Salmo trutta (river trout): 115198600
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Entry
115198600 CDS
T08542
Name
(RefSeq) diacylglycerol kinase delta-like isoform X1
KO
K00901
diacylglycerol kinase (ATP) [EC:
2.7.1.107
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00561
Glycerolipid metabolism
stru00564
Glycerophospholipid metabolism
stru01100
Metabolic pathways
stru04070
Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
115198600
00564 Glycerophospholipid metabolism
115198600
09130 Environmental Information Processing
09132 Signal transduction
04070 Phosphatidylinositol signaling system
115198600
Enzymes [BR:
stru01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.1 Phosphotransferases with an alcohol group as acceptor
2.7.1.107 diacylglycerol kinase (ATP)
115198600
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Gene cluster
GFIT
Motif
Pfam:
DAGK_acc
DGKD_4H
DAGK_cat
C1_1
PH
SAM_2
SAM_1
PH_8
PH_11
C1_2
DUF7373_C
Motif
Other DBs
NCBI-GeneID:
115198600
NCBI-ProteinID:
XP_029616515
Ensembl:
ENSSTUG00000035023
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All DBs
Position
8:complement(25963963..26092578)
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AA seq
1140 aa
AA seq
DB search
MASKLNPNVLYVQEPRELTSSQESDRLAQPEPGEESSDSDGETDETEQKLIRKVSTSGQL
RAKKSVKEGILLKQTSSFQRWKRRYFKLRGRTLYYAKDSKSLIFDEVDLSDASVAETSTK
NINNSFTVITPFRKLMLCAESRKEMEDWIGALKSVQKWETYEASLFNMEHFSGMHNWYAC
SHARPTFCNVCREALSGVTSHGLSCEVCKFKAHKRCAVRSTNTCKWTTLASIGNDIMENN
EGVSMPHQWLEGNLPVSAKCMVCDRNCGSVRRLQDWRCLWCKAIVHSSCKEQMGKACPLG
QCRVSIIPPTTLNSIDSDGFWKATSPSCTSPLLVLCNSKSGDNQGVKFLRKFKQLLNPAQ
VFDLMNGGPQLGLRVFQKFATFRILVCGGDGSVGWVLSELDKLNLHKQCQLGVLPLGTGN
DLARVLGWGGLCDDDAQLLQILEKLERATTKMLDRWSVMTYELPTKHYPMVKEDDFSPDS
PLQVHITQYADSVASHLTKILDSDKHTDVISSAKFLCGTVNDFVAEVGRAYERATENKEE
ADAMAKKCALLNEKLDSLVKALSEEADAQVVPAGSVPPQDGDQERGTDTTGGEPRPPCRS
REQLMLRANSLKKALRQIIEQAEKVVDEQNKHTHLQRMSSSSSIKRENSEELKEAEPRHV
SLSPSSSSTIVLEKPESLSPPSFNEDQCSEKCVMNNYFGIGLDAKISLEFNNKRDEHPKK
CSSRTKNKLWYGVMGTKELVHKTYKNLEQRVLLECDGVPMCLPSLQGLAVLNIPSYAGGI
NFWGGTKEDNNFGAPSFDDKKLEVVAVFGSMQMAVSRVINIQHHRIAQCRQVKITILGEE
GVPVQVDGEAWIQPPGIVKITHKNRAQMLTRDRNFERTLTSWEDKRKIDTYRSSRPRLNS
QQSMEYLTEEECAQVQQLGMVADTLITRIREAAKTHKLVEQELAHAVNASAMVLTEAFPS
KPSSPECLSRSTAVEIVNSSKVLQLETRMLLEGKLLLDSPQEEDLLSTLNSLSAELHKLD
DIHWICPAMHCSEEVDDSVRVSGKSSMKLKMMPKVRKEREKLHKQMSNSSLSVEKWESEE
VAAWLYSLGLGEYRETFLSRDIQGCQLSQLQRHDLKVQEDHRKLGANLGIGLGSHFGSKA
NT seq
3423 nt
NT seq
+upstream
nt +downstream
nt
atggcttccaaactaaacccgaatgtcttgtacgtccaagaaccgcgggagttgacatct
tcacaggaatctgaccgcctagcgcagcccgaacccggggaagagagctcggatagcgac
ggagagacggacgagacggagcagaagctgatccggaaagtgtccacgtcaggacagtta
cgtgccaagaaaagtgtaaaggaagggatcctattgaaacagaccagttctttccagaga
tggaagaggaggtacttcaaactgagaggccggacactttactatgccaaagactccaag
tctctgatatttgacgaggtggacctatcagacgccagcgtggccgagaccagtaccaag
aacatcaacaacagcttcacggtgatcactccattcaggaagttgatgctgtgtgctgag
agcaggaaggagatggaggattggatcggtgctctgaagtctgtacagaaatgggaaacg
tacgaggccagtctattcaatatggaacatttttctgggatgcataactggtacgcctgc
