KEGG   Pseudoalteromonas luteoviolacea: S4054249_23135
Entry
S4054249_23135    CDS       T04577                                 
Name
(GenBank) glycoside hydrolase
  KO
K21606  endo-chitodextinase [EC:3.2.1.202]
Organism
plz  Pseudoalteromonas luteoviolacea
Brite
KEGG Orthology (KO) [BR:plz00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    S4054249_23135
Enzymes [BR:plz01000]
 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
     S4054249_23135
SSDB
Motif
Pfam: Glyco_hydro_18 ChiC Big_7 CBM_5_12_2 PKD_4 PKD EMP24_GP25L CBM_5_12 He_PIG
Other DBs
NCBI-ProteinID: AOT11267
Position
2:complement(612237..615359)
AA seq 1040 aa
MRNHIINALKLSSIAIAISTTYASAYDCTGLADWQNGYTYVGGNQVVQTNTAYEAKWWTR
SEPATNSGPNQEWKKLGECSGGAVNNPPVISQLKPVSGSEFNQNDSVAISVNAVDVDGNV
NRVEFYVDNTLIATDTTGVADTFDTNWTAGQPGQYQISAKAFDDKNEASNILSNLLTVKT
STPVNEAPVAALDIKSKPVELVVGSNVVFSLSGSDADGTLSKLSFAVNGTEVVATNGTAT
EHTWVAPADGTYNFTLTVTDNENASTSVTTQLQVGAQVPGDRDACKPDGLYQTPGVNTPY
CTIYDANGRELMGADHPRRVIGYFTSWRNGANGQPSYLVNDIPWDKITHINYAFAHVDAA
NKVSIGDPNAAGNPATNMEWPGVAGAELDPTLPYKGHFNLLTKYKKQYPDVKTLISVGGW
AETGGFFGPDGSRVNSGGFYTMTTNADGSINNAGIETFVASSVEFIRKYGFDGVDIDYEY
PSSMKDSGHPDDFPISNARRAGLNASYQVLMKRLREELDKAGQQDGVHYMLTIASPSSGY
LLRGMETFQVTKYLDYVNIMSYDLHGAWNSHVGHNAALYDTGEDSELKAWNVYGTKEFEG
IGYLNTDWAVKYFQGGLSAGRINIGIPYYTRGFKDVQGGTNGLWGQAALPNQADCAPGTG
VGEKNKCGNGAVGIDNLWHDKNDVGLEIPAGSNPLWHAKNLQNGVVPSYLSIYGLTPDTD
PADQLTGTYTRHYDSVAVAPWLWNAQKNVFISIEDEESMGTKVDYVINKGLGGIMFWELA
GDFDYDQAKGEYFMGSSMTTLAYNKFKQSGSQYDVHRGDIAFQVPTEQVDISFEAKNFPV
GDDNYPIAPTFTFTNNSNIDLSGAKISFDVPVSTSAIFKSNWNAQEKLIMAVDVNSSNAA
GNNIGGFDNDFHRFSITFIDDWGNQPKSFAPGESVNAQVMYYMPVTGPVNFTAEKDGKRY
AFKFEHPTLPAAKPGDGNGGPITHCEGTPIAEIPVYPTFPRGTHAGQGDLIIDGKGVYKA
KWWSNKQPSTSSDYQKVCSL
NT seq 3123 nt   +upstreamnt  +downstreamnt
atgagaaatcatataataaatgcactcaagttgagttcaatcgcaattgcaattagcaca
acatatgcaagtgcatacgattgtacaggtctagcagattggcaaaacggctatacttac
gtaggcggtaatcaggtagtacaaacaaatactgcctatgaagcaaaatggtggacaagg
tcagagcctgctacaaattcaggcccaaatcaggaatggaaaaaactaggtgaatgtagt
ggcggagctgttaataacccaccggtaatcagtcagttaaaaccagtttcaggttctgaa
tttaaccaaaatgacagcgttgccataagtgtaaatgcagttgacgttgacggaaacgta
aatcgagtggagttttatgttgacaacacgctcattgcaactgataccacaggcgtagca
gacacatttgatactaattggacggcaggacaaccaggtcaatatcaaataagcgctaaa
gcatttgatgacaagaatgaggcttcaaacatactatcaaatctcttgacagtaaaaaca
tctactcctgtaaatgaagcgcctgttgctgcgttagacattaaatcaaagcctgtagaa
ctcgttgtcggaagcaatgttgttttctcactttcaggttctgatgcagatggaacatta
agtaaactaagctttgctgtaaatggtacagaagtcgtcgcaactaacggcactgcaaca
gaacacacttgggttgcaccagcagatggtacttacaacttcacactgactgttactgac
