Oncorhynchus clarkii lewisi (westslope cutthroat trout): 139387473
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Entry
139387473 CDS
T10872
Name
(RefSeq) insulin receptor-like isoform X1
KO
K04527
insulin receptor [EC:
2.7.10.1
]
Organism
ocla Oncorhynchus clarkii lewisi (westslope cutthroat trout)
Pathway
ocla04010
MAPK signaling pathway
ocla04068
FoxO signaling pathway
ocla04081
Hormone signaling
ocla04150
mTOR signaling pathway
ocla04520
Adherens junction
ocla04910
Insulin signaling pathway
Brite
KEGG Orthology (KO) [BR:
ocla00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
139387473
04068 FoxO signaling pathway
139387473
04150 mTOR signaling pathway
139387473
09133 Signaling molecules and interaction
04081 Hormone signaling
139387473
09140 Cellular Processes
09144 Cellular community - eukaryotes
04520 Adherens junction
139387473
09150 Organismal Systems
09152 Endocrine system
04910 Insulin signaling pathway
139387473
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
ocla01001
]
139387473
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
ocla04090
]
139387473
Enzymes [BR:
ocla01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
139387473
Protein kinases [BR:
ocla01001
]
Receptor tyrosine kinases (RTK)
INSR family [OT]
139387473
CD molecules [BR:
ocla04090
]
Proteins
139387473
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Recep_L_domain
Pkinase
Furin-like
Insulin_TMD
fn3
Kinase-like
DUF4476
Motif
Other DBs
NCBI-GeneID:
139387473
NCBI-ProteinID:
XP_070989808
LinkDB
All DBs
Position
28:complement(40938503..41091741)
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AA seq
1400 aa
AA seq
DB search
MCPRTFLVFLVTAVYVWNCQQTNGESTEISDGICSSKDIRNNVTNLRSLENCTVIEGHLK
IILMFKTKPEDFRGVSYPKLTVVTDFLLLFRVYGMESLKDLFPNLTVIRGNNLFFNYALV
FFEMLQLRDIGLHSLMNITRGAVRIEKNPDLCYLSTLDWSKILDTVEDNYIVSNKNDREC
GDVCPGALAKGKATCQQTTINGNFNERCWTHKHCQRMCPTSCKHRACTRDHQCCHEQCLG
GCSEPHNSSSCVACKNLQHQEACVDRCPQGYYTYRGWRCVPFSFCQDLHNKCQQSKNSDC
HQFVIHNGACIPECPSGYTTVNSSTLVCTPCAGLCPKVCMGLKMVDSVTAAQALRGCTVL
NGSMDINLRGGNNIAAELEANLGQLEEITGFLKVRRSYALVSLSFLRNLRVIRGDTLMDG
GYSFYAHDNQNLRQLWDWTQHNLSILQGRMFFQLNAKLCMSEIRKMEEVTGTRDRHTKNN
IVSKTNGDQASCENQELRFTQVRATHDKIMIKWEPFWPPDFRDLLGFMVFYKEAPYPNVT
EFDGQDACGSNWVIIDLDPPARATEGNAQQEPGTLILSLKPWTQYAIMVKTQLSASDEHQ
VLGAKSKITYVRTDATKPSVPLDPISSSNSSSQILLKWKPPTDPNGNITHYLVYCQQQPE
ASELYKFDYCQKGMKLPSRVPTQVDSDEEAKWNQTEDEGQGGRCCACPKTEKQLKKEAED
SEYRKTFENYIHNEVFLLKSTRQRRSAMGVANETQPSFVTKPPTLPKGYSTSGPDDDEDG
AESTKIQLTVFSKESTVISGLRHFTSYQIDVLACNHPTNPSRCSMAAFVSARTMPEDKAD
