Oncorhynchus clarkii lewisi (westslope cutthroat trout): 139378798
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Entry
139378798 CDS
T10872
Name
(RefSeq) diacylglycerol kinase delta isoform X1
KO
K00901
diacylglycerol kinase (ATP) [EC:
2.7.1.107
]
Organism
ocla Oncorhynchus clarkii lewisi (westslope cutthroat trout)
Pathway
ocla00561
Glycerolipid metabolism
ocla00564
Glycerophospholipid metabolism
ocla01100
Metabolic pathways
ocla04070
Phosphatidylinositol signaling system
Brite
Enzymes [BR:
ocla01000
]
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)
139378798
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NCBI-GeneID:
139378798
NCBI-ProteinID:
XP_070977404
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Position
21:26384731..26502185
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AA seq
1090 aa
AA seq
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MASKLNPNVLYVQELRESTSSQESDRLAPPEPGEESSDSDGETDETEQKLIRKVSTSGQL
RAKKSVKEGILLKQTSSFQRWKRRYFKLRGRTLYYAKDSKSLIFDEVDLSDASVAETSTK
NINNSFTVITPFRKLMLCAESRKEMEDWIGALKSVQKWETYEASLFNMEHFSGMHNWYAC
SHARPTFCNVCREALSGVTSHGLSCEVCKFKAHKRCAVRSTNTCKWTTLASIGNDIMEDD
EGVSMPHQWLEGNLPVSAKCVVCDKNCGSVRRLQDWRCLWCKAIVHSSCKEQMGKACPLG
QCRVSIIPPTTLNSIDSDGFWKATSPSCTSPLLVLCNSKSGDNQGVKFLRKFKQLLNPAQ
VFDLMNGGPQLGLRVFQKFATFRILVCGGDGSVGWVLSELDKLNLHKQCQLGVLPLGTGN
DLARVLGWGGLCDDDAQLLQILEKLERATTKMLDRWSVMTYELPTKHYPMVKEDDFSPDS
PLQVHITQYADSVASHLTKILDSDKHMDVISSAKFLCGTVNDFVAEVGRAYERATENKEE
ADAMAKKCALLNEKLDSLVKALSEEADAQVVPAGSVPPQDGDQERGTDTTGGEPRPPYRS
REQLMLRANSLKKALRQIIEQAEKVVDEQNKHTHLQRMSSSSSIKRENSEELKEAEPRHV
SLSPSSSSSTIVLEKPESLSPPSFNEDQCSEKCVMNNYFGIGLDAKISLEFNNKRDEHPK
KCSSRTKNKLWYGVMGTKELVHKTYKNLEQRVLLECDGVPMCLPSLQGLAVLNIPSYAGG
INFWGGTKEDNNFGAPSFDDKKLEVVAVFGSMQMAVSRVINIQHHRIAQCRQVKITILGE
EGVPVQVDGEAWIQPPGIVKITHKNRAQMLTRDRNFERTLTSWEDKRKIDTYRSSRPRLN
SQQSMEYLTEEECAQVQQLGMVADTLITRIREAAKTHKLVEQELAHAVNASAMVLTEAFP
SKPSSPECLSRSTAVEIVNSSKVLQLETRMLLEGKLLLDSPQEEDLLSTLNSLSAELHKL
DDIHWICPAMHCSEEVDDSVRVSGKSSMKLKMMPKVRKEREKLHKQMSNSSLSGSWDIKG
GACETDPSGN
NT seq
3273 nt
NT seq
+upstream
nt +downstream
nt
atggcttccaaactaaacccgaatgtcttgtacgtccaagaactgcgggagtcgacgtct
tcacaggaatctgaccgcctagcaccgcccgaacccggggaagagagctcggatagcgac
ggagagacggacgagacggagcagaagctgatccggaaagtgtccacgtcaggacagtta
cgtgccaagaaaagtgtaaaggaagggatcctattgaaacagaccagttctttccagaga
tggaagaggaggtacttcaaactgagaggccggacactttactatgccaaagactccaag
tctctgatatttgacgaggtggacctatcagacgccagcgtggccgagaccagtaccaag
aacatcaacaacagcttcacggtgatcactccattcaggaagttgatgctgtgtgctgag
agcaggaaggagatggaggattggatcggtgctctgaagtctgtacagaaatgggaaacg
tatgaggccagtctattcaatatggaacatttttctgggatgcataactggtacgcctgc
tcccacgccagacccaccttctgtaatgtgtgtagagaggccctctccggagtcacctcc
catggactgtcctgcgaagtgtgtaaattcaaagcccataagcgatgtgcggtgcgctcc
