KEGG   Vibrio nigripulchritudo: VIBNI_A2386
Entry
VIBNI_A2386       CDS       T02871                                 
Name
(GenBank) Putative Chondroitin AC lyase
  KO
K19049  chondroitin AC lyase [EC:4.2.2.5]
Organism
vni  Vibrio nigripulchritudo
Brite
KEGG Orthology (KO) [BR:vni00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    VIBNI_A2386
Enzymes [BR:vni01000]
 4. Lyases
  4.2  Carbon-oxygen lyases
   4.2.2  Acting on polysaccharides
    4.2.2.5  chondroitin AC lyase
     VIBNI_A2386
SSDB
Motif
Pfam: Lyase_8 Lyase_8_N Lyase_8_C DUF4764
Other DBs
NCBI-ProteinID: CCO58454
UniProt: U4K724
Position
1:2535924..2539109
AA seq 1061 aa
MKTLCVLKKSTLAILLGLAAIPTVVAMTTDALAEVSAPSTNEAEILNGVAQKMAAYIDEN
NEPVSDVGSWLIPVSEGGLFDPATGQWSDIDYVSSTRAALPVLEHLDRLLALAQCYTNTQ
CNQNSEPVLLSVISAGMQQFADAQYSHQNWWFNYIGIPHPVGELLVYVKANNIPVTPSAY
QALVNAKYLNARSHWSYGRGANAIDIAIANMYSGVVRENSERLSYYSNQALNEIGRSDIG
INTDKSFFAHGPMLNTNSYGWVLVMRTLQVESYTRDYYSMSSNSQNALESFMDQGMYPTF
RGRYHDYLTGGRGGVSRENNLGRGFSTETLARLNPDRAAHFQLVNQVTSGQTSSDQMPYR
GVKGYWNGDYLLKNEQSYQYSSLTHSTRTIAIEQGNGENLLGSLMSMGSHSIRMSGDEYY
NIFPLWDWLKIPGVTGRQGQSMNQGWNSRGIAFSGVMSAANNAIMVHSQDKFGVTVKKAN
FVFSDAIVAMSSGVTSVEDGQVTTSLDQNWYRSGVTIGLTNGDSNTMTSGTQSYSGDQLS
YLLHNGIAYLPLDNSMYHVSVEERTGQWTRVNASQSDRDITGTVFTSWIDHGNRPTNQTF
SYAIYPAQTAASVSTLNPRDRFATYQEGDTLVAFDQRDDVLQLVLREAGQWSNSDFTLVS
DQPGMYIVTNASSAQPTLYFADPNQTYGSASVSLFNSYGGASEQISSPNYQQTNVSSVTF
DMGSAVELPDLVIGASQDTFVRFGGYSDDNYGASDKISVKADSNASYRRYAFLKFPVSQV
NTTALNTATLELSVHNSGNPQPVVAYRVDDQNWEESTLTANSAPDSGAQISTATNNNGVF
RWDVTQVLRDASSQGLSTVSIKLLVANNGQNNWVTFNSKESAETGPVINIDYNPVVEEVD
AVEDAYLQGGNSANTNFGQDSRLIVKLDSNSSNYTRESVLKFPIHHLNSAALNLAELSLQ
VKSIGQAMTLQVTENDSNWSEVSVTYDNLNRGASESVASNLTTGDQTVAINITDLVRNAL
EQGKEQISLRLYSLDQGANKYATFYSKDSTFVPPRLVTSSY
NT seq 3186 nt   +upstreamnt  +downstreamnt
atgaaaacactatgtgtattgaaaaaaagcacgctcgctattcttttagggcttgcagct
attccaacagtagtagcaatgacaacagatgccttggccgaggtaagtgcgcccagtaca
aatgaagccgaaattctcaatggggttgctcagaagatggctgcctatatcgatgagaat
aatgaaccagtcagcgatgtcggatcctggttgatccctgtatcagaaggaggactattt
gatcccgcaacggggcaatggtcagatattgactacgtatcttcaacaagagcagcactg
cccgttcttgagcatctggatcggcttttagcactggcacagtgttacaccaacactcaa
tgcaatcaaaattcagagccagtgcttctttcggtcatatctgcaggaatgcagcaattc
gccgacgcacaatatagccaccaaaactggtggttcaactatattggcataccccacccc
gtaggcgaacttctggtatacgttaaagctaacaatatacctgtcactccctccgcttat
caggctctggttaacgcaaaatatctgaatgccagaagtcactggagttacggacgcgga
gcaaatgcaatagacatagctatagcaaatatgtatagcggagtggttcgagaaaactcc
gagagactgagctactacagcaatcaggcattgaatgaaatcggtcgctcggacatagga
atcaatacagacaagagcttttttgctcacggaccgatgctcaacactaattcatatggt
tgggtactggttatgcgaaccttacaggttgaatcgtacacacgtgactactattcaatg