DIVGPISYDVSEYSVQIKWLEPKAPNGMIILYEVNYKRLGDTEELHHCVSRKMYQQSEGC
RLRVVHPGNYTVRIRATSLAGNGSWTDPTHFYVQDLRVDPSNLLIIIGPVIFIVLLILVA
AGGFVMFRKKQTQGPSGPLYTSSNPEYLSAADMYEPDDWEVGRDKINILRELGQGSFGMV
YEGIAKDIVKGEPETHVAVKTVNESASLRERIEFLNEASVMKGFTCHHVVRLMGVVSKGQ
PTLVVMELMTHGDLKSYLRCLRPDSENNPTGSPPPTLREMVQMTAEIADGMAYLNAKKFV
HRDLAARNCMVAQDFTVKIGDFGMTRDIYETDYYRKGGKGLLPVRWMAPESLKDGVFTAH
SDCWSFGVVLWEISTLAEQPYQGLSNEQVLKFVMDGGYLDRPDNCADRLHNLMSMCWQYN
PKLRPSFQEIIEMLHKDLHQSFQEVSFYYSQENKPPEQEDFDLDMDNMESIPLDPSSYSQ
RGDHSSSYSQRGDHSSSYSQRGDHSSSYSQRGDHSSERDEAGSSLGLRQNNYEEHIPYTH
MNGGKTNGQQTLALPRSSPS
NT seq
4203 nt
NT seq
+upstream
nt +downstream
nt
atgtgtccgcggactttccttgtgtttttggtgactgctgtctacgtatggaattgtcag
caaacgaatggagaaagtacagaaatctctgatgggatctgctccagtaaggacatccgg
aacaacgtgaccaacctgcgctccctggagaactgcacggtcatcgagggccacctgaaa
atcatcctcatgtttaagactaagcccgaggacttcaggggtgtcagttaccccaaactg
accgtggtcacagacttcctgctcctgttcagggtctacggcatggagagcctcaaagac
ctcttccccaacctcactgtgatccgaggaaacaacctgttcttcaactacgctctggtc
ttctttgaaatgctgcagctcagggatatcggtctccatagcctgatgaacatcacccga
ggagcggtgaggatcgagaagaacccggacctctgctacctctccaccctggactggtcc
aagatcctggatacggtggaggacaactacattgtgtcaaataagaatgacagggagtgc
ggggacgtgtgtcccggggcgctggccaaggggaaggctacctgtcaacagaccaccatc
aatgggaacttcaacgaacgttgctggacgcacaagcactgccagagaatgtgtcccacc
agctgtaagcaccgggcctgtaccagagaccaccaatgttgccatgaacagtgtctggga
ggctgctctgagccccacaacagcagcagctgtgttgcctgcaagaacctccagcaccag
gaggcctgtgtggaccgctgtccgcagggatactacacctacaggggctggcgctgcgtc
cccttctccttctgccaggacctccacaacaagtgtcagcagagcaagaacagcgactgc
caccagttcgtcatccacaatggagcctgtataccagagtgcccctccgggtatactact
gtaaactcctccacgttggtctgtactccgtgtgctgggctatgtcctaaggtgtgtatg
ggcctgaaaatggtggactctgtgacagcagcccaggctctgagaggatgcaccgttctc
aacggcagcatggatatcaaccttagaggaggaaataacatagcagcagagctggaggct
aaccttggacagctggaggagattacaggcttcctgaaggtccggcgctcctacgctctc
gtctcgctctctttcctccgcaacctacgggtcatcagaggggacacactgatggacggg
ggctactcgttctacgcacatgacaaccagaacctgcgtcagctgtgggactggacccaa
cacaacctgagcatcctgcagggacgcatgttctttcaactcaatgctaagctctgcatg
tcagagatacgcaagatggaggaggtgacgggcaccagggacaggcataccaagaacaac
attgtatcgaagaccaacggagaccaggcctcctgtgagaaccaggagttaaggttcact
caggtgcgtgctacacatgataagatcatgatcaagtgggaaccgttctggcctcccgac
ttcagagacctgctgggcttcatggtcttctacaaggaagcgccttaccccaacgtgaca
gagtttgatggccaggatgcgtgtggttctaactgggtgatcattgacctggaccccccg
gcccgggctacagagggaaacgcacaacaggagccaggtaccttgatcttgtctttgaag
ccctggacacagtacgccatcatggtcaagacccagctctctgcctctgatgaacaccag
