KEGG   Peribacillus muralis: ABE28_020240
Entry
ABE28_020240      CDS       T05340                                 
Name
(GenBank) hypothetical protein
  KO
K23989  mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase [EC:3.2.1.96]
Organism
bmur  Peribacillus muralis
Pathway
bmur01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:bmur00001]
 09100 Metabolism
  09107 Glycan biosynthesis and metabolism
   00511 Other glycan degradation
    ABE28_020240
Enzymes [BR:bmur01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.96  mannosyl-glycoprotein endo-beta-N-acetylglucosaminidase
     ABE28_020240
SSDB
Motif
Pfam: SH3_3 SH3_4 SH3_16 SH3_2 Glucosaminidase
Other DBs
NCBI-ProteinID: AOH56705
UniProt: A0A1B3XU22
Position
complement(4179123..4182203)
AA seq 1026 aa
MKKLIIPTFCFAVLSTVAFEEKISAAPLHAEQTNIDAHVMYVNVSSGSLNMRKTGAENAG
IVAKLSKGTQVTIYSESKGWTKIKANGKDGYVSTKYLSATKPGVLTKSAVTVKTVTKYVN
VSTGSLNMRKSGAESAALVTKLTRGTQVTVYSESKGWAKVKANGKDGYVSAKYLSAAKPN
QVTKSAVTSKTATKYVNVSTGSLNMRKSGTESAAVVAKLTKGTQVTVYSEAKGWAKIKAN
GKDGYVNAKYLSATKPGQATKSSVTSKTATKYVTASTLNMRKSGAVSSSIVTRLSKGTQV
TVYSEANGWAKVKASGKDGYVSTKYLSAAKPGAGSTATVQKTSTKYVTASTLNMRKSGTD
SSSIVARLSKGTKVTVYSEAKGWAKVKANGKDGYVSTKYLSNAKPVTDTKPAVPEKTTTK
YVNASTLNMRKSGSESASIVAKLSKGTQVVVYSEAKGWAKVKANGKDGHVSTKYLSTTKP
VTDTKPAVPEKTTTKYVNVGSGMLNMRKSGSETASIVGKLTHGTQVTVYSESKGWAKVKV
NGVEGYVSTSYLTATKPVTGTKPSIPEKTTTKYVNVSSGTLNMRNKPSENASVVVKLARG
VEVEVISESDGWSKIKAYGGEGYVSTQYLSTEKPGATPENPGGEETTITKYVSVNDGSSL
NMRSGASATASIIAKLVDKTAVTVYSESGGWSRVTANGKTGYVSTQYLSAKAPEGPGSPN
ESIIRVDKEYNLTMEKMVEIQMKANAQTDKVYKTYIREDGLSIINSTKGTVKGTGWRVRG
GAGPNYWVVGDVSNNQSLTIKSKVKGSDGYYWYEVSYNKTWVNASPEDIEYNLNPNNFVN
DPVHSYQFVKLSQVTNMNVSEVNDRILSGKGILQGQAATFTSAGVKYGVNEIYLISHALL
ETGNGTSPLATGVKVNGRTVYNMYGVGAFDGTAVSSGAQYAYNAGWFTPEAAIIGGAEFI
AKGYISAGQDTLYKMRWNPTAAEKYGYASHQYATDIGWATKQVKQIYNLYSLLDSYKLTI
EIPKYK
NT seq 3081 nt   +upstreamnt  +downstreamnt
atgaagaaattaattataccaactttctgttttgcagtattgtcgacagtcgctttcgaa
gaaaaaatatctgcagctccactacatgcagaacagacgaatattgatgcacatgtaatg
tatgtaaatgtaagttccggttcgctcaatatgagaaaaacgggagcggagaatgcgggc
atagttgccaagctttctaaagggacacaagtaacgatttattcggaatccaagggttgg
acgaagatcaaagccaatggaaaggacggatatgtcagtacaaagtatttatcggcaacg
aagcccggggttttaactaagtctgccgtaactgtaaagacggtgacaaaatatgtgaat
gttagcacgggttcgctcaatatgcgaaaaagcggggcggaaagtgcagcattagtaacg
aagctgacaaggggcacgcaagtaacggtgtactcggaatccaaaggatgggcgaaagtc
aaagccaatgggaaagacggttatgtcagtgctaagtatctttcggcagcgaagccaaac
caggtgaccaagtccgccgtaacgagtaaaacggcgacaaaatatgtgaatgtcagcacg
ggttcgctcaatatgcgaaaaagcgggacggaaagtgcagccgtagtagcgaagctaaca
