVATSCSDKNISIFDFYSGECVATMFGHSEVVTGMKFTNDCKHMI
TVSGDSCIFVWRLAPELTISMRQRLSDLKQNGKPVQKTPPHKPCNLSTRREVHSTPPIVT
MSSDSDKEVEEEGIEEEDEEERVSPYMVSGCSAGEDTDTSDEKHNSHELKRENSFGRRSS
QGSHHSEDRGPRPRRRWSRRMDSMDLMVKSMLDLRQLDSFAMPPSSPTKTQTQPVSDSFR
DPFREDELGSTISLQPLTVWGESEQRSQQRPKYIMLSPQTPNTETGPVLYPDGFEDRVSL
AGSEYLVKELLPGPGASRSVKGYQNHNQWSQGHHDKHSSDSAFSVDYSSSRLSSPDSQQQ
PPGEDSEPIEPLGMDGNSSELDMEELEVEEEGGVGRGDAKGRTVVPQTPDQEAFLKQHFG
NLAELNNPVSPTRVATPDSISISSKFLSQCYPGSRTSFPFLSKSIGEGKVGSGVVKPLVS
QVRPLMEHNQGQSHNQDRDQSQDYSQSQDYGHSQRKLSEDSQKGPTGRLEVVDTTEKCFN
LRASPLRKKVFNPAVDSRRMVSPVAKATASHLTTTGMRKSQSVHNLHTEVDMPLTLPRPS
KEVAPLTHHSQFHHSQASEGPGTLSITPRSTLPSMPPFCSPTSPQPQDNTSTSHSTATMP
RSLKSRCSYMSPTTSSMAKMSRSVSMGDDLNVTEEESGSGSSSNTSNSNPPMTKSQSCSS
QSPSTKTSIPVAMVSSASSSLSGMGLAMPQAAVFPTLIASSNPNPTTKSLQAKLTCSTRP
QLNLDISKSLPDKPSLAVFTPNGTSKTTTTSSKTVKEDNLSPRSPVSLLPQQGQNQPPLL
SNNVQLVIALSPSPAAPVETSLVQSPEAEQLGLTAELRPEAPVVDNRLEQPKTEECQGLT
QEESPVTELSLQGNPVYLLSQRGPGQDRTDNSLSMESCRVLASELQNSFRKASWFYRMVN
SVPVASRQEQHEMARVLSEAFEVVRAELSSLPQSSPPSPSGEPAAGGSLCMLACRPVGPG
TGGSGSGEERTLALLEQYSELLLKAVEKRLDNNQVS
NT seq
5151 nt
NT seq
+upstream
nt +downstream
nt
atgacgatggagggttccacaataaagagtcggatcaaaaatctgcttcgctcgccatct
ataaaattgagaaggaataaagccctgaacaacaaagaaaatctcactaacaaggtgaca
ctggagaaggtactagggatcaccgcatttgggaaccgcgctttggcctgtgaccctcgc
tctggactagtggcctacccagctggatgtgtggtggtgctgctgaaccccaagaagaac
aaacagcatcacatcctcaacagctccaggaaaaccatcaccactctgtcattttcccct
gatggcaaatttgtggtcaccggagagagtgggcacatgcctgctgtgcgggtgtgggac
gttgcagaacggacccaggttgctgagttacaggaacataagtacggcatctcctgtgtg
gccttctcccccaatagcaagtacatcgtcagcgtgggataccagcacgacatgattatc
aatgtttgggcctggaagaaaaacatagtggtggcagccaacaaggtgtccagtaaagtc
acagctgtgtccttctcagatgacagcaactactttgtcacggcagggaacaggcacgtc
aagttctggtacctggatcacaccaaatcatccaaggtgaacgccacggttcctctgctg
ggtcgctcggggctcctgggggagctgaggaacaacttcttcagtgacgtggcatgtggg
aagggtcgtaaagccggtagcaccttctgcatcacctcctcaggcctgctctgcgagttc
aatgacaaacgcctgctggacaaatgggtggagctaaggaagaacgacagtgtcacaacc
agtcaggccacatctctgtctgtgacggacgagctgatcttctgtggctgtgccgacggc
acggttagggccttcagccccgtcaacctgcacttcatctgtaccctgccccgcccacac
tgcctgggcaccgacatcgccaccgtggtggaggctagtcacctcttcagccacaagatg
gacgcccggtgtccagacacggtggctgtatcttatgaccctgcgagccgctggctgtcc
tgtgtctacaacgaccacagcctgtacgtgtgggacgtacgggacctccgcaaagtgggc
aaggtctactccgccctttaccactcggcctgcgtgtggagcgtcgaggtgtacccagac
agggtaagtgatggcaggcagccctgtctgcctccaggctccttcctcagctgttcttca
gacaatactgtccggctctggaacattgatggacacaacacaactctcagccgcaacgtc
atcagcaatgacctccagaagatcatctacatggacaacaacacagccggcctgctggac
acagagtgcctcaactcggggaatggagagaaggccgacccccagacctccgagaccagg
acgggcatcaggaccatgtgtgtcagcccagacgggcagcacctggcatcgggcgaccgg
accggcaccttgaggatccacgatctggagagcatgggggagattctgaacgttcaggcc
cacgactcagagatcctgtgtctggaatactccaagcctgagacggggctgaagctgcta
gccacagcgagtcgagaccggctgatccacgtgctggacgcagagcgggagtacagcctg
ctgcagacgctggatgaacactcctcttccatcaccgctgtacgattcgctgccgatgaa
ggcaaggtcaggatgatcagctgtggcgctgacaagagcatctacttccgcacagcgcag
aagtcggatgaaggaacagtgtttacccgcacccaccacatcgtacgcaagacaacgctg
tatgacatggatattgaccccaccaggaagtatgctgttattggttgtcaggaccgcagc
atcagaatcttcaacatcagtaacggcaaacagaagaaactgtacaagggctcccaagga
gaggatgggactgtcatcaaggttcagacagacccctcagggctgtatgtggccaccagc
