KEGG   Francisella philomiragia O#319-036: LA56_103
Entry
LA56_103          CDS       T03618                                 
Name
(GenBank) fibronectin type III domain protein
  KO
K01183  chitinase [EC:3.2.1.14]
Organism
fpm  Francisella philomiragia O#319-036
Pathway
fpm00520  Amino sugar and nucleotide sugar metabolism
fpm01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:fpm00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00520 Amino sugar and nucleotide sugar metabolism
    LA56_103
Enzymes [BR:fpm01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.14  chitinase
     LA56_103
SSDB
Motif
Pfam: Glyco_hydro_18 CBM_5_12 fn3 CBX7_C
Other DBs
NCBI-ProteinID: AJI55264
Position
109429..112107
AA seq 892 aa
MNKTKLVSMVCALMGVGSFAVAEAAPVNDVKTYDFKAPFKDYNNKIVLSINNVASGKTVE
FTSNFKPKAGWGNCFGTTVDNVNFDTTQNANGDFVTKMTLKDDTASFNFSQSCDIMGTDS
GNAVVLPGVVVPIVSSLKVDGKDLDIQRPCENNVCEDPTPGYTNAAYYAQWAVWGRKYNP
YDFKYDKLNTIIYAFIGFDKNTGNIKTLDASADSWGLSAAARAAKKYPYLKSFLSFGGWT
NNGITTAPMFEQLASNPQSMQNFADQSIELMRKLGFNGIDIDWEWWSDYGNNVAPAKKML
AFFKVLRTELDKAGKADGKKYYLAIAVNGARSRIEAMENPSNPNSVSDFWKQTGELMDEI
NIMSYDYQGGWGTGFPAYFQASTDFPSNTPYSNRVYSAGASPVDAQDNVTDIGKDGVTLV
QAIGKEGGWSIKGAVDAYIAAGVPAKKLIVGLPLYARSMTVDSDVDGGLFQTITAPGIGD
YEAGVFDYKCLVNPVNDPVTGCGTAKPVSGLANLKYYDISHNVDVFNKYGKVAMQPWAYS
PSTKSFITYDDVWSVGEKTKYTKSRNLGGTMFWQADNDSTDPNKSLINAVAKVYASDTIN
VSVTDVTENSATVSWNKPELDGSISYKVIVNGNVIAENITALNYVLTNLEKGTRYTVEVV
ASTSATSREDSLTFETVGAEPADDQNQDQNDDQNNNEDQNQNQNDNEDQNAGDQTASTWK
ADGVYNKGDRVVVNGVTYEAQWWTQGENPTQTGQWGVWRTVSGQTDNQDNNQGDDADQGN
DQGNTDQGNTDTNQGNENDNSSASGTWDATKVYNKGDKVTYNGVSYEAQWWTQGNKPSDG
GAWKKPFVSGAAWSQGQAYSGGQVVTYQGSTYKAKWWTQGDTPSNSSVWEKQ
NT seq 2679 nt   +upstreamnt  +downstreamnt
atgaacaaaacaaaattagtttcaatggtatgcgctttgatgggtgttggttcttttgca
gtagctgaagcagctccagtaaatgatgtcaaaacttatgatttcaaagcaccatttaag
gactataataataaaattgttttaagtattaataatgtagcatctggtaaaacagttgaa
tttacaagtaactttaaacctaaagcaggttggggtaattgttttggtacaactgttgat
aatgttaattttgatactactcagaatgccaatggtgattttgtaacaaaaatgacatta
aaagatgatactgcatcatttaactttagtcagtcatgtgacattatgggtacagactct
ggtaatgcagttgtattgccaggagtagtagttcctatcgtaagtagtctaaaagtagat
ggtaaagatctagatattcaaagaccatgcgaaaataatgtctgtgaagatccaactcca
ggatatacaaatgctgcatattatgcacaatgggctgtctggggtcgtaaatataacccg
tatgatttcaaatacgataagttaaacactataatttatgcgtttatagggtttgataaa
aatactggtaatatcaaaacattagatgcttcagcagattcatggggtctgtctgcagca
gctagagcagctaaaaaatatccatatttaaaatcatttttatcatttggtggttggaca
aataatggaatcacaactgctccgatgtttgagcagttagcttcaaatccacaaagtatg
caaaattttgcagatcaatcaattgagcttatgcgtaagcttggtttcaatggtattgat
atcgactgggagtggtggtcagattatggtaataatgtggcaccagctaagaagatgtta
gctttcttcaaagtattgcgtacagagttagataaggctggtaaagcagatggtaagaaa
tactaccttgctatagctgtgaatggtgctagaagtcgtatcgaggcaatggaaaatccg
agtaatccaaatagcgtatcagatttctggaagcaaactggtgaattgatggatgaaatt
aacattatgagttatgactatcaaggtggttggggtacaggtttccctgcatacttccaa
gcatcaactgacttccctagcaatactccatacagtaatagagtctactcagctggagct
tctcctgttgatgctcaagataatgttactgatattggtaaagatggcgttaccttagtt
caagctataggtaaagaaggaggctggtcaattaaaggtgcagtagatgcatatattgca
gcaggtgtaccagctaagaaattaattgttggcttgccattatatgctagatcgatgact
gtagatagtgatgttgatggaggtctgttccaaactattacagcacctggtataggtgat
tacgaagcaggtgtatttgactataaatgtttagttaaccctgtaaatgatccagttact
ggttgtggtacagctaagcctgttagtggtttggctaatcttaagtactatgatattagc
cataatgtcgatgtatttaacaaatatggtaaggtcgcaatgcagccttgggcatatagt
ccatcaactaaatcatttataacttatgatgatgtttggtctgtaggtgagaagactaag
tatactaagagtaggaatcttggtggtactatgttctggcaagcagataatgattctaca
gatcctaacaaatcattgataaatgctgttgctaaagtatatgcatctgacacaattaat
gtatctgtaacagatgttactgaaaattctgctacagtatcttggaacaaaccagaacta
gatggttctattagttataaagtgatagtaaatggtaatgtgattgctgagaatattact
gctttaaactatgtattaactaatttagagaaaggtactagatacactgttgaagttgtt
gcaagtacatctgctacatctagagaagatagtttgacttttgaaactgtaggtgcagaa
ccagctgatgatcaaaatcaagatcagaatgatgatcaaaataataatgaagatcaaaac
caaaaccaaaatgataatgaagatcaaaatgctggtgatcaaacagcaagtacttggaaa
gctgatggtgtatacaacaaaggcgatagagtagttgtaaatggtgtaacgtatgaggca
caatggtggactcaaggcgagaaccctactcaaactggtcagtggggcgtatggcgtaca
gtttctggtcagactgataaccaagataataatcaaggtgatgatgcagatcagggtaac
gatcaaggaaacacagatcaaggtaatactgatacaaaccaaggaaatgagaatgataac
tcatcagcttcaggtacttgggatgctacaaaagtctataataaaggcgataaagtaact
tataatggtgtaagttatgaagcgcagtggtggactcaaggtaataagccttctgatgga
ggtgcttggaaaaaaccttttgtttcaggtgctgcttggagtcaaggacaggcatatagt
ggtggtcaggtagttacatatcaaggatccacatataaagctaaatggtggactcaagga
gatactccatcaaatagcagtgtttgggaaaaacagtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
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 domain (4)   
   Pfam (4)   
All databases (19)   

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