KEGG   Christiangramia fulva: C7S20_14595
Entry
C7S20_14595       CDS       T05367                                 
Name
(GenBank) beta-N-acetylglucosaminidase
  KO
K01207  beta-N-acetylhexosaminidase [EC:3.2.1.52]
Organism
grs  Christiangramia fulva
Pathway
grs00520  Amino sugar and nucleotide sugar metabolism
grs01100  Metabolic pathways
grs01501  beta-Lactam resistance
Brite
KEGG Orthology (KO) [BR:grs00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    C7S20_14595
 09160 Human Diseases
  09175 Drug resistance: antimicrobial
   01501 beta-Lactam resistance
    C7S20_14595
Enzymes [BR:grs01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.52  beta-N-acetylhexosaminidase
     C7S20_14595
SSDB
Motif
Pfam: Glyco_hydro_3 Beta-lactamase Glyco_hydro_3_C
Other DBs
NCBI-ProteinID: AVR46394
UniProt: A0A2R3Z864
Position
complement(3275789..3278722)
AA seq 977 aa
MKLKHARGSLTFLFFIFLSLCVNSQVTNPLRADDFVAQKKWVDSVYNSMSLEEKVGQLFM
ANIWSRNAATEADTIRKLIKEEHIGGIIFSKGGPVKQAQLTNEFQGLSKVPLLVGMDAEW
GLAMRLDSTFAFPWNMTLGAIEDETLIQRTGAAIGRHAKRLGIQFNFGPVVDINTNPDNP
IIGNRSFGETKENVTRKALAMMKGMEHSGLLSTAKHFPGHGDTDSDSHKTLPTITFSKER
IDSVELYPYKKLIPQGLNSVMVAHLSVPDLEPDESVPASLSEKIITGILKKKMGFNGLIF
TDALDMKGVAKGNKPGEVDLQAFLAGNDVLLMSEDISKASDNIMEAYNQGIISEDRLALS
VKKILYAKYKTGLNNFQPINTTSLISDLNTLQDEALLEDLFENAATLLKNNKGVVPIKNL
EKQKIAYVNFGNADGSPFLKELRKYAKVDWVKAEKLSDLQEKLDQYSYVIVGYHKPDNNP
WASYKFSDKELSWLHEIARRNKTLLALFARPYALLDIKSFSNIEGVIVGYQNHPVAQQKV
AQILFGALPAKGKLPVSIGREFPEGTGYITKDINRLAYGSPETVGMSSEKLKKIDSIINY
AIDEKMTPGAQILVARKGKVIYQKNFGYQTYDKKIPVTDTTIYDLASLTKILATLPLVMQ
LDEEGVLSFDTKLSEMFPSFKDSNKANIRLQDMLMHYARLLPWIPFYISTIDHDSNEPSD
LYYRSEPSPEFNTHVAKNMYIRKDIGDTIIKTIRDSKLEPRLEYKYSDLPYYLLKYYLEA
YFHTSLQIVTQQRLYQPLGANYTGYLPLTRFDTLQIAPTENDKLWRHQLVRGYVHDQGAA
MQGGIGGHAGLFSTANDVAKIMQMYLNGGHYGGEEFLEKEIIDSYNTCYYCKKRVRRGVG
FDKPQLSEAGPTCNCVSMNSFGHSGFTGTFAWADPDEEIVYIFLSNRVYPDSNNRKLIHA
DIRSNIQKVIYESIISD
NT seq 2934 nt   +upstreamnt  +downstreamnt
atgaagttgaagcacgcccgaggatcgctaacatttttattttttattttcttatccctg
tgcgttaattcacaggtcaccaatcctttaagagccgatgattttgtcgcccagaaaaaa
tgggttgacagtgtttataactctatgagcctggaggagaaagtaggacagctttttatg
gccaatatctggtcaagaaatgcagccactgaggctgatactatcaggaagctcataaaa
gaagaacatattggcgggatcattttttccaaaggaggccccgtaaagcaggcccagctt
accaatgagtttcagggattgagcaaagtgcctttgttggttggaatggatgctgaatgg
ggacttgcaatgagacttgacagtacctttgcctttccctggaatatgaccctcggcgca
atagaggatgagacccttatccaacgtaccggcgcggcgattggtcgccatgccaaacgc
ctgggtattcagttcaattttggacctgtagtagatatcaacacgaatcctgataatccc
atcatcgggaaccgttcctttggcgaaaccaaagagaatgtgaccagaaaggccctggca
