Salmo trutta (river trout): 115206463
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Entry
115206463 CDS
T08542
Name
(RefSeq) serine/threonine-protein kinase ULK2 isoform X1
KO
K08269
serine/threonine-protein kinase ULK2 [EC:
2.7.11.1
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru04136
Autophagy - other
stru04140
Autophagy - animal
stru04150
mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09132 Signal transduction
04150 mTOR signaling pathway
115206463
09140 Cellular Processes
09141 Transport and catabolism
04140 Autophagy - animal
115206463
04136 Autophagy - other
115206463
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
stru01001
]
115206463
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
stru04131
]
115206463
03029 Mitochondrial biogenesis [BR:
stru03029
]
115206463
Enzymes [BR:
stru01000
]
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
115206463
Protein kinases [BR:
stru01001
]
Serine/threonine kinases: Other
ULK family [OT]
115206463
Membrane trafficking [BR:
stru04131
]
Autophagy
Autophagosome formation proteins
Atg1 complex
115206463
Mitochondrial biogenesis [BR:
stru03029
]
Mitochondrial quality control factors
Mitophagy factors
Parkin-independent mechanism factors
115206463
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
ATG1-like_MIT1
ATG1-like_MIT2
Kdo
ABC1
RIO1
Pkinase_fungal
APH
B0228-1_like
GCR1_C
YscO
Astrin_CC
Motif
Other DBs
NCBI-GeneID:
115206463
NCBI-ProteinID:
XP_029629354
LinkDB
All DBs
Position
13:complement(71043770..71131636)
Genome browser
AA seq
1036 aa
AA seq
DB search
METVGDFEYSRKDLVGHGAFAVVFKGRHRKKTDWEVAVKSITKKNLSKSQILLGKEIKIL
KELQHENIVALYDVQETPNSVFLVMEYCNGGDLADYLQAKGTLREDTLRVFLQQIAAAMR
ILNSKGIIHRDLKPQNILLSYTSRKRSSINGIRIKIADFGFARYLQSNMMAATLCGSPMY
MAPEVIMSQNYDAKADMWSIGTVVYQCLVGKPPFQANSPQDLRMFYEKNKSLLPIIPRET
SPPLGNLLLGLLQRNQKDRMDFDAFFSHPFLDPVSAIKKSCPVPVPNCPSAVTDITCGSS
PSVRYNSPASLPDMQTLPEDCLSSPPLGPPNYLQLSKESGGSTSSKNSSSDTDDFVLVPH
LSTESYDQPMGAVGRRASAEWCGGQPQTTGQTPMVSPRAETTPIPVPTQVRNYQRIKQNL
SNSPTTTLYSSPRSGTVRRSNTSPMGFPKVGSGSASSADCSPQMTGRRLSVGSSRPYSPS
PLVGTIPEQLGHCCCGHTKGHESRSRSSSGGSPVPSSQLLGARLQSAPTLTEVYQTRQKL
HKQLSDPIQPSTSNYPPSHSPHLGRPGNLGTSPTKHLGSSPRSSDWLTKSPLPTIIGSPT
KPISAPFKIPKTQASCNLMALADSPTPTKTLADARDICAHHCTPYPSGRQSAPEASRTTF
GRSVSTGRLSEQPIRITLGGQPYQGSTDSLNTERPMDTAPAGPFGLAQLQGGAASPRTVL
FTVGSPPNSSTPPTCSHLGTRPRTTSVGSNSSAGSLCSTSGRVYVGSPPGMAIGTPPQGG
AEAGPSSLRYVPYGTSPPSLDGFITFEAPELPEETLMEREHTDTLMHLRMMLSFTDCVLD
IAAVRAGGADLGISAASLYPPQESVVVDQISQLSKEWGQVEQLVLYMKAAQLLASSLHLA
KAQIKSAKLNPSSAVKQVVKSLNERYKSCISLCRRLTDKLNHFFSDKQRFVDEINSVTAE
KLIYNHAVETVQSAALDEMFQQTEDIAYRYNKAAMLLDGLSKILQDPADIENVAKYKASV
DRRISALCYCTVTLYE
NT seq
3111 nt
NT seq
+upstream
nt +downstream
nt
atggagactgttggagactttgaatacagcagaaaggacctggtgggacatggtgctttt
gctgtggtgttcaaaggaaggcacagaaagaagactgattgggaggtggccgtcaagagc
attaccaagaagaacctctccaagtcccagatcctgcttggcaaggaaatcaaaatcctc
aaggaacttcaacatgagaacattgtggcgctttatgatgtccaggaaactcccaactct
