Coregonus clupeaformis (lake whitefish): 121550251
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Entry
121550251 CDS
T08357
Name
(RefSeq) serine/threonine-protein kinase ULK1 isoform X1
KO
K21357
serine/threonine-protein kinase ULK1 [EC:
2.7.11.1
]
Organism
cclu
Coregonus clupeaformis (lake whitefish)
Pathway
cclu04137
Mitophagy - animal
cclu04140
Autophagy - animal
cclu04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
cclu00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
121550251
09140 Cellular Processes
09141 Transport and catabolism
04140 Autophagy - animal
121550251
04137 Mitophagy - animal
121550251
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
cclu01001
]
121550251
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
cclu04131
]
121550251
03029 Mitochondrial biogenesis [BR:
cclu03029
]
121550251
Enzymes [BR:
cclu01000
]
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
121550251
Protein kinases [BR:
cclu01001
]
Serine/threonine kinases: Other
ULK family [OT]
121550251
Membrane trafficking [BR:
cclu04131
]
Autophagy
Autophagosome formation proteins
ULK complex
121550251
Mitochondrial biogenesis [BR:
cclu03029
]
Mitochondrial quality control factors
Mitophagy factors
Parkin-independent mechanism factors
121550251
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
ATG1-like_MIT1
ATG1-like_MIT2
Pkinase_fungal
Kdo
RIO1
YrbL-PhoP_reg
APH
Motif
Other DBs
NCBI-GeneID:
121550251
NCBI-ProteinID:
XP_041718359
LinkDB
All DBs
Position
18:complement(56648345..56684937)
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AA seq
921 aa
AA seq
DB search
METIGKFEFNRKDLIGHGAFAVVFKGRHKERHDLEVAVKCINKKNLAKSHSLLGKEIKIL
KELKHENIVGLLDFQEMAGCVYLVMEYCNGGDLAEYLHSKATLSEDTIRVFLQQIAGAMK
VLKEKGILHRDLKPQNILLCHHEGRKSSPNNTCIKIADFGFARHLQCNAMAATLCGSPMY
MAPEVIMSQNYDAKADLWSIGTIVYQCLTGKAPFQASSPQELRLFYERNRDLQPSIPRET
SVHLRHLLLGLLQRNHKERMDFDEFFHHSFLESSSSTKKSSPVPMPSYPSSGSASSSSSS
STLHLASSPQHSDAELQRLQPKAEPSPSQDTALHNSRNTSSETDDFVMVPAQFPSEITCD
MADGSPVQGSLLCSGSSLLAAGVLGSLGRTPPPSSPLCPPNPVSRPADFSGSSYSQSVPI
PVPTQIHNYQRLEQNLHPAGLHGSTRATLCCVDSSSGSSPGSRKTGASLPLPSGTGGAVL
SHRRLSAGGARPYQPSPQVGTIPETPEQTGLFSTWTGQQSPQATPPHEFPRPTSFEDLPI
IPTRTRTVSDLSHISRATGKRKGPFKRSLSAGRLSDMLLKAAFGAQLLDGGSNESLYTER
SMDTTAPTSGALRVAGSSASGSPTSVVFTGGSPSRRNTGTPPNTTRTFSAVGSPSYVSPA
WSISSGTHRDVPNYQHLTNPMTASPDRAIDFDPPELPEETLMGQWHTDGLRNLRFTLAFV
HCVMEIASSKDTELESETSGDAPDVSFLQQSLVADQISLLSREWGYAEQLVLYMKAAEFL
SSALHTAMEDIREGRLFPSSTVKQVVKKMNELYKSSVTSCRSLNARLQSFLLNKQRLMDH
MNNITAEKLIYSHTVTMVQSAALDEMFHRGQAPIQRYHKALLLMEGLSLTITEQADIDNI
SKCKQCIERRLLSALQTPQCD
NT seq
2766 nt
NT seq
+upstream
nt +downstream
nt
atggagactattgggaaattcgagttcaacaggaaagacctgattggacatggtgccttt
gccgtggtgttcaaagggagacataaggagagacatgacttggaagtagctgtgaaatgt