gtcctcggggccaagagcaagatcacctacgtcaggaccgacgccaccaagccctcagtg
cccctggaccccatctcctcctccaactcttcctctcagatcctcctgaagtggaaacct
cccacggatcccaacgggaacatcactcactacctggtgtactgtcagcagcagcccgag
gccagcgaactctacaagttcgattactgtcagaaaggtatgaagctgccttcgcgggtg
cccacccaggtcgacagtgacgaagaggctaagtggaaccagactgaggatgagggtcag
ggtggccgctgttgtgcctgtcccaaaacagagaaacaactgaagaaggaggctgaggac
tcagagtaccgcaagacctttgagaactacatccacaatgaggtcttcctgctcaaatca
accagacagcgccgctcagctatgggtgtagctaatgagacgcagccttcgttcgtgaca
aagccccccaccctgccgaaaggttactccaccagcggcccagacgatgatgaggatggt
gcggagagcactaagatccagctgactgtgttctccaaggagtccacggtcatctccggc
ctccgacacttcacctcgtaccagatcgatgtgttggcctgcaaccaccccacaaacccc
tcacgctgcagtatggcagccttcgtctcagctcgcaccatgcctgaggacaaagcagat
gacatcgtgggccccatcagctatgatgtgtctgagtactctgttcaaatcaaatggctg
gagcctaaagctcccaatggaatgatcatcctgtacgaagtcaactacaagagactggga
gacacagaggagttgcaccactgtgtgtccaggaagatgtaccagcagtcggagggctgc
aggctgagagtggtgcaccctgggaactacactgtgaggatccgagccacgtcgctggca
ggaaacggctcctggaccgaccccacacacttctacgtacaggacctccgggtggaccca
tccaacctattgattatcattggtccagtcatcttcatagttctactgatactggtggca
gcgggaggattcgtcatgttcaggaagaagcaaacccagggcccctctggacccctctac
acctcttctaacccagagtacctcagtgctgctgacatgtacgagccagatgactgggag
gtgggcagggataagattaacatcctacgagagctgggtcagggctcgttcggcatggtc
tacgagggcatcgccaaggacatcgtgaagggagagccggagacgcatgtggcggtgaag
acggtcaacgagtcggccagtctgagagagaggatagagttcctcaacgaggcctccgtc
atgaagggcttcacctgtcaccatgtggtgcgtctgatgggtgtggtctctaagggccag
cccactctagttgtcatggagctgatgacccatggcgacctgaagagctacctgcgctgc
ctccgccccgactctgagaataaccccactgggagcccgccccccacgctgagggagatg
gtccagatgacagcagagatagcagacggcatggcctacctcaacgccaagaagtttgtc
cacagagacctggccgctaggaactgcatggtggcgcaggacttcactgtcaagatagga
gactttggtatgaccagagacatctatgagacggactactaccgtaagggagggaagggt
cttcttcctgtccgctggatggctcctgagtctctaaaggatggagtgttcaccgcacac
tctgactgctggtcatttggggtggtgttgtgggagatcagtaccctagcagagcagccg
taccagggcctgtctaacgagcaggtcctgaagttcgtcatggatggaggatatctggac
cgaccagacaactgtgctgaccggctacacaatctgatgtcaatgtgctggcagtacaac
cccaagctgcgtcccagcttccaggagatcattgagatgctccacaaggaccttcaccag
tccttccaggaggtctccttctactatagccaggagaacaagcctccggagcaggaggac
tttgacctggacatggacaacatggagagcattcccctagacccatcctcttactcccag
agaggggaccacagttcctcttactcccagagaggggaccacagttcatcttactcccag
agaggggaccacagttcctcctactcccagagaggggaccacagctctgagcgggacgag
gcgggttcgtcactggggttgagacaaaacaactacgaggaacacatcccgtacacacac
atgaacgggggaaagactaacggacaacagacactagccctccctcggtctagtccctcc
taa
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