aatgaaaatgcaagtactagtgtcacgactcagcttcaagttggtgcacaagtgccaggc
gaccgcgatgcatgtaaaccagatggtctataccaaactcctggcgttaatacaccttac
tgtacaatctatgacgcaaatggccgtgaacttatgggtgcggatcatccacgtagggtt
atcggttatttcacaagttggagaaacggtgcaaatggtcagccttcgtacctcgtaaat
gatattccatgggacaagattacccacatcaactatgcatttgcacatgtcgatgctgca
aacaaagtgtcaatcggagatcctaacgctgcgggtaatccagcgactaacatggaatgg
ccaggcgttgctggcgctgaattagacccaacattgccttacaaaggccacttcaacctt
ttaactaagtacaaaaagcagtatccagatgtcaaaacattgatcagtgttggcggctgg
gcagaaacaggtggtttctttggtcctgatggctccagagttaacagtggtggtttctat
accatgactacaaatgcggatggttcaattaataatgcaggtatcgagacatttgttgcg
agctctgttgaattcattcgtaaatatggatttgatggcgtagatattgattatgaatat
ccttcttcaatgaaagactctggccacccagatgatttcccaatctcaaatgcaagacgt
gcagggttgaacgcgtcatatcaagtcttaatgaaacgtcttcgtgaagaacttgataaa
gcaggccaacaagacggcgtccattacatgttaacaattgcgtctccttcatctggctac
ttattacgcggaatggaaacattccaagttactaaatacctagactatgtaaatatcatg
tcatatgacttgcacggtgcttggaactcacacgttggacataacgcagcgctatacgat
acaggtgaggattcagaacttaaggcttggaatgtttacggcacaaaagagtttgaaggc
attggctacctaaatacagactgggcagttaaatatttccaaggtgggctatctgctggt
cgaattaatatcggtatcccatactacacacgtggttttaaagatgttcaaggtggtaca
aatggtctttggggtcaagcagcacttccaaatcaagccgactgtgcaccgggtactggt
gtaggcgagaaaaacaaatgcggtaatggtgctgttggcattgacaacctatggcacgac
aagaacgatgttggtttagaaattcctgctggctcaaacccattatggcatgctaaaaac
cttcaaaacggggttgtacctagctacctatcgatttatggcttaacacctgatacagat
ccagcagaccaattaacaggtacttatacacgtcactatgactctgttgcagtagcccct
tggttatggaatgcacaaaaaaatgtattcatctcaattgaagatgaagaatctatgggc
actaaagtcgattacgtaatcaataaaggtcttggcggtatcatgttctgggaactagcc
ggtgacttcgattacgaccaagcgaaaggcgagtacttcatgggttcgagtatgacaacg
ttagcttataacaagttcaaacagtcaggttcgcaatacgatgtacatcgcggtgacata
gctttccaagtaccaactgaacaagttgacatatcatttgaagctaaaaacttcccagta
ggtgatgataactaccctatagcgccaacatttacgtttaccaataactccaatattgat
ttatctggtgcgaaaatatcgtttgatgttccagtgtcaacttctgcaatcttcaagtct
aattggaatgcgcaagagaaattaattatggctgtagacgtaaatagctctaatgcagca
gggaacaacattggtggctttgataatgacttccatagattctcaatcacgtttatcgat
gattggggcaatcaacctaagtcatttgcaccgggtgagtctgtcaatgctcaagttatg
tactacatgccagtaactggtccagttaactttacagcagaaaaagatggtaaacgttac
gcgtttaagtttgaacatccgacactgccggctgctaaaccaggagatggtaatggtgga
cctatcactcactgtgaaggcacaccaattgcggaaatccctgtatacccaacatttccg
cgcggtacacatgctggccaaggtgaccttataatcgatggaaaaggcgtttataaagct
aaatggtggagtaataagcaaccatctacaagttcagattatcaaaaagtctgttcactt
tag

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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 domain (9)   
   Pfam (9)   
All databases (16)   

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