KEGG B.halodurans: BH2723

Bacillus halodurans: BH2723

Entry

BH2723 CDS B.halodurans

Definition beta-galactosidase

Orthology K01190 beta-galactosidase [EC:3.2.1.23]

Pathway bha00052 Galactose metabolism
bha00511 Other glycan degradation
bha00600 Sphingolipid metabolism
bha01100 Metabolic pathways

Class Metabolism; Carbohydrate Metabolism; Galactose metabolism
[PATH:bha00052]
Metabolism; Lipid Metabolism; Sphingolipid metabolism
[PATH:bha00600]
Metabolism; Glycan Biosynthesis and Metabolism; Other glycan
degradation [PATH:bha00511]

SSDB

Motif Pfam: Glyco_hydro_2_C Bgal_small_N Glyco_hydro_2_N Glyco_hydro_2
PROSITE: GLYCOSYL_HYDROL_F2_2 GLYCOSYL_HYDROL_F2_1

Other DBs NCBI-GI: 15615286
NCBI-GeneID: 893545
UniProt: Q9K9C6

Position complement(2842367..2845411)

AA seq 1014 aa
MKTHSNVSWLRDVNVFAVNRLPAHSDHVYYETVEEAKKEPPMSMRHSLNGHWKFHYAINP
NTRPKEFYQLGFDCKCWDDILVPGHIQLQGYGKPQYVNTMYPWDGHHHLRPPEIPEDDNP
VGSYVKYFDIPNNMSNHPLFISFQGVETAFYVWLNGEFVGYSEDSFTPAEFDLTPYAVEG
ENKLCVEVYQRSTGSWLEDQDFWRFSGIFRDVYLYTIPNIHVYDMHVRADLDRSLQTGIL
ETTLELKRSQEKEVMIVAELYDAEGAVVATADMKTNQDQATVSMSVDSPALWSAEDPYLY
KLFLKLFDENGTLVEVVPQKIGFRRFELVNNIMTLNGKRIVFKGVNRHEFNGRTGRVVTK
EDMLEDIKTMKKHNINAVRTSHYPNNSEWYQLCDEYGLYVIDEMNLETHGSWQKLGKVEP
SWNIPGNHLEWEPIVMDRAVSMFERDKNHPSILIWSCGNESYAGEVILNVSRYFKSVDPS
RLVHYEGVFHARAYDATSDMESRMYAKPKDIEDYLTNDPKKPYISCEYMHAMGNSLGGMH
KYTELEQKYPMYQGGFIWDYIDQALLKKDRYGKEYFAYGGDFGDRPTDYSFCANGIVYAD
RKPSPKMQEVKFLYQNIKLVPDREGVLVKNENLFTDTSAYQLEYVLYWEGTELYRKKQDV
FVAPQEEVYLPFDWLEQGMNESGEYCIHTMLTLKQDQLWAEKGHEVAFGQHVYRMGAIQK
ERNARGALKVVHGDVNIGIHGEDFSVLFSKAVGSLVSLHYAGKEMIEQPPMPLFWRATTD
NDKGCSQLYHSGIWYAASLARKCVNMEVEEKPGHVSVLFTYHFAISDRVEVKVGYTVFPD
GSLRVRSTYQASKGGETLPQLPMFALSFKLPADYEQLEWYALGPEENYADRATGARLCTF
KNKVEDSLSQYVTPQESGNRTGVRTVKILDANGQGIEVCSVEEPIECQISPYTAFELEQA
SHPYELPNVHYTVVNVAGKQMGVGGDDSWGAPVHDEYVLKADQDLEFVFDINRV

