Oncorhynchus masou masou (cherry salmon): 135557914
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Entry
135557914 CDS
T10723
Name
(RefSeq) diacylglycerol lipase-alpha-like isoform X1
KO
K13806
sn1-specific diacylglycerol lipase [EC:
3.1.1.116
]
Organism
omm Oncorhynchus masou masou (cherry salmon)
Brite
Enzymes [BR:
omm01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.116 sn-1-specific diacylglycerol lipase
135557914
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Gene cluster
GFIT
Motif
Pfam:
Lipase_3
FKS1_dom2
EndIII_4Fe-2S
Motif
Other DBs
NCBI-GeneID:
135557914
NCBI-ProteinID:
XP_064847695
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All DBs
Position
2:complement(27686976..27742056)
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AA seq
1236 aa
AA seq
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MPGMVMFRRRWSVGSDDLVLPALFLFLLHCIWLVVLSVVLFGLPYGSDQSCSVTLVDHGR
GYLGILVSCLICESAIIWLSMRGSILYTQPREAVQYVIYIRLAILLVELVYAVVGIAWLF
QYYQPCSDVTAKNLALGIVVCNWLVIFSVCFTLMCTFDPTGRTFVKLKATRRRQRNLTTY
TLRHRLEEGQASSWSRRLKFFMCCTRAQDTQSDAYSEVASLFAEFFRDLDIVPSDIIAGL
VLLRQRQRSNRGAILDQANNDILAFLSGMPVTRNTKYLDLKNSTEMGMYKEVCYYMLFAL
AAYGWPMYLIRKPACGLCRLASSCHCTSGSGSRLSQTVTVEEDNCCGCNVLAIRRHFLDR
ELKQVHVVYTSWHDAVYETPFFVAVDHGKKKVVISIRGTLSPKDALTDLTGDSERLPVEE
QHGNWLGHKGMVYSAEYIKKKLEQEMILSQAFGRDLGKGTMHYGLVIVGHSLGAGTAAIL
SFLLRPQYPTLQCYSYSPPGGLLSEDAMEYSKEFVTSVVLGKDLVPRIGLSQLEGFRRHL
LEVLQKSDKPKWRIIAGGTKCIPKSELPVDDGPQPHAAPVPPSTRLWLHPSDLSIALSAS
TPLYPPGKVIHVVHNHPSETCCGQEEPTYSALWGDNKSFNEVIISPAMLNEHMPHMVMEG
LNKVLEPFGLSSEQAGAEPMEDEGQPASTVVVITSETELPSTPLLSDTSSNPHKDSLSPS
PLSDTSSNPHKDSLSPFPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLSNTSSNP
HKDSLSPSPLSDTSSNPHKDSLSPFPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSP
LSNTSSNPHKDSLSPSPLSNTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLSNTSSNPH
KDSLSPSPLSDTSSNPHKDPLSPSPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPL
SDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLSDTSSNPHK
DSLSPSPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLSDTSSNPHKDSLSPSPLS
DTSSNPHKDSLSPSPLSDTHKDLSFPCSLSDCPSTAKIELPSTPLRYAICSPNTLYPSSY
RGSLSPTEPSNTSPQIDQTFISHVDQPAVSHVDQPAVSHVDQPAVSHVDQPAVSLLSNGP
STQETDLFSTPLCHTHSLSLKHQVPPQTDLPFPPQS
NT seq
3711 nt
NT seq
+upstream
nt +downstream
nt
atgcctggtatggtgatgtttcggcggcgctggtcagttggcagtgatgacctagtgctg
cccgccctcttcctctttctactgcactgcatctggctggtggttctgtctgtggttctg
ttcggcctgccctatggttcagaccagtcctgctcggtcaccctggtggaccatggccgg
ggctacctgggcatcttggtcagctgcctgatctgtgagagcgccatcatatggctgagt
atgagaggcagcatcctctacacacagcccagagaagctgtgcaatatgtcatctacata
cgactagccatcttgttggtggagttggtatatgcagtggtggggatcgcctggcttttc
caatactaccaaccgtgctctgatgtcactgccaagaaccttgctttggggattgtagtg
tgcaattggctggtgattttcagcgtgtgcttcaccctcatgtgtacctttgaccccacg
ggacgtacctttgtcaaactgaaagccacccggcgacgccaacgcaacctcaccacctac
accctcagacaccggctagaggagggccaagccagcagctggagcaggagactgaagttc
ttcatgtgctgcacccgagcccaggacacacagtctgatgcgtattccgaggtggccagc
ctgtttgcagagttcttcagagatctggacattgtgcctagtgacatcatagctggcctg
gtgctgcttcgccagagacagaggtctaacagaggtgccatcctggaccaggccaacaat
