KEGG   Aquimarina sp. AD1: D1815_10480
Entry
D1815_10480       CDS       T05625                                 
Name
(GenBank) PKD domain-containing protein
  KO
K19355  mannan endo-1,4-beta-mannosidase [EC:3.2.1.78]
Organism
aqa  Aquimarina sp. AD1
Pathway
aqa00051  Fructose and mannose metabolism
aqa01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:aqa00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00051 Fructose and mannose metabolism
    D1815_10480
Enzymes [BR:aqa01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.78  mannan endo-1,4-beta-mannosidase
     D1815_10480
SSDB
Motif
Pfam: PKD_4 CBM_3 PKD Big_7 Por_Secre_tail Sde0182_C Cellulase DUF3244
Other DBs
NCBI-ProteinID: AXT56158
UniProt: A0A3A9XU02
Position
complement(2359480..2362887)
AA seq 1135 aa
MKTNIKILLIASLLYSMQVFAQKQKSAPTGFVYAEEEKFMLDGRPYYFSGANVYDFFTYG
SSSGDIETQFMDKDRIDQHMRRLYKNGIRVVRLWGFSHEDWHGFEPQKGVYSEAQFSLFD
YIIKSAEANGIKLIVALENYWNDYGGIKDRLKWEGIDVQGAGEHDQGQFFTNPSAVQGYK
DYVEYFLTRVNHYDNVEYRNDPTILAWELMNEPRYQGFGDDIASDVLRAWVDDMGAFIKE
LDPNHLLGTGLEAHGTKYNFGGDEGNDFIKIHESPYIDFTSAHPYIRESWSNFTLEQTMK
LMEQWANESHNIIKKPLYIGEFNVEIQERYEWWEEMYAFIEENKIGASGFWWFPDNNTPR
DKFGVFEGDVEVAIYKEHALRMEEMSGGEAIYLSLLSPKSGDKYVTGSVVHVEANLLNEN
NTINKVEFFSNGELIGEDTTAPYELDISGLPDGNYTITSVATGISGLTKTSTPRNIQIGG
DGILSLEYKDASIEAITNVIKPHFRLFNNSSQDVAYSDLSIRYWFETEVDLPLSFFIDYA
MIGSGNVKGQIVSTEPNKHYLEITFDPAAGILGRNAGSGRMEPKIANSNWSDTDQTNDYS
YDGTKKDFETWEKVALYLNGKLVSGIEPGTTIDTPTAVIQASTISGDGPLSVTFDGSAST
DPNGDLLTYSWDFGNGDTAINEIVIYEFAEFGEALVTLTVDDGNGNSDSETIAITVTDPN
VAPVAIFTSDIEIGVAPIRITFDALESTDANNDTLSYTWDFGNGDTATGVVVSYQFETEG
EFDVKLTVSDGKIEDSTIRKIIISDGNPIANIIADVTSGSAPLQVTFDGSGSTDPSNNTL
SYLWDFGDGTTETGQIVVHTFNTIGFYTVTLQVDNGQGGIDSSTMVIQVQEILPVSDISV
EYKDGGNGNATDNMINPHFRIQNNSDLAVSYQDITVRYWFTSEDNNELNFWCDWAQLGAE
MVNGVFGQQNNVDYLEVSFDPASGMLMPSQNSGPIQTRLAKTNWSTFDENDDYSYKSLLT
DFQFNNEMTLYVNGNLVWGIEPPASVTTLDLLKNVKVYPNPAKNHINISGFEVLEKIEVK
LTNLVGNLIRRANPNERQSIITFSLDNLEQGIYILEIKDLIENVTSRRKIIVNNR
NT seq 3408 nt   +upstreamnt  +downstreamnt
atgaaaactaacattaaaattttattaatagcgagcttgctctatagcatgcaagtattc
gctcaaaaacaaaaaagtgctcccacgggattcgtatatgcagaagaagaaaagttcatg
ttggatgggagaccttattacttttctggagccaatgtatatgatttttttacttacgga
tcttccagtggcgatattgaaacccaatttatggacaaagatcgcatagatcaacatatg
cgaagattatataaaaatggaatcagagttgtacgattatggggatttagccacgaagat
tggcacggttttgaacctcaaaaaggagtatatagtgaagctcaattttctttatttgat
tatatcattaaatcagctgaagctaatgggataaaattaatcgtcgctttagaaaattat
tggaatgattacggaggtatcaaagatcgtcttaaatgggaaggaatcgatgtacaaggt
gccggagaacatgatcaagggcaattttttactaatccatcggctgtacaaggatataag
gattatgtggagtactttcttactcgtgtcaatcattatgataatgtagaatatagaaac
gatcctacgattttagcttgggaattaatgaatgagcctaggtatcagggttttggagat
gatattgcttccgatgttctaagagcttgggttgatgatatgggagcttttattaaagag
cttgatcctaatcatttgttaggtactggtttagaagctcatggaaccaaatataatttt
