KEGG T00558: Asuc

Actinobacillus succinogenes: Asuc_1398

Entry

Asuc_1398 CDS T00558

Definition

glycoside hydrolase family protein

Orthology

K01190

beta-galactosidase [EC:3.2.1.23]

Organism

asu Actinobacillus succinogenes

Pathway

asu00052	Galactose metabolism
asu00511	Other glycan degradation
asu01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Galactose metabolism [PATH:asu00052]
Metabolism; Lipid metabolism; Sphingolipid metabolism
Metabolism; Glycan biosynthesis and metabolism; Other glycan degradation [PATH:asu00511]

SSDB

Motif

Pfam:

Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2

Other DBs

NCBI-GI:

NCBI-GeneID:

JGI:

UniProt:

Position

1550763..1553786

AA seq 1007 aa
MILPTYFENPEILQVNRQPHHAYFIPFATNQSPDQSARKTSRFFTSLSGKTWDFSYYDSV
QNLPENFLFCSLQNSIPVPSNWQTQGFDHHHYTNIQYPFPFDPPFVPKANPCAHYRHEFN
FSPKTDKRYLLNLEGVDSCLFVYVNQQFVGYGQISHCTQEFDITEHLNSGKNVLDVVVLK
WCDGSYLEDQDKFRMSGIFRDVYLLERDANYLQDFFIKTQLSDDFNQAEFTVETQFSDKE
REIEFILYNPQGEEIVRQSAVKFSHVLFNPVLWNAENPRLYRLTMQVGNEIIEQKIGLRK
IYIENGVLKINGQAVKFKGVNRHDSDPKTGYVISYEQALVDLKLMKRHNINAIRTAHYPN
APWFSELCDLYGFYLIAESDIESHGASMLYVDTPEQSIFLNNQRINRDEEIRQQVIDNFC
YFARAPEYKAAILDRTAANIERDKNRTSVLIWSLGNESGYGENFEAAAAWVKQRDNSRLI
HYESSIYQHSQHQNDLSNLDFYSEMYPGTESLDAYCTTDENTKPYILCEYSHAMGNSNGD
AEDYWQTFEKYDKSCGGFVWEWCDHAPYLPDGSGRMGYGGDFGDTPNDGNFCMDGLVSPT
RIPHSNLFELKNVNRPIRARLVGNRIEVKNYWDFTHLDETVTICYAVKENGEIIEQGECK
VKCAPKQTALLPLTLPDYHGKFTTLDLEYLAATQSALLEPNHCYGFEQLVIYDKDLVSPQ
KPEKPTALFPFAVVESARRLTVKNGDYQYIFDKDCGIFTEILRKEKALIEQPLHFNIWRA
PTDNDRLIRELWQNAGYHQTYSRAYSVTWQQTESAVVIQAILAIVATAKNRILTLQVNYT
LYQNGQLTIEAHGERPAHLPYLPRFGLRFFLPKTCEQAQYFGYGERESYSDKHHLARLGN
YAVNAAQNHVRYLKPQENGSHLGCHYVRLGHCLVYSPLPFSFNLSPYTQEELTAKNHDYE
LEECDSTVLCIDYKMSGIGSNSCGPALKPQYRLQETKFDCRFDIHFE