gacattttagccttcttatctggaatgcctgtaactcgcaacaccaaatacctggacctt
aagaactcaacggagatgggcatgtacaaggaggtgtgttactacatgctgtttgccctg
gcagcgtatggctggcccatgtacctgataaggaagcctgcgtgtgggctgtgccgcctg
gccagctcctgccactgtacatcagggtctggctccaggctgtcccagacagtgacagtg
gaggaagataactgctgtggctgtaacgtcctggctatccgccgccacttcctggacaga
gagctgaagcaggtccatgttgtctacacatcctggcacgacgcggtttacgagacacct
ttctttgtggctgtggatcatgggaaaaagaaagttgtcatcagcattcgaggaaccctg
tcccccaaagatgccctgacggatctcacaggggactctgagcgtctgccagtggaggag
cagcatggaaactggctgggccacaaggggatggtttactcagcagagtacattaagaag
aaactagagcaggaaatgatcttgtcacaagcctttggaagagatttgggtaagggaacc
atgcactacgggctggtgatagtgggacactcccttggtgccggtactgcagccatcctg
tccttcctgctccgcccccagtaccccacactgcagtgctactcctactctccaccaggt
ggccttctgagtgaggatgccatggagtactccaaagagtttgtcacttctgtcgttttg
ggaaaggaccttgtcccaaggattggtctctctcagttggaggggtttcggcgccacctg
ctggaagtcttacagaagagcgacaagcccaagtggaggatcattgcagggggcactaag
tgcattcctaagtccgagctgcctgtggacgacggcccccagccccatgcagcccccgtg
ccccccagcacccgtctctggctgcatcccagtgatctcagcatcgccctgtcagcctcc
acccccctctaccccccgggcaaggtcatccacgtggtccacaaccacccctcagagaca
tgctgtggacaggaggagcccacctactcagctctctggggggataacaagtctttcaac
gaggtcatcatctcccctgccatgctaaacgagcacatgcctcacatggtgatggaggga
ctcaacaaggtactggaaccatttggtctcagttctgagcaggcaggtgcagagccgatg
gaggatgagggccaaccagccagcactgttgtggtcataacctctgaaacagagctgccc
tctacacctctgctttcagatacctcctctaacccccacaaagactcactctctccctct
cctctttcagatacctcctctaacccccacaaagactcactctctccctttcctctttca
gatacctcctctaacccccacaaagactcactctctccctctcctctttcagatacctcc
tctaacccccacaaagactcactctctccctctcctctttcaaatacctcctctaacccc
cacaaagactcactctctccctctcctctttcagatacctcctctaacccccacaaagac
tcactctctccctttcctctttcagatacctcctctaacccccacaaagactcactctct
ccctctcctctttcagatacctcctctaacccccacaaagactcactctctccctctcct
ctttcaaatacctcctctaacccccacaaagactcactctctccctctcctctttcaaat
acctcctctaacccccacaaagactcactctctccctctcctctttcagatacctcctct
aacccccacaaagactcactctctccctctcctctttcaaatacctcctctaacccccac
aaagactcactctctccctctcctctttcagatacctcctctaacccccacaaagaccca
ctctctccctctcctctttcagatacctcctctaacccccacaaagactcactctctccc
tctcctctttcagatacctcctctaacccccacaaagactcactctctccctctcctctt
tcagatacctcctctaacccccacaaagactcactctctccctctcctctttcagatacc
tcctctaacccccacaaagactcactctctccctctcctctttcagatacctcctctaac
ccccacaaagactcactctctccctctcctctttcagatacctcctctaacccccacaaa
gactcactctctccctctcctctttcagatacctcctctaacccccacaaagactcactc
tctccctctcctctttcagatacctcctctaacccccacaaagactcactctctccctct
cctctttcagatacctcctctaacccccacaaagactcactctctccctctcctctttca
gatacctcctctaacccccacaaagactcactctctccctctcctctttcagatacccac
aaagacctttcctttccctgttctctttcagattgtccctctactgccaaaatagagctg
ccatctacccctcttagatacgccatctgttccccaaacacactctacccctcctcttat
agaggtagtctttcccccactgaaccatcaaatacctccccgcaaatagaccaaactttt
atctcccacgttgaccaacccgccgtctcccacgttgaccaacccgccgtctcccacgtt
gaccaacccgccgtctcccacgttgaccaacccgccgtctccctattatcgaatggcccc
tctactcaggaaactgacttgttctctacacctttgtgtcacacccactctctctccctc
aagcatcaagtaccaccccaaacagacctaccctttcccccacaatcatga
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