KEGG   Vibrio vulnificus CMCP6: VV2_0213
Entry
VV2_0213          CDS       T00108                                 
Name
(GenBank) Chitodextrinase precursor
  KO
K21606  endo-chitodextinase [EC:3.2.1.202]
Organism
vvu  Vibrio vulnificus CMCP6
Brite
KEGG Orthology (KO) [BR:vvu00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    VV2_0213
Enzymes [BR:vvu01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.202  endo-chitodextinase
     VV2_0213
SSDB
Motif
Pfam: Glyco_hydro_18 ChiC Big_7 CBM_5_12 Lipoprotein_21 CBM_5_12_2 GH18_BT1044-like
Other DBs
NCBI-ProteinID: AAO07185
UniProt: A0A3Q0KXI5
Position
II:240980..244162
AA seq 1060 aa
MRFKNGKAAKNVFTLSTLTASCLMAFNSYAAVDCSPLQEWNSSAIYNGGDKVQYQGSAYE
ARYWTQNNNPAEFSGDWAQWKALGACDNGPVDPVNQVPTTALTSPVATDVVKEGEVVVLA
ATAADQDGTVAKVEFLVDGVVVGQDTSAPFSASWTATAGAHTFSSVAYDDKGAVSQPSNV
TLTVESTQPGNTAPTVDLALSATTVEQGAVVTLTSNAADSDGTVEKVDFFVGGVLVGTAA
TAPYTLDYTTTQAGSLSVFARATDNLGATTDSSAQTLKVNGVAPVASCRPDGLYQTEGVN
VPYCTIYDEEGREKMGADHPRRVIGYFTSWRSGDDPQAAYLVKDIPWEQLTHINYAFVSI
GSDGKVNVGDVNDPTNAATGKEWPGVEIDPTLGFKGHFGALATYKEKYGVKTLISIGGWA
ETGGHFGADGKRVADGGFYTMTTNADGSINHAGIEKFATSAVEMIRKYKFDGVDIDYEYP
TSMAGAGNPDDKAFMEPRRAYLWASYQELMRVLREKLDQASAQDGVHYMLTIAAPSSGYL
LRGMETFDVTKYLDYVNIMSYDLHGAWNDHVGHNAALYDTGEDSELAQWNVYGTAQYGGI
GYLNTDWAYHYFRGSMPAGRINIGVPYYTRGWQGVTGGTNGLWGRAALPNQAECAPGTGE
GEKNNCGHGAMGIDNMWHDTDPKGNEMGAGSNPMWHAKNLEKGIFGSYASAYKLDPVNDP
QDKLVGSYVRNYDSVAVAPWLWNAEKAVFLSTEDKASVSVKADYVIDKEIGGIMFWELAG
DYNCYVLDANGNRTTIDETEQACATGNGEFHMGNSMTKAIYDKFKSATPYGNTVATGAIP
SETLDIAVSVGGFKVGDQNYPINPKVTFTNNTGTAIPGGTEFQFDIPVSAPDNAKDQSGG
GLKVIASGHTRANNIGGLDGVMHRVAFSLPAWKELPAGGTYELDMVYYLPISGPANYSVN
INGVDYAFKFEQPDLPVADLSAGNGGNTGGGDTGGGNTGGGDTGGNTGSGTVIQWEPGVT
QVNNGETVTFNGKCFVAKNSPGVWESPTQTNWFWDEVTCP
NT seq 3183 nt   +upstreamnt  +downstreamnt
atgcgttttaaaaacggaaaggcagcaaagaatgtgtttacactcagtactttgactgct
tcatgtctgatggcattcaatagctacgcggctgttgattgttcacctctacaagaatgg
aactcttccgccatttataacggcggagacaaggttcagtatcagggtagcgcttatgaa
gcccgttactggacacaaaacaataacccagcagaattctcgggagattgggcacaatgg
aaagcactcggtgcttgtgacaatggcccagttgacccagttaaccaagttcccaccacc
gctttgacctcacctgttgcaacggatgttgtgaaagaaggtgaggtcgttgttcttgcg
gcaacggcagcggatcaagatggcaccgtcgccaaagttgagtttttggttgatggcgtt
gtggttggtcaagatacatcggcaccattctccgcgtcatggactgcaaccgcaggcgct
catactttcagctctgtcgcttatgacgataaaggcgcggtaagccaaccaagcaacgtg
acgttgaccgtggaatccactcagcctggcaatacggcgccaacggtcgatcttgcactt
tctgcaaccacggttgagcagggtgcagtggtcacgttgacctcaaatgcagcagacagc
gatggtactgttgaaaaagtagacttttttgttggtggcgtacttgtcggtacggcagca
accgctccttatacgcttgactataccaccactcaagctggctctttgtcggtctttgct
cgtgcgacggataaccttggtgcaaccacggattcctctgcacagacgctgaaagtcaac
