Salmo trutta (river trout): 115197354
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Entry
115197354 CDS
T08542
Name
(RefSeq) uncharacterized protein LOC115197354
KO
K03927
carboxylesterase 2 [EC:
3.1.1.1
3.1.1.84
3.1.1.56
]
Organism
stru
Salmo trutta (river trout)
Pathway
stru00983
Drug metabolism - other enzymes
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09100 Metabolism
09111 Xenobiotics biodegradation and metabolism
00983 Drug metabolism - other enzymes
115197354
Enzymes [BR:
stru01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.1 Carboxylic-ester hydrolases
3.1.1.1 carboxylesterase
115197354
3.1.1.56 methylumbelliferyl-acetate deacetylase
115197354
3.1.1.84 cocaine esterase
115197354
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GFIT
Motif
Pfam:
COesterase
BD-FAE
Abhydrolase_3
Peptidase_S9
Say1_Mug180
Esterase
Gal11_ABD1
Proteasome
Motif
Other DBs
NCBI-GeneID:
115197354
NCBI-ProteinID:
XP_029614635
Ensembl:
ENSSTUG00000003851
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All DBs
Position
7:complement(37939182..37979995)
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AA seq
1092 aa
AA seq
DB search
MKEPTGLLRLSLSIGLLFLYTLAESNAPVVQTKLGGLRGQYVSVKGKETVVQAYLGVPFA
KPPVGPLRLAPPQPVEGWEGVRDATQQPLMCLQDRQITKDLYSNLSMTVEIPEVSEDCLY
LNIYTPVKPAEKTRLHVMVWIHGGGFIMGSASGYDGSVLAAYQDVVVVLIQYRLGLLGFF
STGDKYAPGNMGLIDQVEALRWVQEHIHNFGGDSKSVTIFGESAGGASVSLLLLSPLSIG
LFHGAIAESGTAAMTMLFNPNPLLVAQTVANLIGCESTNTEKIADCVKKLTADHIMNIQK
QNQMLFFGVTADGQFLSKSAMEISQNHEMHKVPFMTGANDNEGGWLLAKLFAPPGWEDGV
DRVKVMRSMEMFYPDPKNQWITELIADEYLGTSGNRVKNRDGFTELVGDIMFTIPALQTA
NFHRDAGVPVYLYEFQQTASMFKKMRPSFVGSDHGDELMFVFGLCFTSYFIMDGCAEKDE
QLSRIMMSYWGNFARTGSPNGAGLVQWPQYGLEGDYLGIGLEQVPGQHLKRDRFTFLTQT
VPEKLRFGREKMEQSDLPKTGPVVQTKLGGLRGQYVSIKGKETVVQAYLGVPFAKPPVGP
LRLAPPQPVEGWEGVRDATQQPLMCLQDRQLTVDLAFNWSIKVEIPVVSEDCLYLNIYTP
AKPAENTKLPVMVWIHGGGFIMGSASTYDGSALAAYQDVVVVLIQYRLGLLGFFSTGDKY
APGNMGLLDQVEALRWVQEHIHNFGGDSKSVTIFGESAGGVSVSLMLHSPLSAGLFHRAI
AESGTAAMDAIIHSDPLSVAQMVATILGCNSSNTEQIADCVEKMTADDIVNVHKQNQMLR
IGVTVGGHFLPKLLTESFHNHEMHKVPFMTGTNTDEGWLLANMMAPPGWVDGIDREQVMP
LLALCYPDSKDQWITELIADEYLGTSGDRIKNRDGFIELVGDALFTIPALTTAGFHRDAG
VPVYLYEFQQTPSMLKKMRPSFVGSDHGDELMFVFGYCFTTSHVTIDALCTEEDEQLSGI
MMSYWGNFARTGSPNGIGLVQWPQYGPEGDYLGIGLEQVPGQHLKRDRFTFMTKILPEKV
HLVQEKIKHSEL
NT seq
3279 nt
NT seq
+upstream
nt +downstream
nt
atgaaggaacctacaggcttactgagactttccctgtcaattggcctactatttctgtat
actttggccgaatccaatgcacctgtggtccagaccaaactggggggactgagagggcag
tatgtgagcgtaaaggggaaggagacggtggttcaggcctacctgggtgtgccgtttgcc
aaaccacctgttggccccctgagactggccccgccccagcctgtagagggatgggaggga
gtaagggacgccacccagcagcctctcatgtgtcttcaagacagacaaattacaaaagac
ctttactccaatttgtccatgacagtggaaatcccagaggtgtcagaagattgtctttat
ctcaacatttacactccagttaaacctgctgagaaaacaaggcttcatgtcatggtttgg
atccatggtggcggattcatcatgggctctgcatcaggatatgatggttctgttttggct
gcataccaggatgtggttgtggtgctgattcaataccgtttgggactgctggggttcttc
