Salmo salar (Atlantic salmon): 106602860
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Entry
106602860 CDS
T04363
Symbol
stk36
Name
(RefSeq) serine/threonine kinase 36
KO
K06228
fused [EC:
2.7.11.1
]
Organism
sasa
Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sasa01001
]
106602860 (stk36)
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
sasa03037
]
106602860 (stk36)
Enzymes [BR:
sasa01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
106602860 (stk36)
Protein kinases [BR:
sasa01001
]
Serine/threonine kinases: Other
ULK family [OT]
106602860 (stk36)
Cilium and associated proteins [BR:
sasa03037
]
Motile cilia and associated proteins
Other motile cilia associated proteins
106602860 (stk36)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
HEAT
HEAT_2
HEAT_EZ
Arm
ABC1
Haspin_kinase
PDS5
Kinase-like
Cohesin_HEAT
Pkinase_fungal
Seadorna_VP7
Motif
Other DBs
NCBI-GeneID:
106602860
NCBI-ProteinID:
XP_014051282
UniProt:
A0A1S3RHD1
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All DBs
Position
ssa04:complement(28947538..28960678)
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AA seq
1154 aa
AA seq
DB search
MDFYHVLEMIGEGSFGRVYKGRKKFSGQVVALKFIPKVGRSEKELRNLKREIDIMRGLQH
PNIVLLLDSFETEREVVVVTEYAEGELFQILEDDGNLPESQVCDIACQLVSALYYLHSHR
ILHRDMKPQNILLGKGGVVKLCDFGFARAMSVSTLVLTSIKGTPLYMSPELVEEKPYDHT
ADLWSLGCILYELHTGAPPFYTNSIFQLVQLIVRDPVKWPDTMSQTCMTFLKGLLTKDPQ
KRLSWPHLLKHPFVADGVLVLSDPVVSSPLTVAPSPDLQVLKLQQAVQKAAPHGGEGRLL
RKAREQRDKRNRQVGNGKTESSSRAPSRTAPAVKPLSKDSLVAPSDGLDQDLSQLTANLS
LTPKQSAIEISTNSRGQISRDYEQEFPSVEVGPRQALRRPETQERGQARTSLSAVRLHSQ
DVDSDEEWERLIQQTSVSSGQTIQIIPRLKEKLLTSKTLLLDGILEGACQIRQPLKVLSN
LILTSDSEDSHRLRQEVGLPHFLFNLVQDIVENPVVVKQPWSVTVLGEVIVLLLNYWEKH
RDWQQADNKLEDYAMPFFKILLRPDPNPLAPLAAAILAIFSQCGVSVVVSMDRITAQLNK
LLSDSDEPRVPLPSGWGFCDGFLSLVLHTLTEQESPPHSASLDPSILRLLWVKVGTSLEK
TSARTKFCSSNGLYVFLSLALFVLTRDPYCCVPLFSDSDTNCLLTLGHLLTTDCVSRLSD
ETHGQLWGGDSSVNSLSVLSCHLLCFPFALDLSSETMDRLLQLYHSAGIVSGLLQVIQSV
PPSLLELPLSLLCRLLLCDPGRSVPCFTAAARAQGFFSPPSSDPKDDRRDQAPASSVGDQ
AGHPVSVSRTASSLLSDLLKPDSEALWGSAVELFTLLSQAARCSPRSRPSTPHLHLEPTP
LHQALAHPDDRVRAAACSLLGNLDPFTPHTPPSTSDPQRTRLQPAILRDIIGCLHDPSAS
VRRMACKAVGNWLGLIGKAEFRTRRANGRENSSASIAARDMKKGKPDKTVSSQSLVGDGG
DSSTTLKQQVADQEDGSGWVEEANWATTELLSLIADPDALTRRHCCAALGNMAAVEGGVA
SLLEGDVPLLLLQAACTDSQHAVQRAAVATLSLYSQQDALRQALLSLDAREKLRQASQHV
APPQCDYCQIIKLL
NT seq
3465 nt
NT seq
+upstream
nt +downstream
nt
atggacttctatcacgttttggagatgataggagagggctcgtttggacgagtgtataaa
ggacgtaaaaagttcagtggccaagtcgtggcactaaagtttatccccaaggtgggccgt
tctgagaaggagctgcgcaatctcaaaagggaaattgacatcatgaggggacttcaacat
ccaaacattgtcctgctcttagacagctttgagactgaaagagaggttgttgttgtgact
gagtatgcagagggagagttgttccagatccttgaagatgatgggaacttaccagagagc
caggtctgtgatattgcctgccagctggtctctgccttgtattatttgcattcccatcgg
attctccaccgtgacatgaaaccacagaacattctgctgggcaaaggaggggtggtgaag
ctgtgtgattttggatttgctagagcaatgagtgtgtccaccctggtcctgacctccatc
aaggggacgcccctctacatgtccccagaactggtagaggagaagccctacgaccacaca
gctgacctctggtctctgggctgcatcctctatgagctccacacgggggcgccaccattc