gtgttcctggtcatggagtactgcaacggtggcgatctggctgactatctgcaagccaag
gggacactgagagaagacactctgagggtgttcctccagcagatagcagcagcaatgagg
atcctcaatagtaaaggcatcatccaccgagacctgaaaccacagaacatcctgctgtca
tacacgagccgcaagagatccagcatcaacggcatccgcatcaaaatagctgactttggc
ttcgcacgatatctccagagcaacatgatggctgccacactgtgtggttcccccatgtac
atggccccggaagtgatcatgtctcagaactatgacgccaaggcagacatgtggagcatt
gggacggtcgtctaccagtgtctcgtagggaagccacctttccaggccaacagtccccag
gacctgaggatgttctatgagaagaacaagtcgctgctgcccatcatcccgagggagacg
tctcctccccttggcaacctgttgctaggcctgctgcagaggaaccagaaggacaggatg
gacttcgatgcatttttcagccatcctttcttagatccagtgtctgccatcaaaaaatca
tgtcctgttccagtacccaactgccctagcgctgtgaccgacatcacctgtggcagctca
ccctctgttcgctacaactcccctgcctctctcccagacatgcagacgttacctgaggac
tgtctgtcatcgccccccctgggccctccaaactacctgcagctgtctaaggagtctgga
ggaagcaccagcagcaagaactcttccagtgacacggatgactttgtcctggtgccacac
ctctccacagagtcgtatgaccagccaatgggagcagtggggcgtcgggcgtccgcagag
tggtgtggagggcagccgcagaccaccggacagacccccatggtgtccccccgggcagag
accacccccatccctgtgcccacccaggtgcggaactaccagcgcatcaagcagaacctc
tccaacagccccaccaccacgctttacagctcccccaggtctggtacagtgaggcggtcc
aacaccagtcccatgggtttccctaaggttggctctgggtccgccagctctgcagactgc
agccctcagatgacaggcagacgtctctccgtaggcagctcccgcccatactcgccttca
cctctggtgggcacaatcccagagcagctgggtcactgttgctgtggacacactaagggc
catgagtcccgcagccgcagctcctcaggaggttctccagtgccgtcgtcccagttactg
ggggctcgccttcagagtgcccccacccttaccgaggtctaccagaccagacagaaactc
cacaagcagctgtcagaccccatccagccctccacctccaactacccccccagccactcc
cctcatctgggtcgccctggcaatctgggcacctcccccaccaaacacctgggctcctct
ccccgctcctctgattggctgacaaagtcaccgctgcccaccatcattggctcccccacc
aagcccatctcggctccattcaagatccctaagacgcaggcgtcctgtaacctgatggcc
ctggcagacagtcccacacccactaagaccctggcggacgcacgggacatctgtgcccac
cactgcaccccctatcccagtgggcgccagtctgcccctgaggccagtaggaccaccttt
ggcaggtctgtcagtactggccgtctgtctgaacagccaatcagaatcactctaggggga
cagccctaccagggaagcacggacagcctcaacacagagcggcccatggatacagccccg
gcaggaccgtttgggctggctcagcttcagggcggggcggcgagtccccggaccgttctc
ttcaccgtgggctcgccccccaacagcagcaccccccctacctgcagccacctgggcacc
cggccgcgcaccacctcagtgggctccaacagttcggcaggctccctgtgctccaccagt
gggcgagtgtatgtgggctctcctccaggcatggcaattgggacccctccccaagggggg
gcagaggcaggtcccagcagcctacgctatgtcccctacggtacctctccccccagcctg
gatggattcatcaccttcgaggccccagagctacctgaggagacactcatggagcgagag
cacacagacactctgatgcacctacggatgatgctgtccttcactgactgtgtcctggat
atcgcagcggtgcgagcaggaggggcagacttgggtatatcggctgcctccctctacccc
cctcaggagagtgtggtagtggaccagatcagccagctcagcaaggagtgggggcaggtg
gagcagctggtgctgtacatgaaggctgcccagctcctagcctcctccctccacctggcc
aaggcccagattaaatcagccaagctcaacccctccagcgcagtcaagcaggtggtgaag
agtctgaacgagcgttacaagagctgcatctccctgtgtcgtcggctcacagacaagctg
aaccacttcttctccgacaagcagcgctttgtagacgagatcaacagtgtgaccgcagag
aaactcatctacaaccacgctgtggaaacagtgcagtctgcagctctggatgagatgttt
cagcagacggaggacatagcctaccgctacaacaaggctgccatgctgctagatggcctc
tccaagatcctccaggaccctgcagacattgaaaatgtggccaagtacaaggccagtgtg
gaccggagaatctctgccctctgctactgcaccgtcacactgtacgagtag
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