Silurus meridionalis (southern catfish): 124377462
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Entry
124377462 CDS
T08004
Name
(RefSeq) phospholipase B1, membrane-associated-like
KO
K14621
phospholipase B1, membrane-associated [EC:
3.1.1.4
3.1.1.5
]
Organism
smeo
Silurus meridionalis (southern catfish)
Pathway
smeo00564
Glycerophospholipid metabolism
smeo00565
Ether lipid metabolism
smeo00590
Arachidonic acid metabolism
smeo00591
Linoleic acid metabolism
smeo00592
alpha-Linolenic acid metabolism
smeo01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
smeo00001
]
09100 Metabolism
09103 Lipid metabolism
00564 Glycerophospholipid metabolism
124377462
00565 Ether lipid metabolism
124377462
00590 Arachidonic acid metabolism
124377462
00591 Linoleic acid metabolism
124377462
00592 alpha-Linolenic acid metabolism
124377462
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
smeo04131
]
124377462
Enzymes [BR:
smeo01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.4 phospholipase A2
124377462
3.1.1.5 lysophospholipase
124377462
Membrane trafficking [BR:
smeo04131
]
Exocytosis
Calcium ion-dependent exocytosis
Phospholipases
124377462
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Lipase_GDSL
Lipase_GDSL_2
Motif
Other DBs
NCBI-GeneID:
124377462
NCBI-ProteinID:
XP_046692915
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All DBs
Position
23:14344882..14370533
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AA seq
1095 aa
AA seq
DB search
MKMMDARQMFVLLSLLSGAVFGRNLPEKPNKRLYWPCSDTSVGTVKPSSVHSLRPADITV
FSGVGLPRAPGSVMSSVISSLHDVMSMFSPEFSSVLPDGFNSVQSSGLVNQAEQAVSLLN
SQQSDWKLVIVFIPVDRQCMCAEQVTIVAQEVDAALQVLHSELKQAIVSVALQEAEDNNR
HNRMCSCPLVDSVEELRLEFAIYSHGLLEVLKTTLREKDWYTREDFTVQLQDIPLFSDVN
RYELTLEIFENQNDLQAQILFRQLWENLLQPNTKNENLNNFNIPMIRCPTEHQPFLRTEK
NSPSTMSPSSREADPAADNVLGTNMDCEDLSPSNTIPTSVHALRPADIRVVGAVGDSLTA
GNGVASTNLVDVLTQYRGLSWSIGGDGNLSTATTLPNILRVFNPDLTGFSVGTGKQNSKQ
AFLNQAVAGAKSSDMQRQVEALVQRMKTDNRINFYSDWKVITMFIGGNDFCDSCQKPMYF
SPENFVNRIKVALDFLHSEVPRAIVNLVEPIHITPLRVMHQDSTLRCPTWLVNILCSCVI
SPEDGSDALQDIEVRNRAYQRVLRELVESGRYDTHSNFTVVLQPFLRDIAVPMLDGRPDR
SFFSPDCFHLSQKAQTLMARALWNNMIEELENKTHKQDFSIGLQTKCPSQTSPFFQTFVN
SNYTYKSPLPPPPQIPNWGSDFSCTETKPSISIPNSVHHLRPADIRVIAALGDSVTAALG
TKSQNYTQFHTEYRGVSWSIGGDYSLDTTTTLPNILRQFNPFLKGFSTGDGVSAKDGFNM
AVSGATASGLIDQVNRLIQALKSSEHVDFKMDWKLITVFVGVSDLCQYCMDQNNFLPQNY
SHHLTNALDLLYKEVPRVLVNVLTVPEIEVLRMVMKSSLGCSFFPRDVCPCLMTPADNSS
ELMALKLINQEYQTELERLISGQRYDGHEDFTVVLQPYLQNTTIPSDKDGNPDLSYFTLD
CFHFSERAQAEMAISLWNNMLEPVGNKQTFNNFTYDRTKLKCPTETLRPFIYTKMNSHPD
YFTTSTSTPVSSTAVSSTPAPCTGGIPVWVPAIFGVAGLLLGWGVTWLFMRRFIKKQKNE
AKVRERETEIKGTSF
NT seq
3288 nt
NT seq
+upstream
nt +downstream
nt
atgaagatgatggatgcacgtcagatgttcgttcttttgtccttgctctcaggggcagtg
tttggtcgcaatttacctgagaaacccaacaagagactctactggccttgttctgatact
tctgttggcacagtcaaaccttcttcagtgcattcactgaggcctgcggacattacagtt
ttctctggtgttggacttccgcgtgccccaggcagtgtaatgtcatcagttataagcagc
cttcacgatgtgatgtccatgttcagtcccgagttttccagtgtgttacctgatggattt
aactctgtacaatccagtggtctggtaaatcaggctgaacaagcagtttccctactgaac