aaaggcacgcaagtaacggtgtattcggaagccaaaggatgggcaaagatcaaagccaat
ggaaaagatggctatgtcaatgcaaagtatctttcggcaacgaagcctggtcaggcaacc
aaatcttccgtaacgagtaaaaccgctacgaaatatgtgacggcaagtacgctcaatatg
cggaaaagcggtgccgtaagttcaagcatcgtcacaaggctttcaaaagggacgcaggtg
acggtgtattcggaagccaatggatgggcgaaggtcaaagccagtgggaaagacggctat
gtaagcaccaaatatttgtccgcggccaagccaggagccggatccacggcaactgttcaa
aaaacgtcaacgaaatacgtgacggcaagcacgctcaatatgcgaaaaagcgggacggat
agttcaagcattgtcgcgaggctatcaaaagggacgaaagtgacggtttactcggaagcc
aaaggctgggcgaaggtcaaggccaatggaaaagacgggtatgtcagcaccaaatatcta
tcgaatgcaaagccggtgacggacacgaaaccagcggtccctgaaaaaacgacgacgaag
tatgtgaatgcaagtacgctcaatatgcgaaaaagcggcagtgaatccgcaagcatcgtc
gccaagctttcaaagggaacacaggtagtggtatattcggaagccaaaggctgggcgaag
gtcaaggccaatggaaaggacggtcatgtaagcaccaaatatctatcgacgacaaagccg
gtaacggacacgaaaccagcagtccctgaaaaaacgacgacgaaatatgtaaatgtcggc
tcaggaatgctcaatatgcgaaaaagcggcagtgaaaccgcaagcatcgtcggcaagctg
acacatggcacgcaggtaacggtatactcagaatccaaagggtgggcaaaggtcaaggtc
aacggggtggaaggatatgtaagtacatcctatctaacggcgacaaagccggtaacgggc
acgaaaccatcaattcctgaaaaaacgacgacgaaatatgtaaatgtcagctcaggaacg
ctcaatatgcgtaataagccatcagaaaacgcatcggtcgttgtaaaattggcaaggggt
gtagaggtagaagttatctcggaatcagatggctggtccaaaattaaggcgtatggcgga
gagggttatgtcagcacgcaatatttatcaacggagaaacctggtgccacaccggagaat
ccaggcggagaagaaacgacgatcaccaagtatgtaagtgtgaatgatggctccagtttg
aatatgcgctcaggtgcatcggcgaccgcttcaatcattgccaagcttgtagataaaacg
gcggtaaccgtgtattccgagtctggaggctggtcacgggtcacggcgaatggaaaaacg
ggttatgttagcacgcaatacctatcagccaaggcaccagagggtccaggaagtcccaat
gaatcgatcatcagggtcgataaagagtacaatcttacaatggaaaaaatggttgaaatt
caaatgaaggctaatgcgcaaacagataaagtgtataaaacctacatacgtgaggatggc
ctgtcaatcatcaattcaaccaaagggaccgttaaaggaaccggatggcgtgtcaggggc
ggagctggcccgaattattgggtagtcggggatgtaagcaataatcaatcattgaccatt
aaatcaaaagtgaaaggctctgacgggtactactggtacgaagtgagctataacaagaca
tgggttaatgctagtccggaagacatagagtataaccttaatccgaataatttcgtcaat
gatccagttcattcgtatcaattcgtgaagctctcccaagttaccaatatgaatgtttcc
gaagtgaatgatagaatcctttcaggtaaaggcattctgcaaggacaagctgcgaccttc
acttccgcaggagtaaagtatggcgtgaatgagatttatttgatttctcatgccttgctg
gagaccgggaatggcacttcacctttggcaacaggagtgaaggtgaacgggagaacggtc
tataatatgtatggagtgggagcttttgacggtacagcggtaagcagcggtgctcaatat
gcatataatgccggctggttcacaccggaagcggccattatcggcggcgccgaattcata
gcgaagggctatatttccgctggacaggacacgctttacaaaatgaggtggaaccctacc
gcagcagagaaatatggctatgcttcacatcagtatgccactgatattggctgggcaacg
aaacaagtgaaacagatttataacttgtatagtttattagattcatataaattgacgatc
gaaattcctaaatataagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (14)   

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