Myxocyprinus asiaticus (Chinese sucker): 127454956
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Entry
127454956 CDS
T08782
Name
(RefSeq) phospholipase B1, membrane-associated
KO
K14621
phospholipase B1, membrane-associated [EC:
3.1.1.4
3.1.1.5
]
Organism
masi
Myxocyprinus asiaticus (Chinese sucker)
Pathway
masi00564
Glycerophospholipid metabolism
masi00565
Ether lipid metabolism
masi00590
Arachidonic acid metabolism
masi00591
Linoleic acid metabolism
masi00592
alpha-Linolenic acid metabolism
masi01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
masi00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
127454956
00565 Ether lipid metabolism
127454956
00590 Arachidonic acid metabolism
127454956
00591 Linoleic acid metabolism
127454956
00592 alpha-Linolenic acid metabolism
127454956
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
masi04131
]
127454956
Enzymes [BR:
masi01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.4 phospholipase A2
127454956
3.1.1.5 lysophospholipase
127454956
Membrane trafficking [BR:
masi04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
127454956
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Lipase_GDSL
Lipase_GDSL_2
LapA_dom
Phage_holin_2_4
Motif
Other DBs
NCBI-GeneID:
127454956
NCBI-ProteinID:
XP_051578454
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All DBs
Position
17:29729461..29757076
Genome browser
AA seq
1095 aa
AA seq
DB search
MDLMGFSNKQRDVLRVPWRRSVTHLASADESSLGSYLLCANSSTSPNTPASVNSLRPADV
SVVSALVLSDTERSDEIRALNRLSEILMTFNPDVSTVLPDQRIFMDNTEDIMQSLSPTQW
KLLLLFVPVNELCVCPGQDLKTVIDKTVGRVEKELDDLHKKLKNTLVHVVVWSGLPSVES
HSRVCQCQCEEGYNENRHRLDTIVLMSSLQESIGALLERRDWFSDREDFSVMLQSTPVYA
DHSPSVDKSSRSDSYDISILALQLWTNLLQPMVSEAELEGRGFFSIPCPTEERPYLRTQL
NSQPELRILDPSPLLDPVMGTEFTCEDKTPSPTIPTSVHTLRPADIKVVAAMGDSLTAGN
GVGAAQNNLLGVFTEYRGLSWCIGGDENLTTVTTLANILKEFNPSLTGYSLGRGSENSKQ
SFLNQAVPGAKADDMANQARAVIKRMKEDSRIDFQNDWKIITIFIGGNDLCAHCSDTLYY
SPDNIVKRIREALDILHSEVPRALVNLVELLDIVPLRRMHQDPSLGCPTRLVNMMCRCVL
KPKDGSREFHMLQDFNKAYQRGMRELVESGQYDTHDNFTVVLQPFFRNVFLPVLEDGKPD
RSYFSPDCFHLSQKAHTLMARALWNNMLEPLGNKTDSQDFTAGMSLQCPEKSVPYLRTYH
NSNYTYETPPPPPPPVTNWGSDFSCVDTAPSDTVPTSVHRLRPGDINVVAAVGDSLTAGF
GAKANNILQLLDEERGVSWSIGGDDHLETVTTLPNILKKFNPNVFGFSKGKDKPPNGFNM
AVSGAKANNIPVQVMDLITALKSSTNVDFERDWKLVTLFIGGNDLCQYCLDRDSLSPHKY
IGYIRDSLDMLYNEVPKVLVNFVQILEIKELRKIKRDTLGCSLLQENLCPCFLSPGENSP
ELSEMNKINRDLQTETERLVYGGRYDKREDFAVVLQPFFKNSIVPMMGDGTPDISFFSAD
CFHFTERGHAEMAISLWNNMLEPIGSKQTYNNFTYDRSKIHCPTKEHPFIFTRVNSMNDD
SDVSTTSIPTTVAPGTPLPIDCSKDLVPAWAAAILAVVGLLIGWVVSWIFFYYRERRNRR
KKQSACETEMKGTSF
NT seq
3288 nt
NT seq
+upstream
nt +downstream
nt
atggacctgatgggcttctcaaataaacagagggatgttctgagagtgccatggagacgc
agtgttacacatttagcatctgcagatgagtccagtctgggaagctacctgttatgtgct
aattcatccacttcacccaatactccagcttctgtaaattctctcaggccagctgatgtg
tctgtggtatcagcactggttttgtctgatacggaaagatctgatgaaattagagcccta
aacagactgtcagaaatattgatgacttttaaccctgatgtgtcaactgtgctacctgac
cagaggatttttatggataacacagaggatattatgcagtctctcagccccactcagtgg
aagctcctcctgctctttgtaccagtcaatgagctctgtgtgtgtccaggccaggacctc