atgatgaaaggcatggaacattcgggtcttctcagtaccgccaaacatttcccggggcat
ggggataccgattcagattctcataaaacccttcccaccattactttttcaaaagaacgg
attgattcggtggagctttatccatataaaaagcttattccgcagggcttaaacagtgtt
atggtggctcatttgagcgtcccggacctggagcccgatgaatctgttccggcctctctt
tcagaaaaaatcattaccggaattcttaagaaaaagatggggtttaatggactcattttt
accgatgcccttgatatgaaaggagttgcaaaaggaaataaaccgggtgaagtagatttg
caggcatttttggctgggaacgatgtgctgttgatgagcgaggatatttcaaaggcatca
gataatattatggaagcctataatcagggaattatttctgaagatcggctggcactttca
gtgaaaaagattctttatgccaaatataaaaccgggctcaataattttcagcctataaat
acaacttccttaattagtgatcttaacactctccaggatgaagcgcttcttgaagatctt
tttgaaaacgccgccacactattaaagaataataagggagtcgtaccgattaaaaacctg
gaaaagcagaagatcgcttacgtcaattttgggaatgcagatggaagtccgtttttgaag
gagcttagaaaatatgccaaagtagattgggtaaaagctgaaaaactttcagatttacag
gagaaacttgatcagtattcctatgttattgtgggttaccataaacccgataataatccc
tgggcttcctataaattcagtgataaggaattgagctggctccacgagatcgcccgcagg
aacaaaacactgcttgctttatttgccaggccttatgctttgctcgatataaagagtttt
tcgaatatagaaggagttatagtgggttatcaaaatcatcctgttgcccagcagaaagta
gcgcagatactttttggagctttgccagcgaaaggaaagttacctgtgagcattgggagg
gaatttccggaaggcacgggatatattaccaaagacatcaaccgtcttgcctatggaagt
ccggaaacggttggcatgagttccgaaaaattgaaaaaaattgatagtatcatcaattat
gcgatcgatgaaaaaatgactcccggagcacaaattctggtggcaagaaaaggaaaggtg
atctatcaaaagaattttggatatcaaacctatgataaaaaaattcctgtaactgatacc
acgatatacgatctcgcgtcgctcacgaaaatcctggctacacttccgctggtaatgcaa
ctggatgaagaaggagttttaagttttgacacaaagttgagtgagatgtttccttcattt
aaagattcaaataaggcaaatatcaggcttcaggatatgctgatgcactatgcaaggctg
ttgccatggattcctttttatatctctaccatagatcatgatagcaatgaaccctcagat
ctctattatcgtagtgaaccttcccccgaattcaatacgcatgtagccaaaaacatgtat
atccgcaaggatattggagataccatcataaaaaccattagggatagcaagcttgagccg
cggctcgaatataaatacagcgatttgccttattatcttctaaaatattacctggaagcc
tattttcatacttctcttcaaatcgtgacccagcaaaggctttatcagcctttgggcgca
aattataccggctatttaccccttacgcgttttgatactttgcaaattgcccctaccgaa
aatgataaattatggaggcaccagctggttagaggttatgttcatgaccagggagcggcc
atgcagggaggtattggaggtcatgccggacttttcagcactgccaatgacgtggcaaaa
attatgcagatgtaccttaacggaggccattacggtggagaggaattcctggaaaaagaa
atcattgacagttataatacctgttattattgcaaaaagcgtgtaaggcgtggcgtaggt
ttcgacaaacctcagttatcagaggcaggacctacctgtaactgtgtttccatgaatagt
tttggccatagcggatttacaggtacctttgcctgggccgatcccgatgaggagatcgtt
tacatatttttgtcgaaccgggtgtatcctgattctaataatcgaaagctcattcacgcc
gatattagatcgaacatccaaaaagttatttacgaatctattatttctgattga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (19)   

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