ggaggagatgaaggaaatgattttataaaaatacacgaatctccatatattgattttaca
tcagctcatccttatattagagaaagttggtccaattttacattagaacaaaccatgaaa
ctaatggaacaatgggctaatgagtctcataatatcatcaaaaagcctttatatattgga
gagtttaatgtagaaatccaagaacgatacgagtggtgggaagagatgtatgcttttatt
gaggaaaataagatcggagcaagtggcttctggtggtttcctgataataatacacctaga
gataaatttggtgtgttcgaaggtgatgtcgaagttgctatttataaagagcatgcgctg
agaatggaagaaatgtctggaggagaagccatttatctatctctgttatctcctaagtcg
ggagataagtatgtaactggtagtgttgtacatgtggaagctaatttgctcaatgaaaat
aatacgattaataaagtagagttttttagcaatggagaattgataggagaagacactact
gcaccctatgagttagatatatcaggcttgcctgatggtaattacactattacttcggta
gctacgggtattagtggattaactaaaacatcaacacctagaaatattcaaataggagga
gatggtatattatcattagaatataaggatgcttctattgaggcgattacaaatgttata
aaaccgcattttagattatttaataattcttctcaggatgttgcatattcagatctaagt
attcgctattggttcgagacagaggttgatttgccacttagtttttttatagattatgca
atgataggaagtggtaatgttaaagggcaaattgttagtacagagcctaacaaacattac
ctagaaattacatttgaccccgccgcaggtatattaggaagaaacgctggttccggaaga
atggaacccaaaatagcgaatagcaattggtccgatacagatcaaacgaatgattattct
tatgatggaactaagaaggattttgagacttgggaaaaagttgccttgtatcttaatgga
aaattagttagcggtattgaaccaggaacaacaatagatactccaacggcagtaattcaa
gcttctactataagtggagatggacctttgtctgtaacatttgatggatcagcgtccaca
gatccaaatggagatcttctaacatatagttgggattttggaaatggagataccgctata
aatgaaatagtaatatatgagtttgctgaatttggagaagctttagttactcttacagtt
gatgatggtaatggaaattcagatagcgaaacaattgcgattacagttaccgaccctaat
gtagcacctgtagctatttttaccagcgatatcgaaataggtgtggcaccaatacgtatt
acttttgatgcgttagaatcaacagatgcgaacaatgacacgttatcttatacgtgggat
tttggaaatggagatacagcaacaggagtagtagtctcatatcaatttgaaactgaagga
gagtttgatgtaaaactcactgtaagtgatggtaaaattgaagattctacaataagaaaa
attataatttctgatggaaatcctattgcaaatattattgcagacgtgacctcaggttct
gctcctttgcaagtaacattcgatggttcaggttctacagatccttctaataatacatta
agttatttgtgggattttggagatgggacaacagaaacaggtcaaatcgttgttcatact
tttaatactattggattttatacagtaactcttcaggtagataatgggcaaggaggaatt
gatagtagtacaatggtaattcaagtacaagagatacttcctgtatcagatatatccgta
gaatataaagatggtggtaatggtaatgccacggataacatgatcaatccacattttaga
attcaaaataatagtgaccttgcagtttcttatcaagacataacagttaggtattggttc
acttcagaagataataatgaacttaatttttggtgcgattgggcgcaattaggagctgaa
atggttaatggggtttttggtcaacagaataatgtagattatctcgaagtttcatttgat
ccagcttctggaatgttaatgcctagccagaattctggaccaatacaaacaaggttagct
aaaaccaattggagtactttcgatgaaaatgatgattactcttacaagtccttgttaacc
gattttcagtttaataatgagatgactttgtatgtgaatggaaatttggtttggggtata
gaaccacctgcttctgtaacaacattagatttgttgaaaaacgtaaaagtttatccaaac
cccgctaaaaaccatattaatatttcaggttttgaggttttggaaaaaattgaagtgaaa
ttgacaaatctagtaggtaatttaattcgtagagctaatccgaatgaaaggcaatcaatc
ataacattttcattagataacctagaacaaggaatctatattttagagattaaagacctt
atagaaaacgtgacttcaagaagaaaaattatagtcaataatagatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (22)   

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