Xylanibacter ruminicola: PRU_1305
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Entry
PRU_1305 CDS
T01212
Name
(GenBank) putative 1,4-alpha-glucan branching enzyme
KO
K00700
1,4-alpha-glucan branching enzyme [EC:
2.4.1.18
]
Organism
pru
Xylanibacter ruminicola
Pathway
pru00500
Starch and sucrose metabolism
pru01100
Metabolic pathways
pru01110
Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:
pru00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
PRU_1305
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
pru04147
]
PRU_1305
Enzymes [BR:
pru01000
]
2. Transferases
2.4 Glycosyltransferases
2.4.1 Hexosyltransferases
2.4.1.18 1,4-alpha-glucan branching enzyme
PRU_1305
Exosome [BR:
pru04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
PRU_1305
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Alpha-amylase_C
CBM_48
Alpha-amylase
Aminotran_1_2
Motif
Other DBs
NCBI-ProteinID:
ADE81350
UniProt:
D5ESL5
LinkDB
All DBs
Position
complement(1554634..1556718)
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AA seq
694 aa
AA seq
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METKKQSVKKPAAKKTSAKKAAPTQPEHIGLVRNDSWLEPFEGAIRGRHDHAVWKMNQLT
QNGKKTLSQFASGHLYFGLHKLSKGWVFREWAPNATDIYLIGDFNNWQENEKYRCKRIEG
TGNWELKLSEKALKHGQLYKMKVKWNGGEGERIPAWCRRVVQDENTKIFSAQVWNPEEKY
EFKKKNFKPKKNPLLIYECHVGMGQDAEKVGTYKEFKDNVLPRVIKDGYNCIQVMAIQEH
PYYGSFGYHVSSFFAPSSRFGTPEELKELIDTAHKNGVAVIMDIVHSHAVKNEVEGLGNL
AGDPNQFFYPGDRHEHPAWDSLCFDYGKDEVLHFLLSNCKYWLEEFKFDGFRFDGVTSML
YYSHGLGEAFGGYGDYFNGHEDDNAICYLTLANKLIHEVNPAAITIAEEVSGMPGLAAKF
EDGGYGFDYRMAMNIPDYWIKTIKEVRDEDINVCSIFWEVKNRRPDEKTISYCESHDQAL
VGDKTIIFRLIDADMYWHFAKKDVNDIAQRGIALHKMIRLVTVAAINGGYLNFMGNEFGH
PEWIDFPREGNGWSYKYARRQWNLVDNKDLCYHWLGDFDREMLKVIKSVRNFQATPVTEI
WHDDGDQVLCFMRGDLVFVFNFSPTRSYTDYGFLVPTGSYKVVLNTDSKDFGGNGFADDT
VTHFTNYDPLYVADHKEWLKLYIPARSAVVLKKI
NT seq
2085 nt
NT seq
+upstream
nt +downstream
nt
atggaaacaaagaaacaatctgtcaagaaaccggcagccaaaaagacctcggccaagaaa
gctgctcctacacagcctgaacatatcggcttggtacgtaatgactcgtggttggaacct
ttcgagggagctatccgtggccgtcacgaccatgctgtttggaagatgaaccagctcaca
cagaatggcaagaaaacgctgagtcagtttgcttctggtcatctttattttggtctgcat
aagttgtcaaaaggttgggtgttccgtgagtgggctcctaacgctaccgatatctatctg
attggcgactttaataactggcaggagaacgagaagtaccgttgcaagcgtatcgagggt
acgggcaactgggagttgaaactcagcgaaaaggccctgaagcacggtcagctttacaag
atgaaggtaaagtggaatgggggagaaggcgagcgtattcccgcttggtgccgtcgtgtg
gttcaggacgagaatacaaagattttctcagctcaggtatggaatcctgaggagaaatac
gagttcaagaaaaagaacttcaaacccaagaagaaccccttgctcatttacgagtgccat
gtaggtatgggacaggatgccgagaaggttggtacctataaggagtttaaggataatgtg
ttgccacgcgttatcaaggatggttataactgcattcaggtaatggccattcaggagcat
ccttattacggttcgttcggctatcacgtatcatcattctttgctccaagtagtcgtttt
ggtactccagaggagttgaaggagcttattgatactgctcataagaatggtgtggcagtt
attatggatatcgtgcattcgcatgctgttaagaacgaggttgaaggtcttggcaatctt
gctggcgatcctaatcagttcttctatccaggcgatcgtcacgagcatccggcatgggat
tcgctctgtttcgattatggtaaggacgaggtgctgcatttcctgctctctaactgcaaa
tactggctcgaggagtttaagttcgatggtttccgctttgatggcgttacctctatgctt
tactactcgcatggtttgggtgaggcctttggtggttatggtgattactttaatggtcac
gaggatgataacgccatctgttatctcaccttggccaacaagctgatacacgaggtaaat
cctgccgctatcaccatcgccgaagaggtatcaggtatgcccggcctcgcagctaagttc
gaggatggtggatatggattcgactatcgtatggccatgaacatccctgattactggatt
aagacgattaaagaggtgcgcgatgaggatatcaatgtgtgctcaatcttctgggaggtt
aagaatcgccgtcctgatgagaagactatctcgtactgcgagagtcacgaccaggcactt
gttggcgataagaccattatcttccgtttgattgacgccgatatgtattggcactttgct
aagaaggatgtgaacgatattgcccagcgcggtattgccctgcataagatgatccgcttg
gttaccgttgctgccattaatggtggctacctgaactttatgggtaatgagttcggacat
ccagagtggatcgacttcccacgcgagggtaatggttggagttataagtacgcacgccgt
cagtggaatctggtagataacaaggacctttgctaccattggctgggcgactttgatcgc
gagatgctgaaggtgattaagagcgtgcgcaacttccaggctacacctgttactgagata
tggcacgatgatggcgaccaggtgctctgctttatgcgtggcgacttggtatttgtgttc
aacttctcgcccacacgtagctataccgattatggcttcctagttcccaccggttcgtat
aaggtggttctgaataccgattcgaaagactttggtggcaacggctttgccgacgacacc
gttacccacttcacaaactacgatccgctttatgtggccgatcataaggagtggcttaaa
ctctatatcccggctcgttcagccgttgtgttgaagaaaatttaa
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