Xylanibacter ruminicola: PRU_2514
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Entry
PRU_2514 CDS
T01212
Name
(GenBank) putative alpha-galactosidase
KO
K07407
alpha-galactosidase [EC:
3.2.1.22
]
Organism
pru
Xylanibacter ruminicola
Pathway
pru00052
Galactose metabolism
pru00561
Glycerolipid metabolism
pru00600
Sphingolipid metabolism
pru01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
pru00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00052 Galactose metabolism
PRU_2514
09103 Lipid metabolism
00561 Glycerolipid metabolism
PRU_2514
00600 Sphingolipid metabolism
PRU_2514
Enzymes [BR:
pru01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.22 alpha-galactosidase
PRU_2514
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SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Melibiase
Glyco_hydro_36N
Glyco_hydro_36C
GHL10
Motif
Other DBs
NCBI-ProteinID:
ADE81486
UniProt:
D5EWN6
LinkDB
All DBs
Position
3035727..3037910
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AA seq
727 aa
AA seq
DB search
MKKILFLAFLMVSASTAWAKQVVIQTKNTTMVLDVETGKQPQYVYYGAKLSDYDLQNLQS
PRDGRMDAYPAYGMNCPAEAAVAMTHADGNMSTELFATDVTTQGSVTQITLKDPKYPVQV
VLCYQARFDEDMIETWTEIKNGEAKPITLTQFASCSLPIRRGNVWLSHFGGSWGNEARLI
EEPIQLGQKVIKNKDGVRNAHTDHAEVMFSLDGKGRENSGDVIGAALCYSGNYQLKVETD
DTEYHYFFAGINPDNSAYHLKKGETFTTPKVAFSFSKCGLSGVSRNFHKWGRKYMLAHGN
KERKILLNSWEGVYFDINQQGMDQMMGDIASMGGELFVMDDGWFGVKYPRKTDNCALGDW
EVDKNKLPEGIEGLLRDAKKHGIKFGIWIEPEMTNSVSELYDAHPDWVVKAPKRDVVKGR
GGTQLVLDLANPKVQDFVFSIVDNLMTKYPEIDYIKWDANMAIMNHGSQYLTMNDQSHLY
IEYHRGFEKVCQRVRAKYPNLTIQACASGGGRANWGVLPYFDEFWVSDNTDALQRIYMQW
GTSYFFPAIAMASHISATPNHTVFRTTALKYRVDVAMSGRLGMEIQPKNMTDDEKELCRK
AIAEYKQIRPIVQFGDIYRLVSPYDKQGLASLMYVDEQKSKSVFFWWKTESFQNEHLPRV
KMAGLDASKNYKIHELNRIDLRPMDVEGKVFSGAYLMNHGLEMPYRNEPEWSKKNDWSSR
VLLLEAQ
NT seq
2184 nt
NT seq
+upstream
nt +downstream
nt
atgaagaagattctttttctagcgttccttatggtctcggcctctacggcttgggcaaaa
caggttgttatccaaaccaagaacaccacgatggtgcttgatgtagaaacgggtaaacaa
ccacagtatgtgtattatggtgcaaaactaagcgactacgatttgcagaatctgcaatcc
cctcgtgacggacgtatggatgcttatcctgcttatggcatgaactgtcctgccgaggca
gctgtagccatgacccatgccgatggcaatatgtcgacagagctttttgcaacagatgta
accacacaaggctctgttactcagattacgttgaaagatcccaaataccctgttcaggta
gtgctgtgctatcaggcacgtttcgatgaagatatgattgaaacctggacagaaatcaaa
aacggcgaggccaaacccatcactcttacgcaatttgcctcttgttcactgcccatccgt
cgcggaaacgtatggctttcgcactttggcggttcgtggggcaacgaggctcgcttgatt
gaggagcctatccagcttggacagaaggtgattaagaataaggatggtgtacgcaatgca
cataccgatcatgccgaagtgatgttctcgctcgatggtaaaggccgggagaacagcggc
gatgtgattggtgccgccctctgctactcaggcaactatcagctgaaagttgagaccgat
gacacagagtaccactacttctttgctggcattaaccccgataactcggcctatcatctt
aagaaaggtgagacattcaccacgccaaaggtggcattcagcttctcaaagtgtggtctc
tcaggtgtatcgcgcaatttccacaagtggggccgcaaatatatgctggctcacggcaat
aaagagcgtaagatactgctcaactcttgggagggtgtttacttcgacatcaaccagcag
ggtatggaccagatgatgggcgatatagcctcgatgggaggcgagctctttgtgatggac
gatggctggtttggcgtgaaatatcctcgcaagaccgacaactgtgcccttggcgactgg
gaggttgataaaaacaagctacccgagggtatcgaaggtctgcttcgcgatgccaaaaag
cacggcattaagttcggcatatggattgagccagagatgaccaactcggtatccgaactc
tacgatgcacatcccgactgggttgtaaaagcaccaaaacgagacgtagtaaaaggtcgt
ggcggcacgcagctggtactcgatctggctaatccaaaggtgcaggactttgtgttctcg
attgtagataacctgatgactaaatatcctgaaatcgattatatcaagtgggatgccaac
atggccatcatgaatcatggttcgcagtacctcaccatgaacgatcagagtcatctttat
atcgaatatcatcgtggtttcgagaaggtttgccagcgtgttcgtgctaagtatcccaac
cttaccattcaggcctgtgcctctggtggcggtcgtgccaactggggtgttctgccatac
ttcgatgagttctgggtaagcgataataccgatgcactgcagcgtatctacatgcagtgg
ggtaccagctatttcttccccgccatcgcaatggcttcacacatttcggccacacctaac
cacaccgttttccgcaccacagcgctcaaatatcgtgttgatgtagctatgagtggtcgc
ttgggtatggagatccagccaaagaatatgactgacgacgagaaggaactctgccgtaag
gctatcgccgagtacaagcagattcgtcctatcgtacagtttggcgacatctatcgcttg
gtttcgccttacgataagcagggattggcatcgctcatgtatgtggatgagcagaagtcg
aagtcggtattcttctggtggaaaaccgaatcgttccagaacgagcatctgccacgtgta
aaaatggctggtctcgatgcctcgaagaattataagattcacgagttgaaccgtatcgat
ctgcgtccgatggatgtcgagggtaaggtgttcagtggtgcctatctgatgaatcacggc
cttgaaatgccttatcgtaacgagcccgaatggagcaagaaaaacgattggagcagtcgt
gtgttgttgcttgaggcacagtaa
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