ggtgtggcaccagtggcatcgtgtcgccctgacggcctgtaccaaacagaaggcgttaat
gtgccttactgtacgatttacgatgaagaaggtcgtgagaagatgggggcagaccaccca
cgtcgtgtgatcggttactttaccagctggcgtagcggtgatgacccacaagcggcttat
ctggttaaagatattccgtgggagcaattaacgcacattaactacgcgtttgtcagcatt
ggctctgacggcaaagtcaacgttggtgacgtgaacgatccgactaacgctgcaacagga
aaagagtggccgggcgttgaaatcgatccgactctgggcttcaaaggtcactttggtgcg
ctagccacttacaaagaaaaatatggcgttaagacgctgatttctatcggtggttgggcg
gaaacgggcggtcactttggtgcggatggcaaacgtgtcgcagacggtggtttctacact
atgacaaccaatgcggatggttccatcaaccatgcgggcattgagaaatttgccacctca
gcggtcgaaatgatccgtaagtacaagttcgacggtgtggatatcgattatgagtaccca
acttcaatggcgggtgcgggtaacccagatgataaagccttcatggaaccacgtcgtgct
tatctatgggcttcataccaagagttaatgcgcgtattgcgtgaaaagcttgaccaagcg
tctgcacaagatggcgttcactacatgcttaccatcgctgcaccatcttcgggctaccta
ctgcgtggtatggaaacgtttgatgtgactaagtacctcgattacgtcaacatcatgtct
tacgacctacacggtgcatggaacgatcatgttggccacaacgcggcgctgtacgataca
ggtgaagactcagaattagcgcagtggaatgtttacggcacggcacaatatggtggcatc
ggttacctcaatacagactgggcataccactacttccgtggctcaatgccagcaggccgt
attaacatcggtgtgccttactatactcgtggttggcaaggtgtgacgggtggtaccaat
ggcctatggggccgagcggcgctaccaaaccaggctgagtgtgctccgggtacaggtgaa
ggtgagaagaataactgtggccatggtgcgatgggtatcgacaacatgtggcacgacacc
gatccaaaaggtaacgaaatgggcgcgggttcaaacccaatgtggcatgcgaagaaccta
gaaaaaggcatctttggttcctatgcgtcagcgtacaaacttgatccagtcaacgatccg
caagataaactggttggtagctatgttcgtaactacgacagtgtagctgtcgcgccttgg
ttgtggaacgcggaaaaagcggtattcctatcaacggaagacaaagcgtctgtcagcgtg
aaagccgactacgtcatcgataaagagatcggcggtatcatgttctgggaactggcgggt
gactataactgttacgtgcttgatgccaatggcaaccgcacgaccatcgatgaaaccgag
caggcatgtgccacgggcaacggtgaattccacatgggtaactcgatgaccaaagctatc
tacgataagtttaagtcagcaaccccatacggcaacacggtcgcaacgggcgcaattcct
tcagagacactggacatcgctgtttctgtcggtggattcaaagtgggtgatcaaaactac
ccaatcaacccgaaagtgacctttaccaacaataccggtacagcaattccgggcggcact
gagttccagttcgacattccagtgtcggcgccagataacgcgaaagatcaatctggtggt
ggcctgaaagtgattgcttctggtcacacacgtgcgaacaacatcggtggtctggatggc
gtaatgcatcgtgtggcgttctcgcttcctgcgtggaaagagctaccagcaggcgggact
tacgagttggatatggtttactacctaccaatttctggtccggcaaactacagcgtgaac
atcaacggtgtggactacgcgttcaagtttgaacaacctgatctgccagttgctgatttg
tctgcaggcaacggtggcaatacgggtggtggtgatactggcggcggtaacaccggaggt
ggtgacactggtggcaatacaggtagcggtacggttatccaatgggaaccaggtgtaacg
caagtgaataatggcgaaacagtgacctttaacggtaagtgttttgttgcgaaaaacagc
ccaggggtttgggagtctccaacacaaaccaactggttttgggatgaagtaacctgtcca
taa

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Ontology (2)   
   KEGG BRITE (2)   
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 (7)   
   Pfam (7)   
All databases (15)   

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