Vibrio ruber: RND59_00185
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Entry
RND59_00185 CDS
T09542
Name
(GenBank) glycoside hydrolase family 6 protein
KO
K19668
cellulose 1,4-beta-cellobiosidase [EC:
3.2.1.91
]
Organism
vru
Vibrio ruber
Pathway
vru00500
Starch and sucrose metabolism
vru01100
Metabolic pathways
vru02020
Two-component system
Brite
KEGG Orthology (KO) [BR:
vru00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00500 Starch and sucrose metabolism
RND59_00185
09130 Environmental Information Processing
09132 Signal transduction
02020 Two-component system
RND59_00185
Enzymes [BR:
vru01000
]
3. Hydrolases
3.2 Glycosylases
3.2.1 Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
3.2.1.91 cellulose 1,4-beta-cellobiosidase (non-reducing end)
RND59_00185
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Gene cluster
GFIT
Motif
Pfam:
Glyco_hydro_6
PKD_4
PKD
CBM_2
Sde0182_C
K319L-like_PKD
Motif
Other DBs
NCBI-ProteinID:
WNJ95576
LinkDB
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Position
1:39617..41830
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AA seq
737 aa
AA seq
DB search
MRKRQKQLRLLPLVLALGAALSSVGAQAASCSYSLTNEWDGGFQGVVTITNDENADINGW
QVGMKYPAGVAVTQSWSGELSGNNPYYIVNTEWNGTIKQGQSLAVNFMGTRNSTSAANVE
LMGSTCTGGDTPPPNHLPDAVADATPVSGIAPLEVSFSASGSTDADGDELTYVWDFGDGE
TGTGKDVLHTYTEPGEYTAKLTVSDGTGVDTANVVINVTTESGNTPPVAAMTVTPASGQA
PLLVNFDASASTDADNDVLTYIWDFGDGATGSGVTTSHTYADPGKYTVSLIVSDGMDTSK
IIKTVNVTDDDVPPTTERVDNPFRDATWYVNPEWSALAAAEPGGSAVADQNTGVWLDRIG
AIEGTDSKMGLRAHLDEALKQGANLFTVVVYDLPNRDCKALASNGELLISRGDIVRYKNE
FIDPIAEIFADPKYQSIRIAAVIEIDSLPNLVTNLDIPKCAEANGPGGYREGITYALNKF
SPIKNVYSYIDAAHSGWLGWDSNFGPAITMISNVVKGTDAGWDSVAGFVTNTANYSPLVE
TYLPDPTKNVGGGPIRSADFYEWNPYFDEKDYAIEFRKRMIAKGAPTTIGMLIDTGRNGW
GGPERPTRVSYSSDKNTYVDESRIDRRYHRGNWCNQPSGIGYKPWADPYAGVDAFVWVKP
PGESDGVSEPDYQPDPDDPAKQYDAMCDPDKMSTSAPLPTGAMDNAPHAGRWYSAGFQYL
LENAYPPVDQPAGPPAE
NT seq
2214 nt
NT seq
+upstream
nt +downstream
nt
atgagaaaaaggcagaaacaactccggttgttaccgctggttttggcactgggtgcagcc
ttgtcgtcagtcggcgcacaagctgcatcctgttcatattcattaaccaatgaatgggat
ggaggatttcaaggcgttgtaacaattaccaatgatgagaatgcagatatcaatggctgg
caggttgggatgaaatacccagccggcgtggcggtcacacaatcgtggagtggcgaactt
tcagggaataacccctattatatcgtaaacaccgagtggaacggaaccattaaacaaggc
cagagcttggcggttaactttatgggaacccgcaatagcaccagtgccgccaatgtcgaa
ttaatgggttcaacctgtactggcggcgacaccccgccaccaaatcatttacctgacgca
gttgccgatgcaacaccggtctcaggtattgcaccgctcgaagtcagcttcagtgccagt
ggctcaaccgatgctgacggggatgaactcacctacgtctgggatttcggtgatggtgaa
accggtacaggcaaagatgtgctgcatacctataccgaacccggtgagtacaccgcaaaa
ctaactgtcagtgatggtacaggtgttgatacggccaatgtggtgatcaatgttacaacc
gaatccggcaatacaccgcctgttgcagccatgaccgtaacaccggcatccggacaagcc
ccgttactggttaactttgatgcgtctgcgtcaaccgatgcggataacgatgttctgacc
tatatctgggacttcggcgacggtgcgacaggttcaggtgtcacaacgtcacatacttat
gccgatcccggtaaatatactgtctcattaattgtcagcgatggcatggacaccagcaaa
atcatcaaaactgtcaatgtcaccgatgatgatgtcccaccgaccacagaacgagtggac
aacccattccgtgatgcgacttggtatgtcaaccctgagtggtctgcgttagcagcagcg
gaaccgggcggtagtgcggtagctgaccaaaacactggggtctggctcgaccgcatcggt
gcgatcgaaggaaccgacagtaaaatgggtctgcgcgctcacttagatgaggcacttaaa
caaggtgcgaacctgtttacggttgtcgtctatgacttaccaaaccgtgactgtaaagct
ctggcatcgaatggtgagttgctcatttctagaggcgacatagttcgctataaaaatgag
tttatcgacccaattgcagaaatctttgccgatccgaaatatcagagcatccgcattgct
gcggtgatcgagattgactcgttgccaaatctcgttaccaatctggacattccaaaatgt
gcagaagcaaatggccctggcggctatcgtgaagggatcacttacgcattgaataagttc
tcaccgattaagaacgtctattcgtacattgatgcggctcactcaggctggttaggctgg
gatagtaactttggtccggcaatcaccatgatatctaacgtggttaaaggtacagatgca
ggctgggacagcgttgccggtttcgtcaccaacacggcgaattacagcccactggttgaa
acttacctcccagatccaaccaaaaacgtcggaggtggtccgatccggagtgcggatttc
tatgaatggaacccatactttgacgagaaagactatgcgattgaattccgcaaacggatg
atcgcaaaaggtgcaccaaccaccatcgggatgttgattgataccgggcgaaatggctgg
ggtggccctgaacggccaacacgtgtcagttattcatccgataaaaacacctatgtggat
gagtcccggatcgaccgccgctatcaccgcggtaactggtgtaaccaacccagtggtatt
ggctacaaaccatgggctgacccttatgccggtgttgatgctttcgtgtgggtgaaacca
ccgggtgaatcagacggtgtctctgaaccagactatcagccagacccggatgacccagcc
aagcaatacgacgcaatgtgtgacccggacaaaatgagtacctctgccccactgcccaca
ggtgcaatggataatgcgccacacgctggtcgttggtattccgcagggttccaatatctg
ttggagaatgcatatccaccggttgatcaaccagcaggtcccccagctgagtaa
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