Mercurialis annua (annual mercury): 126681053
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Entry
126681053 CDS
T10153
Name
(RefSeq) uncharacterized protein LOC126681053
KO
K01190
beta-galactosidase [EC:
3.2.1.23
]
Organism
mean Mercurialis annua (annual mercury)
Pathway
mean00052
Galactose metabolism
mean00511
Other glycan degradation
mean00600
Sphingolipid metabolism
mean01100
Metabolic pathways
Brite
Enzymes [BR:
mean01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.23 beta-galactosidase
126681053
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GFIT
Other DBs
NCBI-GeneID:
126681053
NCBI-ProteinID:
XP_050232385
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Position
LG5:complement(5958952..5967884)
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AA seq
1115 aa
AA seq
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MESLASLVAKTVSPLETGQKVWEDPSFIKWRKRDPHVTLHCHESVEGSLMYWYRRNKVDV
MVSKSAVWNDAAVKASLDCAAFWVKGLPFVKSLSGFWKFSLAPSPTKVPGKFYDPSFQDF
EWETLPVPSNWQMHGFDRPIYTNVIYPFPLDPPYVPEDNPTGCYRTHFQIPKEWQGRRIL
LHFEAVDSAFCAWVNGIPVGYSQDSRLPAEFEITEYCYSCDSGKSNVLAVQVIRWSDGSY
LEDQDHWWLSGIHRDVLLLAKPQVFIDDYFFKSNLTEDFSSADIEVEVKIDSSRKMPKDK
FLDHYVIEAALYDTGNWYNNDGSANLRSSQVADIKLKPSFDPILGFLGYILVGKVDKPKL
WSAEQPNLYILVVTLKDASGHVVDCESSLVGIRQVSKAPKQLLVNGQPVMIRGVNRHEHH
PRIGKTNIESCMVKDLVLMKQNNINAVRNSHYPQHPRWYELCDLFGMYMIDEANIETHGF
HLSGHFKHPTSEQIWAAAMLDRVIGMVERDKNHACIISWSLGNEASYGPNHSAAAGWIRG
KDASRLLHYEGGGSRTTSTDIVCPMYMRVWDIVKIAKDPTELRPLILCEYSHAMGNSNGN
IHEYWEAIDNTFGLQGGFIWDWVDQGLLNESTDGSKYWAYGGDFGDTPNDLNFCLNGLIW
PDRSPHPALHEVKFLYQPIKAVLKGSTIKITNTHFFDTTEGLEFSWAAHGDGHQLGSGIL
SIPLMKPQSDYDIELESGPWYSLWASYSAGEIFLTVTAKLLHSTPWVETGHVISSTQVQL
PSKKEIIPYVIKATDATLSTEISESTVKISRRKFWELTLNTETGTIQSWKVEGVAVMNKS
ILPCFWRAPTDNDKGGEEQSYYSRWKAAGIDRLEFQTKSCSIQNKTDHLVNIKAVYIGAP
RSEDSSLRSTNQNALIEVEMIHTIFGSGDLIIECNVNPSSDLPPLPRVGIEFNLERSMDR
VRWYGRGPFECYPDRKAAAHVGIYEKNVSDMHVPYIVPGECSGRADVRWVTFQNKDGKGI
FASMYGNSPPMQMSASYYSTTELDRARHNKELVRGNHIEVHLDHKHMGVGGDDSWSPAVH
DKYLVPAVPYSFSVRICPITASTSGLRIYETKQRS
NT seq
3348 nt
NT seq
+upstream
nt +downstream
nt
atggaatctttagcttctttagttgcaaaaacagtgtctccattggaaactggacaaaaa
gtttgggaggatccatcttttattaagtggagaaaaagagatcctcatgtcactctacac
tgccatgaatctgttgaaggatctcttatgtattggtaccgtcgaaataaagttgatgtg
atggtatcaaaatctgctgtttggaatgatgctgctgttaaagcatcacttgattgtgct
gccttttgggttaaaggcttgcctttcgtcaagtctctgtctggattttggaaattttcg
ttggctcccagtcctaccaaagttccgggaaaattctatgacccttcatttcaggacttt
gagtgggaaacattaccagttccttcaaattggcagatgcatggatttgatcgtcccatt
tatactaatgtaatatatccttttcctctggatcctccatatgttcctgaggataatcct
actggctgctatagaacgcatttccagattcctaaagaatggcaaggtcgtcggattttg
ctgcactttgaagctgtcgattctgcattctgcgcttgggtaaatgggatccctgtggga
tacagccaggacagtaggctacctgctgagtttgaaataacagagtactgttattcgtgt
gattctgggaaaagcaatgttctggctgttcaagttattagatggagcgatggatcttac