attaacaagaagaacttggcaaaatcccattcactcttaggaaaagagattaaaatacta
aaggagctgaaacatgagaatatcgttggactacttgacttccaggaaatggctgggtgt
gtgtatctggtcatggagtactgcaatggaggagacttggcagaatacctccactctaag
gctactctgagtgaggacaccatccgggtcttcctccagcagatagctggggccatgaaa
gtgctgaaagaaaagggcatcctccacagagacctcaaacctcagaacatccttctctgt
caccatgagggacgcaagtccagccccaacaacacctgcatcaagatagctgattttggc
tttgcacgtcacctccagtgtaacgctatggcagccactctgtgtggttctccaatgtat
atggccccggaggtgatcatgtcccagaactatgatgccaaagctgatctgtggagcata
ggaaccatagtgtaccagtgtttaactgggaaagctccgtttcaggccagtagcccccag
gagctgcgtctcttctatgagagaaacagggacctccagcccagcatcccgcgggagacg
tcagtccacctaagacacctgctcctgggcctgctgcaaaggaaccataaggagcgcatg
gactttgatgagtttttccatcactctttccttgagtcaagttcatccacaaagaaatcc
tctccggtgcccatgccctcctaccccagctctggctctgccagctcctctagcagttcc
tccaccttacacctggcctcctcccctcaacattccgatgcggagctgcagagactccag
cccaaggccgagccctccccttcccaggacacagccctccacaacagcaggaacacctcc
tctgagacggacgactttgtcatggtgcctgcccagttccccagtgagatcacatgtgac
atggcagatgggtcacctgtccagggcagcctgttgtgcagtgggagctctctgctggct
gctggggtacttgggagtctaggcaggacaccacccccctcttcacccctctgtccccct
aatcctgttagcaggcctgcagacttcagtgggagtagctacagccagtctgtgcccatt
cctgtcccaacacagatccacaactaccagcgtttagaacagaacctacaccctgcaggt
ctacatggctcaaccagggccaccctgtgctgtgttgatagtagtagtggcagttcccca
gggagtaggaagactggagcctcccttcctctcccatcaggcaccgggggggcagtgctc
agccaccgcaggctgtcagctggaggggccagaccctaccagccctctccacaagtgggc
actatcccagagaccccagagcagactggtctcttcagcacctggacaggacaacagagc
cctcaggccacgcctccacatgaattcccccggcccaccagctttgaggacttgcccatc
attcccacccgcacacggacagtgtcagacctgagccacatcagcagggccacagggaag
aggaagggccccttcaaaaggtctctgagtgcaggccgtctgtctgacatgctgctgaag
gctgcttttggagctcagctgttggatggaggaagtaacgagagcctttacactgagagg
tccatggacaccacagctccaactagtggtgctttgagggttgcaggatcctcagcctca
ggcagtcccacctcagtcgtgttcactgggggatccccatccagaagaaacaccgggact
ccaccaaataccaccaggacgttctcagcagtgggttcccccagctatgtcagcccagcc
tggtcaatcagcagcggaacccatagagatgtacctaactaccagcacttaaccaacccc
atgacagccagcccagacagggccatagattttgaccctccagagctcccagaggagaca
ctgatggggcagtggcatacggatggcctgaggaacctgcgcttcactctggcctttgtc
cactgtgtcatggagatagccagttctaaagacactgaacttgagagcgagaccagtggg
gacgctcctgatgtgtccttcctgcagcaaagcctggtggctgatcagatcagtcttcta
agtcgggagtggggctatgcagagcagttggtgctgtacatgaaggctgcagaatttctg
tcgtctgcattacacactgctatggaggacatcagagaaggcagactcttcccctcctct
acagtcaagcaagtggtgaagaagatgaatgagctgtataagagcagtgtgacgtcctgt
cggtccctcaatgcccgcctgcagagcttcctcctcaacaagcagagactgatggaccac
atgaacaacatcactgcagagaaactcatctacagtcacactgtgaccatggtgcagtca
gcagcgctagatgagatgtttcaccgtggccaggcgcccatccagagataccataaagcc
cttctgctcatggagggtctgtcccttaccatcacagagcaggcagacatcgacaacata
agtaaatgtaaacagtgtattgagagacgcctcctttctgctctgcagactccacagtgt
gattga
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