NT seq 3024 nt +upstreamnt +downstreamnt
atgattctgccaacctactttgaaaatcctgaaatattgcaggttaaccgtcaacctcat
catgcgtactttattccctttgcgaccaatcagtcgccggatcagtcagcacgcaaaaca
tcacgattttttacctcactttccggcaaaacctgggatttcagctattacgacagcgta
cagaatttaccggaaaatttcctgttttgctctctgcaaaacagcattcccgtgccatcc
aactggcaaactcaaggatttgatcaccatcattatactaatattcaataccctttccct
ttcgatccgccttttgtaccgaaagctaatccctgcgctcattatcggcatgaatttaat
ttttcgccgaaaacggataagcgttatctgttaaatttagaaggcgtggacagctgcctg
tttgtctatgtaaatcaacagtttgtgggttacggacaaatcagtcattgcacccaggaa
tttgatattaccgaacacctgaactcgggtaaaaatgtattggatgtggtcgtactgaaa
tggtgtgacggcagttacctggaggatcaggataaattccgtatgtcgggtatcttccga
gatgtgtatttattggaacgggatgcgaactatttgcaggatttcttcatcaaaacgcaa
ttatccgatgattttaaccaagctgaattcactgtagaaactcaattttcagacaaggaa
cgagaaatagaattcatcctttataatcctcagggggaagaaatagtacgccaaagtgcg
gtcaaattttcacatgttttattcaatcctgttttatggaatgcggaaaatccccggctt
taccgcttgaccatgcaagtaggtaacgaaattatcgaacaaaaaataggcttgcgtaaa
atttacattgaaaacggcgtactgaaaattaacggacaggcggttaaatttaaaggcgtc
aaccgccacgacagcgatccgaaaacaggctatgtaatttcatatgagcaggcgttagtt
gatttgaaattgatgaaacgacacaacattaatgccattcgtaccgctcactaccctaat
gctccatggttcagcgaactgtgtgatttatacggtttctatttaatagcggaaagcgac
atcgaaagccacggagccagcatgctttatgtggatacgccggaacaaagtatttttctg
aacaatcaacgaattaatcgcgacgaagaaatacgtcaacaggttatcgacaatttttgt
tattttgcccgtgcgccggaatataaagcggctattttagaccgcacggctgccaatatc
gaacgggataaaaaccgtacttccgtgttaatttggtctcttggtaatgaaagcggatat
ggtgaaaacttcgaagccgccgccgcttgggttaaacagcgagacaattctcgtctaatc
cattacgaaagttctatttatcagcacagccaacatcaaaacgatttatccaatttggat
ttctatagcgaaatgtatccgggaactgaatccttagatgcttattgcacaactgacgaa
aacaccaagccttacattttatgcgaatacagtcatgccatgggtaattccaacggcgat
gcggaggactattggcaaacttttgaaaaatatgataaatcctgtggcggttttgtttgg
gaatggtgtgatcacgctccgtatctgcccgacggttcggggcggatgggatacggcggc
gatttcggcgatacccctaacgacggcaatttctgtatggacggtttggtttcgcccact
cgtattccgcacagcaatctgtttgaactaaaaaacgttaaccgaccgattcgcgcccgt
cttgtaggaaatcggattgaagtgaaaaattattgggatttcacccatttagacgaaact
gttacgatttgttatgccgtaaaagaaaacggcgaaatcatagaacagggtgaatgtaaa
gtaaaatgtgcccctaaacagaccgcacttttgccgctgacattgccggattatcacgga
aaattcacgaccttggatttggaatacctcgctgcgacacaatccgcactgttagaaccg
aaccattgctacggattcgagcaacttgtcatttacgataaagatttggtttcgccccaa
aaacctgaaaaaccgaccgcacttttcccttttgcggtggtcgaatccgctcgtagatta
actgtaaaaaatggagattatcaatatatctttgataaagattgcggtatattcaccgaa
attttgcggaaagaaaaagcattaatcgaacagcctttacattttaatatttggcgtgcg
ccgacggataacgaccgtttaatacgcgaattgtggcaaaacgccggttatcatcaaact
tacagccgcgcttattccgtcacttggcaacaaacggaaagtgcggtcgttattcaagcg
attttagctatcgtcgctaccgctaaaaaccggattttaactttgcaggtcaattatact
ttatatcaaaacggacaactgaccattgaagctcatggcgaacgccctgctcatcttccg
tatttaccgcgtttcggtttacgtttctttctgccgaaaacctgtgagcaggcacaatat
ttcggttacggcgagcgtgaaagttattcggataaacatcacctggctcgcctgggtaat
tatgcggtgaatgcggcgcaaaatcacgtccgttatcttaaaccgcaggaaaacggcagc
catttaggttgtcattatgttcgcttaggccattgtttggtttactctcctcttccgttc
agctttaatctttcaccttacacacaggaagaattaacagcaaaaaaccatgactatgag
ttggaggaatgtgattcaaccgtactttgtatagattacaaaatgagcggcatcggttcc
aattcctgcggaccggcattaaaaccgcaataccgattgcaggaaacaaaatttgactgt
cgtttcgatattcactttgaataa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (1)   
   KEGG REACTION (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   JGI-ASU (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (32)   

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