cttgaagatcaagatcattggtggttatctggtatccatcgtgatgtgcttcttcttgcc
aagccacaggtatttattgatgactacttcttcaaatcaaacctgactgaggatttttct
tctgccgacattgaggttgaagtcaagatagatagctcccgtaaaatgccgaaagacaaa
tttcttgaccactatgtcatagaagctgcattatatgacactggaaactggtataacaat
gatggatctgctaatctgcgttcatcgcaagtggcggacataaagctcaagccatccttt
gatccaattctgggatttcttggttatatactagtgggaaaagtagacaagccaaagctt
tggtctgcagagcaaccaaacctgtatattctagttgtcaccctcaaagatgcatctggg
catgtagttgactgcgagtcgtccctagtaggcataagacaagtatctaaggcgcctaaa
cagctgcttgttaatggtcagccagttatgattagaggagtcaacagacatgaacatcat
cctcgtattgggaagacaaacattgaatcctgcatggtcaaggatctggttctgatgaag
caaaacaacattaatgccgtgagaaatagtcattaccctcagcatccccgttggtatgaa
ttatgtgatctttttggcatgtacatgattgatgaagccaatattgagacgcatggcttt
catctttctggacattttaagcaccctacttcagaacagatttgggcggctgctatgctt
gatcgtgtgatagggatggtggagagggacaaaaatcatgcatgcattatttcttggtcc
ttaggaaatgaggcctcatatgggcctaatcattctgctgcagctggttggattcgtgga
aaggatgcatcccgattgttgcattatgaaggaggtggatccaggactacatctacagac
attgtatgccccatgtatatgcgtgtttgggatatagtgaagatcgcaaaggatccaaca
gaattacgtcctttaatattgtgcgagtattcacatgcaatgggtaacagcaacggtaat
atacatgaatattgggaagcaattgataatacatttggtcttcaaggaggcttcatttgg
gactgggttgaccaggggttgctgaatgaaagtacagatggtagtaagtattgggcatat
ggaggtgacttcggggacacccccaatgatttaaacttctgtctgaatggtcttatatgg
ccagatcgaagtccacatcctgcattgcatgaagtcaagttcttataccaaccgattaag
gcggtgctcaaaggaagcacaatcaagataaccaacactcattttttcgacacaacagaa
ggattggagtttagttgggctgcccacggtgacggtcaccaacttggctctggcattcta
tcaattccattgatgaaaccgcagagtgattacgatatagaattggagtcaggtccatgg
tattcgctatgggcttcatattctgcgggagaaatcttcttaacagttacggctaagctg
ttgcattcaacaccatgggttgaaaccggtcatgttatctcctctactcaagtgcagttg
ccctcaaaaaaggagatcataccttatgttatcaaggctactgatgctacattgtcaact
gaaatttcagaaagtacagttaaaattagccggcggaagttttgggaactaacattgaac
actgaaacaggaacaattcaaagctggaaggttgaaggagttgctgtaatgaataaaagc
atacttccatgcttctggcgagcgcctacggataacgataaagggggagaggaacaaagt
tattactctagatggaaagctgctggtattgataggcttgaatttcagacaaaaagctgc
tctatacagaacaaaactgaccatctggtgaatataaaggcggtttacattggtgctccg
aggagcgaagatagttcattacgatctaccaatcagaatgctttgattgaagtggaaatg
attcacacaatttttggttctggggatttgattattgagtgtaatgtaaatccaagttcc
gatcttcctcccttgccacgtgtgggaattgaattcaatttggaaagatcaatggaccgt
gttagatggtatggaagaggaccattcgaatgttatccagatcgaaaagcagcagctcat
gtcgggatctacgagaagaatgtgagcgacatgcatgttccttacattgttcctggagag
tgctccggtagggcagacgttagatgggtgaccttccaaaacaaagacggaaaaggaatt
tttgcatcaatgtacggaaactctccacctatgcaaatgagtgctagctactattctaca
acggaactcgacagagccagacataataaagaacttgttcgaggaaatcatattgaggtt
catcttgatcacaagcatatgggtgtgggtggagatgatagctggtcacctgctgtccac
gacaaatatcttgttcctgctgtgccgtactcgttttctgttaggatatgtccaatcact
gcatcaacctctggtctgcggatctatgaaaccaaacaacgaagctaa
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