NT seq 3045 nt +upstreamnt +downstreamnt
ttgaaaacgcactcaaacgtaagctggcttcgcgatgtgaatgtatttgccgtcaatcgg
cttccggcccattctgatcatgtatattatgaaacggtggaagaagcgaaaaaagaaccg
ccaatgtccatgcgccattcgttaaatggccattggaagttccattatgcgatcaatccg
aatactcggccaaaggagttttaccagctcggttttgattgtaaatgttgggacgatatt
ctcgtaccagggcatattcaactacaagggtacgggaagccccaatatgtgaacacgatg
tatccatgggacggtcaccaccaccttcgcccgccggaaattccggaagatgataatcca
gttggcagctatgtcaagtattttgatattccgaataacatgtcgaaccaccctctcttt
atctcctttcaaggggtggaaacagcgttttacgtttggctcaatggggagtttgttggc
tatagtgaggatagttttacgccggcagaatttgacctgaccccgtatgctgtggagggg
gaaaacaaactatgtgttgaagtgtatcaacgttcgactggtagctggttagaggatcaa
gatttctggagattttctggtatttttcgcgatgtctacttgtacacgattccgaacatc
cacgtatatgacatgcacgttcgcgcggatctagaccgttcgttgcagacaggtatcctt
gaaacaacacttgaactaaaacgatcccaagaaaaagaggtgatgatcgttgctgaattg
tacgatgctgaaggagcggtcgttgcaacggcggatatgaaaacgaatcaagatcaagcg
actgtgtccatgagcgtagattcgccagcattatggagtgcggaagatccttatttatac
aagctgtttttgaaactatttgatgaaaatgggacattagtagaggtcgtcccacaaaag
ataggatttagaagatttgaactcgtgaataacatcatgactttgaatggcaagcggatt
gtctttaaaggcgtgaaccgccacgagtttaatgggcgaacagggcgtgtcgtgacaaaa
gaagacatgcttgaagatataaagacgatgaaaaagcataacattaacgccgttcgtact
tctcattatccgaacaatagtgagtggtatcaattgtgcgacgagtacggtctctacgtt
attgatgagatgaatttagaaacccacggctcgtggcaaaagttagggaaggtagagcca
tcctggaacattcctgggaatcatctggagtgggaaccgatcgtgatggaccgagccgtc
tccatgtttgaaagagataaaaatcacccatcgatccttatctggtcgtgcggaaatgaa
tcgtatgcaggtgaggttattctgaatgtgagtcgctactttaaatcggtcgatccaagc
cgtctcgttcattatgaaggtgtctttcatgcgagagcttatgacgccacgagcgatatg
gaaagtcggatgtatgcaaaaccaaaagacattgaggactatttaacgaacgatccgaaa
aagccgtacattagctgtgaatatatgcatgcgatgggcaactctttaggtgggatgcac
aagtatactgagttggaacagaaatacccgatgtatcaaggaggcttcatttgggattat
atcgaccaagcgcttttgaagaaggatcgctacgggaaagaatactttgcatacggcgga
gattttggcgacaggccaacagactatagcttttgtgcaaacggcattgtatatgctgat
cggaagccgtcaccaaaaatgcaagaagtgaagtttttatatcaaaacatcaagctagta
ccagatcgcgagggagtgctcgtgaaaaatgaaaatctgttcaccgatacatcagcttat
caattagagtatgtattatattgggaagggacagaactctatcggaaaaagcaagatgta
tttgtagctccgcaggaagaagtatatctaccgtttgattggcttgaacaggggatgaat
gaatctggagagtattgcatccacacaatgcttactttaaagcaggatcaactgtgggct
gagaaaggacatgaggttgcgtttggtcaacatgtataccgaatgggagcgattcaaaaa
gaaaggaacgcaagaggagcacttaaggttgttcatggcgatgtaaacatcggcatccat
ggggaagacttttccgtactcttttccaaagcggttgggagtctcgtgtcgcttcactat
gcgggcaaagaaatgattgagcagccaccgatgccacttttctggcgagcgacaacggac
aacgataagggatgttcccagctttatcattcaggcatttggtatgcggcaagtttagcg
agaaaatgcgtgaacatggaggtcgaagagaagcctggacacgtatctgttctttttacc
tatcatttcgctataagtgatcgagttgaagtaaaggttggttatacggtgtttccagac
ggaagccttcgggttcgctccacgtatcaagccagcaaaggaggcgaaaccttgccacag
ctaccgatgtttgccttatcctttaaactaccggccgattatgagcaattggaatggtac
gcattaggaccggaagaaaattatgcggatcgcgcaacaggagcaaggctttgcacattc
aaaaacaaagtagaagacagcctctcacaatatgtgaccccgcaagaatctgggaaccga
acaggggtccgcaccgtgaaaatcctcgatgcaaacgggcaagggatcgaagtctgctcg
gtggaggagccaattgaatgccaaatctccccatacactgcatttgagcttgaacaggca
agccatccatatgagctgccaaacgttcattatacggttgtgaatgtggcaggaaaacaa
atgggtgttggaggagatgatagctggggtgcgcctgttcacgatgaatatgtgctgaaa
gcggatcaagatttagaattcgtgtttgacatcaatcgggtgtaa

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (4)   
   PROSITE (2)   
All databases (20)

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