aaaacagtcattgataaaacagtgggcagagtagaaaaggaactagacgaccttcacaaa
aagttgaaaaacacactggttcatgttgttgtgtggagtggactgccaagtgttgaatct
catagccgagtgtgccagtgccagtgtgaggagggatacaatgaaaatagacacaggctg
gatacaatagtgcttatgtcttccttacaggagtcaattggtgctcttctagagaggaga
gactggttcagtgaccgtgaggatttcagcgtaatgcttcagtccactccagtgtatgca
gatcacagtccttcagtggataaatctagtagatctgactcatatgacataagtatattg
gctttacaactctggacaaatttgctgcagccaatggtaagcgaggctgagttggagggg
aggggctttttcagcattccttgccctactgaggaaaggccgtacttgcgcacacagcta
aactctcagcctgagctcagaatcttagatccttctccacttctagatccagttatgggg
actgagttcacctgtgaggacaagacaccatcccccaccatccccacatcagtccacacc
ctgcggccagcagacataaaagtggtggcagcgatgggggactctttgacggcaggcaat
ggggtgggtgcagcgcaaaacaacctcctgggtgtgttcacagagtatcgcggactgtca
tggtgtattggaggagatgagaaccttacaactgtgaccactttagcaaatattctgaaa
gagtttaacccttcactcactggctactcacttggacgaggaagtgagaattctaaacag
agttttctgaaccaggcggttccaggagccaaagccgatgatatggccaatcaagctcgt
gctgtcattaaaagaatgaaagaagactcgcgaattgatttccaaaacgattggaagatt
atcaccatcttcattggcggaaatgacctatgtgcccactgctctgataccctatattat
tctcctgataacattgtgaagcgcatacgtgaggctctggacatattacacagtgaggtt
cctcgtgctttggtgaatcttgtggagctccttgatatagttccactgcgccgcatgcat
caggaccccagtctcggctgccctacccggctggtcaatatgatgtgccgctgtgtcctg
aagcctaaagatggatctcgggaattccacatgttgcaggatttcaacaaagcctatcag
cgtggaatgagggagttagtggagtccgggcaatatgacacacatgataacttcaccgtg
gtcctgcaaccattctttagaaacgtgtttctccccgtgctggaggatggaaagcctgac
cggtcctatttttctccagattgctttcatctcagtcaaaaagctcacactctcatggct
cgtgctctctggaacaacatgctggagcctttaggtaataagacagatagtcaagatttt
actgcaggtatgtctcttcaatgccctgaaaagtccgtcccctacttgaggacctatcac
aacagcaattacacatatgaaaccccgcctcctcctcctccacctgtcacaaattgggga
agcgatttctcatgtgtggacacagcaccctctgacactgtgccaacatctgttcacaga
ctgcgaccaggtgacattaatgtggtggcggctgtgggagattcacttactgctggtttt
ggtgcaaaagctaacaacattctgcagttgctggatgaggagcgaggggtttcctggagc
attggtggggatgatcatttggagacagtcaccacactgcctaatatccttaagaaattc
aatccaaatgttttcggcttctcaaaggggaaggataaaccgccaaacggcttcaatatg
gcagtgagcggcgccaaagcaaataatataccagtacaagtgatggatcttatcacggct
ttaaagagcagcacgaatgtggactttgaaagggactggaagctggtgacactgtttatc
ggaggaaatgacctttgccagtactgtcttgaccgggactctctatcccctcataagtac
atcggttacatcagagacagtctggacatgctgtacaatgaggttcccaaagtgctggta
aattttgtgcaaatcttagagatcaaggagctgcgtaaaataaagagagacacactgggc
tgcagcctcctgcaagagaacctgtgcccatgttttttgagtcccggtgagaactcacca
gaactgagtgaaatgaacaagatcaacagggatctgcagacggaaaccgagaggctggta
tatgggggtcgttatgacaaaagagaggactttgcagtggtgttacagcccttcttcaag
aactctattgttccaatgatgggggatggcacaccagacattagcttcttctctgcagac
tgctttcatttcactgagcgcggacatgcagagatggctatctcactctggaataacatg
ctggagcctatagggagcaaacaaacctacaataatttcacatatgaccgtagtaagatc
cattgtcccacaaaggaacatccatttatctttacacgggtaaacagcatgaacgatgac
tctgacgtctctaccacttccatacccaccacagtggcaccaggcaccccgctccctata
gactgctcaaaggatttagtgccagcctgggcagccgccattctggctgtagtgggtttg
ctaataggttgggttgtatcctggatattcttttactacagagaacgaaggaacaggagg
aaaaaacagagcgcctgtgaaactgaaatgaaaggaactagtttctga
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