agcacaggagacaagtatgccccagggaacatgggattaattgaccaggtggaagctttg
cggtgggtccaggagcacatccacaactttgggggcgactccaagtcggtcaccatattt
ggagagtctgctggtggagcaagtgtatcgttactgcttctctctccattgtctattggt
ctgttccatggtgcgatagccgaaagtggtaccgcagcaatgaccatgctcttcaatccc
aatcccctgcttgtggcacagacggtggcaaacctgattggctgtgaaagcaccaacaca
gagaagatagcagactgtgtgaagaagttgaccgctgatcacattatgaacattcagaaa
cagaatcaaatgctattctttggtgtgactgctgacgggcagttcttgtccaaatcggca
atggagatttctcaaaaccatgagatgcacaaggtgccgtttatgactggagccaatgac
aacgaaggtggctggctgttagcaaagttatttgctcctccaggttgggaggatggagtg
gaccgggtgaaggtcatgcgcagtatggaaatgttctaccctgatcccaagaatcagtgg
ataactgagctgatagcagatgaatacctgggaacctctggaaatcgggtgaaaaaccgc
gatgggttcactgagctggttggggacattatgtttaccattcctgccctccaaacggca
aacttccacagagatgcaggtgtgcctgtgtacctgtatgagttccagcaaactgccagc
atgtttaagaagatgaggccgagttttgttgggtctgaccacggagatgagcttatgttt
gtttttggattatgcttcacgtcatattttataatggatggttgtgcagagaaagatgaa
caactaagcagaatcatgatgagttactggggtaactttgctcgtacagggtctcctaat
ggggccggcctggttcagtggccacagtacggactagaaggagattacctggggataggg
ctggagcaggtacctggtcaacacctgaagagggaccgcttcaccttcctgacacagact
gttcctgagaaactgcgttttggtcgagagaagatggagcaaagtgatctgccaaaaact
gggccggtggtccagaccaaactggggggactgagagggcagtatgtgagcataaagggg
aaggagacggtggttcaggcctacctgggtgtgccgtttgccaaaccacctgttggcccc
ctgagactggccccgccccagcctgtggagggatgggagggagtgagggacgccacccag
cagcctctcatgtgtcttcaagacagacagcttacagtagacctcgcgttcaattggtca
atcaaagtggaaatcccagtagtgtcagaagattgtctttacctcaacatatacaccccg
gctaaacctgctgagaataccaagcttcctgtcatggtttggatccatggtggcggattc
atcatgggctctgcatcaacatatgatggttctgctttggctgcataccaggatgtggtt
gtggtgctgatccaataccgtttgggactgctggggttcttcagcacaggagacaagtat
gccccagggaacatgggactacttgatcaggtggaagccttgcggtgggtccaggagcac
atccacaactttgggggcgactccaagtcggtcaccatatttggagagtctgctggtgga
gtgagtgtgtcattaatgcttcattcaccattgtctgctggtctgttccatcgtgcgata
gctgagagtggtactgcagctatggacgctatcatacattccgaccccctgtctgtggcc
cagatggtggcaaccatattgggctgtaacagcagcaacacagagcagattgcagactgt
gtggagaagatgactgctgatgacatagttaatgttcataaacagaaccaaatgttgcga
attggtgtgactgttggcgggcatttcctgcccaagttgttgactgagagtttccataac
catgagatgcacaaggtgccgtttatgacgggcaccaatactgacgaaggttggctactg
gcgaacatgatggcacctcctggttgggtggatggaatagaccgggagcaagtcatgcct
cttttggcattatgttaccctgattctaaggatcagtggataactgagctgatagcagat
gaatacctgggaacctctggagatcggattaaaaaccgtgatgggttcattgagctggtt
ggggatgctttgtttaccattcctgctcttacgacagcaggcttccacagagatgcaggt
gtgcctgtgtacctgtatgagttccagcaaactcccagcatgcttaagaagatgaggccg
agtttcgttgggtctgaccatggagatgagcttatgtttgtttttggatactgcttcaca
acatcacatgttacaattgatgccttatgtacagaggaagacgagcagctaagcggaatc
atgatgagttactggggcaactttgctcgtacagggtctcccaacgggatcggcctagtt
cagtggccacagtacggaccagaaggagattacctggggatagggctggagcaggtacct
ggtcaacacctgaagagggaccgcttcaccttcatgacaaagatcctccctgagaaagtg
catttggttcaagagaagattaagcacagtgagctgtaa
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