Eleginops maclovinus (Patagonian blennie): 134862956
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Entry
134862956 CDS
T09869
Symbol
dagla
Name
(RefSeq) diacylglycerol lipase-alpha isoform X1
KO
K13806
sn1-specific diacylglycerol lipase [EC:
3.1.1.116
]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Brite
Enzymes [BR:
emac01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.116 sn-1-specific diacylglycerol lipase
134862956 (dagla)
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GFIT
Motif
Pfam:
Lipase_3
FKS1_dom2
NXF_NTF2
Motif
Other DBs
NCBI-GeneID:
134862956
NCBI-ProteinID:
XP_063737173
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Position
4:complement(18544088..18577406)
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AA seq
1094 aa
AA seq
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MPGMVMFRRRWSVGSDDLVLPALFLFLLHCIWLVVLSVVLFGLPYGSEQSCSVTLVDHGR
GYLGILVSCLICESAIMWLSMRGSILYTQPREAVQYVIYIRLAILLVEFVYAVVGIAWLV
QYYQPCSDVTAKNLALGIVACNWLVIFSVCITLMCTFDPTGRTFVKLKATRRRQRNLTTY
TLRHRLEEGQASSWSRRLKFFMCCTRAQDTQSDAYSEVASLFAEFFRDLDIVPSDIIAGL
VLLRQRQRSKRTSILDQGNNDILAFLSGMPVTRNTRYLDLKNSVEMNMYKDVCYYMLFAL
AAYGWPMYLMRKPACGLCRLASSCPCVSVSSSRMTQAVTVEEDNCCGCNVLAIRRHFLDR
DLKQVQIVYTSCHDAVYETPFFVAVDHAKKKVVISIRGTLSPKDALTDLTGDSERLPVEE
QHGTWLGHKGMVFSAEYIKKKLEQEMILSQAFGRDLNKGTMHYGLVIVGHSLGAGTAAIL
SFLLRPQYPTLHCYSYSPPGGLFSEDAMEYSKEFVTSVVLGKDLVPRLGLSQLEGFRRHL
LEVLQKSNKPKWRIIAGGTKCIPKSELPVEDEDPQSQPAAPPSSRLWLHPSDLSIALSAS
TPLYPPGRIIHVVHNHPPESCCGQEEPTYSALWGDNKAFNEVIISPAMLNEHMPHMVMEG
LNKVLENYNKGKTALLSAAKIMVSPTEVDLNPESMFVDTSKTQQPTPTTHHRRNSSVRFV
QQAPLQKTLLRSCAQSEISLDGFSECPPPPVPVVLRGARERLTVELRDRKAPLAVMESLS
DAESLYSLDSRRSSAALRGSPMLCGLPFSLDAPIPEENPSLSSRTELLAADCLCPDTPEH
MGQVGPFFTPMDSRSTPEYPMRLSPATPRSSGHDSPALLNQSVAAQPFQPEPNANRKVLP
DGDHQQMPGVYDPGSTPNAPLSPNIDPRPRENEDWETAEKQLSGESRPAASSPPPQLSNG
NPSQAVLEFAQYLDSLFRLDGSSSPPLELSDGESESGRGSFGHGECLADGQLLDDKQLLA
RATLEPNLVPKPPRTFAGSADPSSGISLSPSFPLSSSEELNDLSPGEGVLPAMLSLRTSS
PCHCSEENTLSSMV
NT seq
3285 nt
NT seq
+upstream
nt +downstream
nt
atgcctggaatggtgatgtttcggcggcgctggtcagtcggcagtgatgacctggtgctg
cccgccctcttcctttttctattgcactgcatctggttggtggttttgtccgtggttctg
ttcggcctcccatatggctcagagcagtcctgttctgtgacgctggtggaccatggccga
gggtacctgggcatcctggtcagctgccttatctgtgagagcgccattatgtggttgagc
atgagaggcagcattctgtacacacagcccagggaagctgtgcagtacgtcatctatata
cgactagctattctcttggtggagtttgtgtatgctgtagtgggaattgcttggcttgtc
cagtattaccaaccttgctctgatgtcactgccaaaaacttggctctgggaatcgttgca
tgcaactggctcgtgatattcagcgtttgtattaccctcatgtgcacgtttgatcctact
ggtcggacttttgtcaaactgaaagccacccgtcgacgtcagcgcaacctcacgacgtac
acactcagacacaggctagaggaaggccaagccagcagctggagcaggagactgaagttc
ttcatgtgctgcacaagagcacaggatacacaatcagatgcatattcagaagtggccagc