tacaccaactccatctttcagctggtccagctcatagtcagagacccggtcaagtggccg
gacaccatgagccagacctgcatgactttcctgaaaggtttgttgaccaaagacccacag
aagaggttgtcatggccacacctcctaaaacacccatttgttgctgatggagttctagtt
ctctcagaccctgttgtgtccagcccgctgacagtggcccccagcccagacctgcaggtg
ctgaaactccagcaggcagtgcagaaggcagcgccacatggtggagaggggaggttactg
cgcaaggccagggaacagagggacaagaggaacagacaggtgggaaacggaaagactgaa
tcatctagtcgggcaccttcaaggacagcccctgcagtgaagcccctgtccaaagacagc
ctggtggctccctcagatggtttggatcaagatctgtcacaattaaccgccaatctgagc
cttaccccaaaacagtctgccattgagatttccactaacagcaggggtcagatcagccgg
gactacgaacaggagttcccctctgtggaggttgggccccgacaggccctgaggcgacct
gagactcaggagcggggccaggccaggaccagcctgagtgctgtgaggctccacagccag
gatgttgacagtgatgaggagtgggagaggttgatccagcagacctccgtttccagcggc
caaaccattcaaatcatacctcgattgaaagagaagttgctgacatccaaaaccctgcta
ttggatggtatcctggagggggcatgtcagatccgtcagccgctgaaggtcctgtccaac
ctgatcttgacctctgattcagaggactcccatcgacttagacaggaagttggactacct
catttcctgttcaacctggtccaggatattgtggagaatccagtggtcgttaagcaaccc
tggagtgtgacagtactgggggaagtgattgttctactcttgaactattgggagaagcac
cgtgactggcaacaagcagataacaaactggaagattacgccatgccctttttcaagatt
ctgcttcggcctgaccctaacccattggcacctctggctgcagccattctggccatattc
agccagtgtggagtctctgtggttgttagcatggacaggatcactgcccagctcaacaag
cttctttcagactccgatgagccacgcgtcccgttaccatcaggctgggggttctgtgat
ggcttcttgtcattggttctccacaccctaactgagcaggaaagccctccacactctgct
tctttggatccaagcattctgcgcctcctgtgggttaaagttggtacttcactggagaaa
acatcagccagaacgaagttctgctcctcaaacgggctgtatgtgttcctgtccctcgcc
ctttttgtccttaccagagacccgtactgctgtgttcccctgttctcagacagcgacaca
aactgcttactcaccctgggccacctgctcaccactgattgtgtttccaggctgtctgac
gagactcacggccagctttggggtggtgactccagtgtgaacagcctatcagtgttgagc
tgccacctgctgtgtttcccctttgccctggacctgtcctcagagaccatggacagacta
ctccagctgtaccacagcgctggcattgtctctggcctgctgcaggttatccagtccgtt
cctccgtctctcctagaactgcctctctctctgctgtgtcgcctgctgctgtgtgacccc
ggccgctctgtcccctgcttcacagcagccgccagggcccaaggattcttctctccaccc
agcagtgaccccaaggatgatagaagagaccaggccccagcctccagtgtcggggaccag
gctgggcacccagtgtctgtatccaggactgccagctcccttctctctgacctgctaaag
cctgatagtgaagccctgtgggggtcggccgtggagctcttcaccctactatcccaggct
gcccgctgttcccccaggtcccgaccctccacccctcatctccacttggagcctactccc
ctgcaccaggccctggctcacccagacgacagggtcagagctgctgcctgtagcctgcta
ggtaacctggacccgtttacacctcatactcctccctccaccagtgacccacaacggacc
cggctgcaacccgccatcctcagagacataattggctgtctccacgacccctccgcgtcc
gtacggaggatggcctgcaaggccgtgggcaattggctggggctcatcggaaaggcagag
tttagaacacggagagccaatgggagagagaacagtagtgcctctattgcagcccgggac
atgaaaaagggcaagccagacaagactgtgtcctcccagtccctggtaggagatggagga
gactcatccacaacactcaaacagcaagtagcagaccaggaggatggaagtggatgggtg
gaggaagccaattgggcaacaactgagctactctccctcatagcggaccctgatgccctg
acgcgccgccactgctgcgctgccctgggcaacatggctgctgtggaagggggtgtggcc
tcactgctggagggagatgtgccccttctcctcctacaggccgcctgtaccgactcccag
cacgcagtccaacgagcggctgtcgctaccctgagcttatacagccaacaggatgcacta
cgacaggctctgctgtcccttgatgcacgtgagaaacttcgtcaggcttcacagcatgtc
gcacctccacagtgtgactactgtcagatcatcaagctgctatga
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