tcccaacagtctgactggaagctggtgattgtcttcataccagttgatcgacagtgtatg
tgtgctgagcaggtcactattgtggcacaggaagtggatgctgctctacaagtgctgcac
tctgagctaaaacaggccatagtgagtgttgccctccaggaagctgaagataacaacaga
cacaatagaatgtgctcttgtccactggtagattcagttgaagagctgcgcttggaattt
gcaatttattcacatggtcttttggaagttttaaaaacgacacttagagagaaggactgg
tacaccagagaggatttcactgtgcagcttcaggacattcctctgttttcagatgtcaac
cgttatgagttgactttagagatttttgagaatcagaatgaccttcaagcacagatactc
tttcggcagctctgggaaaaccttctccagccaaacaccaagaatgagaacctgaacaac
tttaatataccaatgatacggtgtccaactgagcatcaaccgtttctcagaacagagaag
aactctccatccacaatgagtccatcatccagagaagctgatccagctgctgataatgta
ttgggcactaacatggattgtgaagacctaagtccctccaacacaatcccaacctcagtg
catgcattaaggccggctgacatccgagttgtgggagcagttggtgattccctaacggca
gggaatggtgttgcgtctacaaacctggtggatgtgctgacacagtacaggggattatca
tggagcattggaggagacggcaacctgtctactgccactacacttcccaacatcctgcgt
gtatttaatccggatcttacaggattttcagttggaacagggaaacagaacagcaaacaa
gctttccttaaccaggccgtggcaggagccaagagctctgacatgcagaggcaagttgaa
gcactggtccaaagaatgaagactgataatcgtatcaatttttattcagattggaaggtg
atcaccatgttcatcggaggcaatgatttttgtgactcgtgccaaaaaccaatgtatttt
tccccggagaactttgttaaccgaattaaggtagcactggacttcctccactctgaggtt
cctcgtgctattgttaatctggtggagccaattcacatcaccccactgagagttatgcac
caggactccactctgcgctgccccacatggcttgtgaacatactctgttcctgcgttatt
tcaccagaagatggatcagacgctttgcaggacatagaagttcggaatagagcttatcag
agagtgctgagagagttggtggagtctggccgttatgacacacactctaacttcactgtg
gtgctacagccttttcttagggatatagcagttccaatgctggatggacgacctgatcga
tcatttttctctcctgactgtttccacctcagtcagaaggcacaaactctaatggcccgt
gctctgtggaacaacatgatagaggagctggagaataaaactcataaacaggacttttct
ataggacttcagactaaatgtccatcacagacctcacccttttttcagacctttgtgaac
agcaattacacatataaaagcccactgccccctccacctcaaattccaaactggggtagt
gatttctcctgcacagaaaccaagccatcaatcagcatccccaactcagttcatcacttg
cgccctgcggatatcagggttattgcagcactcggagattctgttactgctgcgcttgga
acaaaatcacagaattacactcagttccatacggaatacaggggagtttcatggagtatt
ggaggtgattattcattggacactactacaacactgccaaatatcctgagacaatttaac
ccatttctaaagggcttctctactggtgacggcgtgtcagcaaaagatggctttaacatg
gccgtgtctggagccacagcctctggtcttatagatcaggtgaacagacttattcaggcc
ttaaaatccagtgagcatgtagatttcaaaatggactggaagctaattactgtgtttgtt
ggggtcagtgatttatgccagtattgtatggaccagaacaattttttaccacagaactac
agtcatcacctcacgaatgctctggatctgctgtataaagaggtgcctcgtgttctagta
aatgttcttacagttccagaaatcgaggtcttaaggatggtcatgaagagttcattaggc
tgcagttttttccccagagatgtctgtccatgtctaatgactccagctgacaactcatca
gagctgatggcactaaagctcatcaatcaagaatatcagactgagttggaacggctaata
tcggggcaacgttatgatggacatgaagatttcactgttgtccttcagccttatcttcaa
aacacaaccattccttcagataaagatggaaatcctgatcttagttactttacattagac
tgcttccattttagcgagcgggcacaagctgagatggccatttctctttggaataacatg
ttggaaccagttggaaataagcagacctttaacaactttacatatgatcgcacaaaactt
aagtgcccaacagagactctcagaccatttatttataccaagatgaacagccaccctgat
tacttcacaacatctacaagcaccccagtgtccagcaccgcagtgtccagcaccccagct
ccctgtactggtggcattcctgtgtgggtaccagccatatttggggttgcaggtttactc
cttggttggggggtcacatggctatttatgcgccggtttattaagaagcagaagaatgaa
gccaaagtaagggaaagggaaacagagattaagggaactagcttctag
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