ctatttgcagagttcttcagagacctggacattgtgcctagtgatattattgctggccta
gtacttctccgccagaggcagaggtcaaagagaacttctatcctggaccagggcaacaat
gacattttagccttcttatcgggaatgcctgtcactcgtaatactcgatacctggacctt
aagaactcggtcgagatgaacatgtacaaggatgtgtgttattacatgctcttcgccctg
gctgcatatggttggcccatgtacttaatgaggaagcctgcctgcgggctgtgccgcctt
gccagctcctgcccctgtgtatcagtgtccagctcgcggatgactcaggctgtgacagtg
gaggaggacaattgttgcggctgtaatgtcctggccatacggagacacttcctcgacaga
gaccttaagcaggttcagattgtctacacatcctgccacgatgctgtttacgagactccg
ttttttgtggcagtggatcatgcaaaaaagaaagttgtcataagtatcagaggaaccctg
tctccaaaggacgccttgacggatctgacgggggattctgaacgtttgcccgtagaggag
cagcatgggacctggcttggccacaaggggatggttttctcagcagaatatattaagaag
aaactggagcaggaaatgatcttatcacaagcctttggacgagacttgaacaagggcacc
atgcactatgggctggtcatagtcgggcactctcttggtgcaggcactgctgctatcctc
tccttcctgctgagacctcagtatcccacacttcactgctactcttactctccacctggt
ggcctttttagtgaggatgccatggagtactccaaagagtttgtcacatctgtggtatta
ggaaaagacctggtaccaaggctgggcctgtcacaactggagggtttccgacgccacctt
ctggaagtcctgcagaaaagtaacaagccaaagtggaggatcattgcgggaggcacgaaa
tgcatcccgaaatccgagcttccagtagaggatgaagatcctcagtctcagccagcagcg
cctcccagcagtcgcctgtggctccaccccagtgacctcagcattgccctttcagcctcc
acccccctctaccctcccggcaggataatccatgtggtgcacaaccatcctccagagtct
tgctgtggccaggaggagccaacttactcagctctgtggggagacaacaaggccttcaat
gaggtcatcatatcacccgccatgctcaatgagcacatgccgcacatggtgatggagggg
ctcaacaaggttttggagaactacaacaaagggaaaactgctttgctctcagcagcaaag
atcatggtgagccccacagaagtggacttgaacccagagagcatgttcgtggatacatca
aaaactcagcagccgacgcctacaacccaccaccgcaggaacagtagtgttcggttcgta
cagcaggcaccactacaaaaaacattgttacgttcttgtgcccagtctgaaatatccctg
gatggtttctctgagtgccctcctcccccagttcctgtagtgctgcgtggagcacgggag
cgtctgacagtggagctgagggaccgcaaagcacctttggctgtcatggagagtctgtct
gacgcagaatccctctacagtctggattcccgacgctcctctgcggcacttaggggttca
ccaatgctgtgcggcctcccgttctctttggatgccccgatccctgaggagaacccgtct
ctcagctctcgcactgaactcctggctgccgactgcctctgtccggacacaccagagcac
atgggccaggtcgggcctttctttaccccaatggactccagatccaccccagagtacccc
atgcggctgtctcctgctacacctcgcagcagtggacatgattccccagctctgctaaac
cagagcgtcgcggctcagccttttcagccagagcctaacgccaaccgaaaagtgcttcct
gatggggaccaccaacagatgcctggtgtctatgatccagggagcactcctaatgctccc
ctcagcccaaacattgatcctagacctagagaaaacgaagattgggagacggcagagaaa
cagttaagtggagaatccagaccggcagcttctagtcctccaccccaactatccaatgga
aaccccagccaggcggtgctggagttcgctcagtacttagactctcttttcagactggac
ggcagcagctccccgcctctggagctgtcagacggggagtcagagtcaggccggggctcc
tttgggcacggggagtgtctcgcagatggacagctgttggatgacaaacaacttcttgcc
agagcaacactggagcctaacttagtccccaagcccccacgcacttttgctggatctgct
gacccctcctcaggcatctctctgtccccatccttccctctttcgtcgtctgaggagctc
aacgacctttcccccggcgagggcgtcctgccagccatgctgtccctacgaacatctagc
ccttgccactgttctgaagagaacacactatcatctatggtgtag
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