agttcaaacagccagaatgcgttagaaagttttatggatcaggggatgtaccctacattt
cggggtcgataccatgattacttaacaggtggacgtggcggtgtttcgcgtgaaaataat
ctaggtagaggattttcaacagaaacgctagcgaggttgaaccccgaccgggcagcacat
ttccaactggtgaaccaggtaacaagcgggcaaacctcttcagatcaaatgccctataga
ggggtcaaagggtactggaatggtgactacctattaaaaaatgagcagtcatatcaatac
tcctccttaactcactcaacaagaacaatagctattgaacagggaaatggtgaaaacctg
ctgggatctctgatgtctatgggttctcactcgatccgaatgtctggcgatgaatactac
aatattttcccactttgggactggctgaaaatacctggcgtcactggtcgacaaggtcaa
tctatgaatcagggctggaatagccgagggattgctttttccggagtaatgtctgcggct
aacaacgccattatggttcatagccaggacaaatttggtgtgacagtaaagaaagcaaac
tttgtatttagcgatgctatcgttgccatgtcatcaggcgttacctctgttgaagatggt
caggtaaccacttcgcttgatcaaaactggtatcgcagtggggtgactattggactgact
aatggcgattccaatactatgactagcggtacacaaagttactcaggtgatcagctgtca
tacctgctccataatggcatcgcttacttgcctctagacaacagcatgtatcacgtcagt
gtggaagaacgtactggtcaatggaccagagtgaatgcatcacaaagtgatcgcgacatc
acgggaaccgtgtttaccagttggatagatcatggtaatcgcccaactaatcaaactttc
agttacgccatttaccctgcgcaaacagctgcgtcggtatccacgctgaatccccgtgat
cggttcgcaacttaccaggaaggagacacgcttgtcgcgtttgatcagcgagacgacgtg
ttacagctagtcctaagagaagccgggcaatggagtaatagtgattttaccttggtttct
gatcagcctggcatgtatatcgtaaccaacgccagttctgctcagcctacgttatacttt
gcagaccccaatcaaacgtatgggtccgcttcggttagcctttttaactcgtatggaggc
gcatctgaacaaatatcttccccgaactatcagcaaaccaacgtttcttctgtcacattt
gatatgggttccgcagttgaactacccgatttagtcataggggcttcacaggatacgttt
gttcgttttggtggatactcagatgataactatggtgcgtcagataagatttcggttaaa
gccgattccaacgcctcatatcgtcgctatgcattcctcaagtttccggttagtcaggtt
aataccaccgcactgaataccgcgacgctggaattatccgtgcataactccggaaatcca
caacctgttgttgcttacagagtagacgatcagaactgggaagaatcgaccctgacagca
aattcggctccagactctggtgctcagatctcaactgcaaccaacaacaacggagtgttc
agatgggatgtgacacaagtgcttcgtgacgcttcatctcaagggttatcaaccgtcagt
attaaattactggtggcaaataatggtcagaacaactgggtgacttttaacagcaaggag
agcgcagaaaccggacccgttattaatattgattacaaccctgtcgttgaagaggtcgac
gctgttgaagatgcatatctgcagggaggaaattcagccaatactaattttggacaggat
tcacgactgatagtgaaactcgactctaattcatcaaattacactcgtgaaagcgtgttg
aagtttccgattcaccacctgaattctgccgctttaaacctggctgaactgtctcttcaa
gtgaaaagcatcggtcaggcaatgactcttcaggttacagaaaacgattcaaactggagc
gaggttagtgttacctatgacaatttgaaccgaggtgcttccgaatcggttgcatcaaat
ttaaccacaggggatcaaactgttgctatcaatattacggatttggttaggaacgctctt
gaacaaggcaaggaacaaatctcattgagattgtacagtctggaccaaggtgctaacaaa
tatgctactttttacagtaaagacagtacatttgtaccgccgaggttagtcacctccagt
tactaa

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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 (4)   
   Pfam (4)   
All databases (12)   

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