accaacacctgtaaatggaccacgctggcctccataggaaatgacatcatggaggacgac
gaaggggtctccatgcctcatcagtggttagagggcaacctaccggtcagtgcgaagtgt
gtggtgtgtgacaagaactgtggcagtgtcaggagactgcaggactggagatgtctatgg
tgcaaggctattgtgcacagcagctgtaaggagcagatgggaaaagcgtgtcctctgggt
caatgtcgggtgtcaatcatccctcccacaaccctcaatagtatcgactctgacggcttt
tggaaggccacctctccctcctgcacctctcctctcctggtgctgtgtaactctaagagc
ggagacaaccaaggggttaagtttctaaggaaattcaaacagctgctcaaccctgcacag
gtctttgacttgatgaacggaggaccacagctgggtctgcgtgtgttccagaagttcgct
acgtttcgtatcttggtgtgtggcggggacggtagtgttggctgggtcctgtctgaactg
gataaactcaacctgcacaaacaatgtcagctaggggtcctccctctgggtacaggtaat
gacctagccagggtgctgggatggggaggactatgtgatgatgatgctcaactgctacag
atcctggagaagctggagagagcaaccaccaagatgcttgacaggtggagtgtgatgaca
tacgagctgcctaccaaacactatcccatggtgaaggaagacgattttagtcccgactcc
cccttgcaggttcacatcactcagtatgcagactctgtggcctcccacctcaccaagatc
ctggactctgacaaacatatggacgtcatatcctctgccaagtttttgtgtggaacggta
aatgattttgtagcggaggtggggagagcatacgagagagctacagagaacaaggaggag
gcagacgctatggccaagaagtgtgccctgttgaatgagaaactggacagtctggtgaag
gctctgagtgaggaggctgatgcccaggtggtcccagccggcagtgtgccaccccaggat
ggggaccaggagaggggtacagacactaccggaggggaaccccggcccccatacaggtcc
agagaacagcttatgctgagagctaacagtctgaagaaagcactgagacagataatagaa
caggctgagaaagtggtggatgaacagaataaacacactcatctccagcgcatgtcttcc
tcctcctccatcaagagagagaacagtgaggaactgaaagaggcagagccacgtcacgtc
agtttaagcccctcttcctcctcctccaccattgtcctggagaaaccagagagtctcagc
cctccgtctttcaacgaagatcagtgctcagagaagtgtgtaatgaacaactactttggg
atcggtctggatgctaagatctccctggagttcaacaacaagagagatgaacatcccaag
aaatgcagtagtcgtactaagaacaagttgtggtatggagtgatgggcaccaaggaactg
gtacataagacatacaagaatctggaacaacgagtactgttggaatgtgatggtgtacct
atgtgtctgcctagtcttcagggtctagctgttctcaacatcccgagctatgcgggggga
atcaacttctgggggggaaccaaagaggacaacaattttggcgctccgtcgtttgatgat
aagaagttagaggtggtggctgtgtttggcagtatgcagatggctgtatccagagtcatc
aacatccaacaccaccgcatagcacagtgtcgtcaggtgaagataactatcctaggggag
gagggtgtaccagtacaggtggatggcgaagcatggatccaacctccagggatagtcaag
atcacacacaagaacagagctcagatgctcaccagagacaggaactttgagaggactcta
acatcatgggaggataagaggaagattgacacctaccgttcctccaggccccgcctcaac
tctcagcagtctatggaatacctcacagaggaggaatgtgctcaagtacagcaactaggg
atggtggcagacacactcatcactaggataagagaggcagctaagacccacaaactggta
gaacaggagttagcccatgctgtcaatgctagtgccatggtcctcactgaagcattcccc
tccaaaccatccagccctgagtgtctgagtcgcagtacagcagtggagattgtgaacagc
agtaaagtccttcagctggagaccaggatgctgctggagggaaaactactgctggactct
ccccaggaagaggaccttctctctactctcaactctctgagtgctgaactccacaagcta
gatgatatacactggatctgccctgccatgcactgctcagaggaagtggatgactctgtg
agagtgagtggtaagagtagcatgaagctaaagatgatgcccaaggtgaggaaggagaga
gagaagctccacaagcagatgtccaacagctctctgtcaggatcttgggatattaaaggt
ggggcatgtgagacggatccttcaggcaattga
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