Mercurialis annua (annual mercury): 126677123
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Entry
126677123 CDS
T10153
Name
(RefSeq) uncharacterized protein LOC126677123
KO
K14677
aminoacylase [EC:
3.5.1.14
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00220
Arginine biosynthesis
mean01100
Metabolic pathways
mean01110
Biosynthesis of secondary metabolites
mean01210
2-Oxocarboxylic acid metabolism
mean01230
Biosynthesis of amino acids
Module
mean_M00028
Ornithine biosynthesis, glutamate => ornithine
Brite
KEGG Orthology (KO) [BR:
mean00001
]
09100 Metabolism
09105 Amino acid metabolism
00220 Arginine biosynthesis
126677123
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mean01002
]
126677123
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
mean04147
]
126677123
Enzymes [BR:
mean01000
]
3. Hydrolases
3.5 Acting on carbon-nitrogen bonds, other than peptide bonds
3.5.1 In linear amides
3.5.1.14 N-acyl-aliphatic-L-amino acid amidohydrolase
126677123
Peptidases and inhibitors [BR:
mean01002
]
Metallo peptidases
Family M20
126677123
Exosome [BR:
mean04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
126677123
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Peptidase_M20
Peptidase_M28
M20_dimer
Motif
Other DBs
NCBI-GeneID:
126677123
NCBI-ProteinID:
XP_050227553
LinkDB
All DBs
Position
LG4:12638538..12641609
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AA seq
442 aa
AA seq
DB search
MGSRNLSTVLVVVWVLIANPAAGDSDSIIGRFQQYLQINTAHPNPNYKEAEEFLVSQAKS
IGLESQSIEFVTGKPLLLLKWQGSSPTLPSILLFSHTDVVPVEQHKWDYPAFAAILDSHG
NIYARGSQDMKCVGMQYLEAVRRLNSSGFRPIRSVYILFSPDEEIGGHDGAERFAHSHIF
NSMNVGIVLDEGLASPAEHYRPFYGERSPWWLVIKATGPPGHGAKLYDNSAMENLLKSIE
SVRRFRASQFDLVKAGLKAEGEVTSVNMVFLKAGTPSPTGFVMNLQPSEAEAGFDVRVPP
TADPESLERRIAEEWAPASRNMTFQFKQKTTVHDKYGRPLLTKTDSSNPWWTLLEEAVRK
ANGTLGKPEIFPAATDSRYFRQQGIPAIGFSPMANTPILLHDHNEFLNQAEYLKGIDVYE
SIVKVYASHVEHAGMGETKDEL
NT seq
1329 nt
NT seq
+upstream
nt +downstream
nt
atgggaagccgtaatttgagcacagtgttggtggttgtgtgggtgttgattgcaaaccca
gcagcaggagattcagattcaattatagggagattccaacaatatctccaaatcaacaca
gctcaccccaatcccaactacaaagaagcagaagaattcctagtatcccaagccaaatcc
ataggactggaatcccagtccatagagtttgtgacagggaagccgcttcttctcctcaag
tggcagggctccagccccactcttccttcgattctccttttttctcatactgatgtggtt
cccgttgagcagcacaagtgggattatcctgccttcgccgcaattctcgattcccatggt
aatatctatgctagaggttcccaggacatgaagtgcgtcggcatgcagtatttggaagct
gttcgtcgccttaactcgtctgggttccgcccaattcgatccgtttatatcttgttttct
cctgatgaggaaataggtggacatgatggtgctgagaggtttgctcattctcatatcttc
aactccatgaatgttggcatagttcttgatgaaggtttggcatctcctgctgagcactat
aggccattttatggagagaggagtccgtggtggcttgtgattaaggcgactgggcctcca
gggcatggggctaaactttatgacaatagtgccatggagaaccttcttaaaagtattgag
agtgtgaggagatttcgcgcgtctcagtttgatttggtcaaggctggtttgaaggctgaa
ggagaggttacgtctgttaatatggtctttcttaaagcaggcactccatcaccaactggg
tttgtcatgaatttgcagccgtctgaagcagaagcaggttttgatgttcgggtcccacca
actgctgatcctgaatctttggaaaggcgaatcgctgaagaatgggctcctgcttcccgc
aatatgacattccagtttaagcagaaaactaccgtacacgacaagtacgggaggccactc
cttacaaagactgacagttctaacccatggtggactctgctcgaagaagctgtcagaaaa
gcaaatggaacacttggtaaaccagagatcttccctgcagccactgattctcgttacttt
cggcaacaaggaattccagcaatcggcttttcacctatggcaaatacgcctattcttcta
catgatcataatgagttcttgaaccaagcagagtacctgaaaggcattgatgtgtatgag
tccatagttaaagtgtatgcatctcatgtggaacatgcaggcatgggggaaactaaagat
gaattgtaa
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