tgttcagacaagaacatcagcatctttgacttctactctggggagtgtgtggccaccatg
tttggacactctgaggttgtgactggaatgaagtttaccaatgactgcaagcacatgata
actgtgtctggtgatagctgtatctttgtgtggcgtctggccccggagctgaccatcagt
atgagacagcgtctctcggacctcaagcaaaacggcaagccagttcagaagaccccacct
cacaaaccttgcaatctgagcaccaggagagaggtacatagcacccctcccattgtcacc
atgtcctccgacagtgacaaagaggtggaggaggaggggatagaagaggaggatgaggaa
gagagggtctctccttacatggtgtcaggctgcagtgcaggagaagacacagacacctca
gatgaaaagcacaactctcacgaactgaaaagggagaactcttttggcaggcggtcttcc
cagggcagtcaccactctgaggacaggggtccccgtccgcggcgccgctggtccagacgc
atggacagcatggatctgatggtcaagtccatgttggacctcagacagctggactccttc
gctatgcccccctcctcccccactaagacccagacccagcctgtttctgactccttcaga
gacccattcagagaggacgagctgggcagcaccatcagcctgcaacccctcactgtatgg
ggggagtctgagcagaggtcccagcagcggcccaaatacatcatgctctctccacagaca
cctaacacagagacaggcccagtgctgtaccccgacggctttgaggacagggtcagctta
gccggcagtgagtacctggtgaaggagctgctgcctgggcctggggccagcaggagtgtg
aaggggtaccagaaccacaaccagtggagccagggccaccatgacaaacacagctcagac
agtgccttctctgtggactactccagcagcagactgtccagcccagacagtcagcagcag
cctcctggagaggactctgagcccattgagcctctcggtatggatgggaattcctctgaa
ttggacatggaggaactggaggtggaagaggaggggggcgttgggaggggagatgccaag
gggaggacggtagtaccccagaccccggaccaggaggccttcctcaaacagcactttggc
aacctggctgagcttaacaacccagtgagtccgacgagagttgccacccctgacagtatc
agcatctcctccaagttcctgtcccaatgctatcctggaagcaggacctcctttccattc
ctatctaagagcattggtgaggggaaggtaggcagcggtgtggtgaagcccctggtctct
caggtgaggcctctcatggagcacaaccagggccagagccacaaccaggacagagaccag
agccaagactatagccagtctcaggactatggccacagccagaggaagctctcagaagac
tctcaaaagggccccaccgggagactagaagtagtggacacaacggagaagtgttttaat
ctgcgggcctctcctctgaggaagaaggtgtttaaccctgcagtggactcccgtaggatg
gtcagccctgtggccaaggctacagcctctcacctcacaactacaggcatgaggaagtcc
cagtcagtccacaacctgcacactgaggtagacatgcctctaaccctgcctcggccctcc
aaggaggtggcccccctgacccatcactcccagttccatcactcccaggccagcgagggt
ccagggacactctccatcaccccccgcagcacactgcccagcatgccccccttctgcagc
cccacctccccccagcctcaggacaacaccagtaccagccacagcacagccactatgccc
aggagcctgaagtcccgctgctcctacatgagccccaccaccagttccatggccaagatg
tcccgctccgtgtccatgggagacgacctaaacgtgactgaggaggagtctgggtctgga
agtagttccaacacctccaactccaaccctccaatgaccaagagtcagagctgctcctcc
cagagtccgagtactaaaacatctatcccagtggccatggtctcctcggcgtcttcctcc
ctctcagggatgggtttagccatgccccaagctgctgttttccccacactcatagctagc
tctaaccctaacccaaccaccaagagtctgcaggccaagctgacgtgcagcacccggccc
cagctcaacctggacatctccaagtccctcccagacaagccctccctggcagtcttcaca
cccaacggtacctccaagaccaccaccacttcctccaagactgtcaaagaggacaacctc
tcccccagatcaccagttagcttgttgccccagcagggccagaatcaaccaccactgctc
tccaacaacgtccagctagtcattgcactgtccccctcccctgctgctcctgtggagact
agcctagtgcagagccctgaggcggagcagcttggtctcacagcagagctgcgtcctgag
gcccctgttgtagacaacagactggaacagccaaagacagaggaatgccagggcctgacc
caggaggagagcccagtgacggagctgtctcttcagggaaatccggtctacctgctgtca
caacgagggcccggccaggaccgcacagacaattctctcagtatggagtcgtgcagggtg
ttggccagcgagctacagaactcgtttaggaaggcctcctggttctacaggatggtgaac
agtgtgccagtagcctccaggcaggagcagcatgagatggcccgggtcctgtctgaggcc
tttgaggttgtgagggccgagctgagctccctgccccagagctcaccaccatccccctct
ggagaacctgcagcaggaggctccctgtgtatgctggcctgccggcctgtaggaccaggg
acagggggatcaggctcaggggaggagaggactctggctttgctggagcagtactctgag
ctcctcctcaaagctgtggagaagaggctggacaacaatcaggtctcctag
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