tcccacgccagacccaccttctgtaatgtgtgtagagaggccctctccggagtcacctcc
catggactgtcctgcgaagtgtgtaaattcaaagcccataagcgatgtgcggtgcgctcc
accaacacctgtaaatggaccacgctggcctccataggaaatgacatcatggagaacaac
gaaggggtctccatgcctcatcagtggttagaggggaacctaccagtcagtgcaaagtgt
atggtgtgtgacaggaactgtggcagtgtcaggagactgcaggactggagatgtctatgg
tgcaaggctattgtgcacagcagctgtaaggagcagatgggaaaggcgtgtcctctgggt
caatgtcgggtgtcaatcatccctcccacaaccctcaatagtatcgactctgacggcttt
tggaaggccacctctccctcctgcacctctcctctcctggtgctgtgtaactctaagagc
ggagacaaccaaggggttaagtttctaaggaaattcaaacagctgctcaacccagcacag
gtctttgacttgatgaacggaggaccacagctgggtctgcgtgtgttccagaagttcgct
acgtttcgtatcttggtgtgtggcggggacggcagtgttggctgggtcctgtctgaactg
gataaactcaacctgcacaaacaatgtcagctaggggtcctccctctgggtacaggtaat
gacctagccagggtgctgggatggggaggactatgtgatgatgatgctcaactgctacag
atcctggagaagctggagagagccaccaccaagatgcttgacaggtggagtgtgatgaca
tacgagctgcctaccaaacactatcccatggtgaaggaagacgattttagtcccgactcc
cccttgcaggtccacatcactcagtatgcagactctgtggcctcccacctcaccaagatc
ctggactccgacaaacatacggatgtcatatcctctgccaagtttttgtgtggaacggta
aatgattttgtagcggaggtggggagagcatacgagagagctacagagaacaaagaggag
gcagacgctatggccaagaagtgtgccctgttgaatgagaaactggacagtctggtgaag
gctctgagtgaggaggctgatgcccaggtggtcccagccggcagtgtgccaccccaggat
ggggaccaggagaggggtacagacactaccggaggggaaccccggcccccatgcaggtcc
agagaacagctgatgctgagagctaacagtctgaagaaagcactgagacagatcatagaa
caggctgagaaagtggtggatgaacagaataaacacactcatctccagcgcatgtcttcc
tcctcctccatcaagagagagaacagtgaggaactgaaagaggcagagccacgtcacgtc
agtttaagcccctcttcctcctccaccatcgtcctggagaaaccagaaagtctcagccct
ccgtctttcaacgaagatcagtgctcagagaagtgtgtaatgaacaactactttgggatc
ggtctggatgctaagatctccctggagttcaacaacaagagagatgaacatcccaagaaa
tgcagtagtcgtactaagaacaagttgtggtatggagtgatgggcaccaaggaactggta
cataagacatacaagaatctggaacaacgagtactgttggaatgtgatggtgtacctatg
tgtctgcctagtcttcagggtctagctgttctcaacatcccgagctatgcagggggaatc
aacttctggggtggaaccaaagaggacaacaattttggcgctccgtcgtttgatgataag
aagttagaggtggtggctgtgtttggcagtatgcagatggctgtatccagagtcatcaac
atccaacaccaccgcatagcacagtgtcgtcaggtgaagataactatcctaggggaggag
ggtgtaccagtacaggtggatggagaagcatggatccaacctccagggatagtcaagatc
acacacaagaacagagctcagatgctcaccagagacaggaactttgagaggactctaaca
tcatgggaggataagaggaagattgacacctaccgttcctccaggccccgcctcaactct
cagcagtctatggaatacctcacagaggaggaatgtgctcaagtacagcagctagggatg
gtggcagacacactcatcactaggataagagaggcagctaagacccataaactggtagaa
caggagttagcccatgctgtcaatgctagtgccatggtcctcactgaagcgttcccctcc
aaaccatccagccctgagtgtctgagtcgcagtacagcagtggagattgtgaacagcagt
aaagtccttcagctggagaccaggatgctgctggagggaaaactactgctggactctccc
caggaagaggaccttctctctactctcaactctctgagtgctgagctccacaagctagat
gacatacactggatttgccctgccatgcactgctcagaggaagtggatgactctgtgaga
gtgagtggtaagagtagtatgaagctaaagatgatgcccaaggtgaggaaggagagagag
aagctccacaagcagatgtccaacagctctctgtcagtggagaagtgggaaagtgaggag
gtagctgcgtggctgtactctctggggttaggggagtacagagagacttttctctccagg
gacatccagggctgccagctctcacagctgcagcggcacgacctcaaggtacaggaggac
cataggaaactgggtgccaatttgggtataggactaggcagccattttgggtctaaggca
tag
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