KEGG   Spirosoma sp. KCTC 42546: EXU85_13530
Entry
EXU85_13530       CDS       T06164                                 
Name
(GenBank) hypothetical protein
  KO
K01179  endoglucanase [EC:3.2.1.4]
Organism
spik  Spirosoma sp. KCTC 42546
Pathway
spik00500  Starch and sucrose metabolism
spik01100  Metabolic pathways
spik02020  Two-component system
Brite
KEGG Orthology (KO) [BR:spik00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    EXU85_13530
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    EXU85_13530
Enzymes [BR:spik01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.4  cellulase
     EXU85_13530
SSDB
Motif
Pfam: Glyco_hydro_9 CelD_N Esterase Abhydrolase_2 Esterase_PHB Peptidase_S9 Abhydrolase_6 BD-FAE
Other DBs
NCBI-ProteinID: QDK79569
UniProt: A0A514ZY84
Position
3322070..3324958
AA seq 962 aa
MRVRQIAVSVLSMFVSHAVWSQSPVSGTGSLSSGGRTRTFSYHLPTNLPKDNLPVVLAYH
GDGGTGASFQAYAGLDAVANAQNFIVVYPDAVPVGGSLQFNKYADTAPGFGTAGDANGPN
PADPNAPDDVLFTSDLIDYFAQKYRINRNRVYVTGHSGGGYMCYFLSMALPTKIAAIAPV
AASLWGNNKYLNTYFSATTYKPIPVLHIHSKGDPTVDAPIIPYPKTPAYVWPLSNYSGLN
CNNWSTYSTTAVNPNVDSLTFCGSGKKVVLLMTKDATHGWSSQFNVAQTIWNFVKAYQLN
SFPEVDNHLKVDQFGYLPLARKTAVISSPQTGYNSSETFTPSSYYQIRKAANDAVVLRGT
PTAWNGGATHAQSGDKVWWFDFSSVQEAGQYYVYDSLQHKRSYTFEIGNTVYQPVLKQAA
RVFFYQRSGFAKQTPYAQAPWTDGAAFLGTQQDTDCRLVSNTSAATSLDLQGGWFDAGDY
NKYVPFTYGPLVDMLLAYQENPVAWTDDFAIPESGNGVPDLLDEVKWELDWLRRMQQPNG
SLLHKVSVTDFSATSPPSADTHVRRYGAASTDATATGAAVFALAAIQFKSLSNPQMQTYG
STLQAAAISAFNWATANPAVLFNNNGFQSVAATYSDHDRLARRVAAAAFLFVLTGDNTYK
TFFDANYSQIHLLQWGFAYPFEATYQDALLYYARAPGATASVKNAILSTYTASLKTTNSD
NLPAYLNQSDAYRAFLSNTNYTWGSNETKAHQGNMFFSMNTYNQDAVNKTNYRDAGMGFI
HYLHGVNPTAYCYLTNMGTYGGEFSAPTMYHSWFGDGTVFDFNPPPAYLMGGANPTYAPD
AAYSGPLISPPQNQPIQKSYKAWNTSYPENSWQLNEPAIYSQGAYLRLLAQSICYTDVVT
SVKSGSWNDPFTWACGRIPSITDRVSIQSSHIVTVDAVVNAKKLELKGKLTYTNGSKLNI
GN
NT seq 2889 nt   +upstreamnt  +downstreamnt
atgagagttcgtcaaattgcggtttctgttttaagcatgttcgttagtcatgcggtttgg
tcgcaaagccctgttagtggaactggaagcctcagttccggtggacgaacccgtacgttc
tcctatcatttacccactaaccttcccaaagacaatttgccagttgttcttgcctatcat
ggcgatggtggaacaggggcttcctttcaagcctatgccggattggatgcggttgccaat
gcacagaatttcattgtggtctatcccgatgccgtaccggtaggagggagccttcaattt
aacaaatacgccgatacagcacccggatttggcacggctggtgatgcaaacggccccaat
cccgctgaccccaatgcgcccgacgatgtattgtttacatcagatctgattgactatttc
gctcagaaataccgcatcaaccgaaatcgggtgtatgtgaccggccactcaggagggggc
tatatgtgctatttcctgagtatggcgttgccgactaaaattgcagctattgcgcctgtt
gcggccagtttatggggcaacaacaagtacctaaacacctacttctccgcaactacttac
aaacccatccccgttttgcatattcacagtaaaggtgatccgacggtagatgcccccatc
attccgtacccaaaaacaccggcttacgtctggccactctcaaattactcaggccttaac
tgcaataactggagtacatactcaaccacggccgttaacccgaacgtagattcgttaacc
ttttgtgggtccgggaaaaaggtggtgctattgatgacaaaagacgctacccatggctgg
agttcgcagtttaacgtggcacaaacgatctggaattttgtaaaagcctatcagctcaat
tcgtttccagaagttgataatcacctgaaagtagatcagttcggctatctgccattggcc
cggaaaacggctgtgatcagcagcccgcaaacaggctataattcatcagaaacctttaca
ccctccagctattatcaaatccgcaaagccgcgaacgatgccgtagtgttgcggggaacg
ccaacagcctggaatggaggagctacccatgctcaatcgggcgataaagtctggtggttt
gatttttcatccgttcaggaagcgggccagtattacgtctatgattcacttcagcataaa
cgttcctacacctttgagatcggaaatacggtctaccaacccgttctgaagcaagctgca
cgcgtttttttctatcaacggagcggttttgctaaacagacaccctatgctcaggccccc
tggaccgatggcgctgcgttcctgggtacgcaacaggataccgattgccgactcgttagt
aacacgagtgcggctacttcgcttgacttacagggaggctggttcgatgcgggcgattac
aataaatacgtaccgtttacctacggcccacttgtcgatatgctcctggcttatcaggag
aatccggtagcctggacggatgattttgccattccggagtcgggaaatggggtgccggat
ttactggacgaagtaaaatgggaactcgactggttacgacggatgcagcagccgaatggc
tcgttgcttcataaagtatcggtcacggatttcagtgctacctcgccccccagtgccgat
acgcacgttcgtcggtacggagccgccagtaccgatgccacggcaacgggggcggctgta
tttgcgctggcagccattcagtttaaatcgctcagtaacccacaaatgcagacctatggg
agcacacttcaggccgcggccatcagtgccttcaactgggcgactgccaatccggccgtg
ctatttaacaacaatggatttcagagtgttgcggctacctattcagaccatgaccgatta
gcacgtcgggttgccgcagctgcttttctgtttgtactcaccggcgacaatacgtacaag
actttttttgatgcgaactacagccagattcacctgcttcagtggggatttgcctaccca
ttcgaggcaacctatcaggatgccttattgtattatgcccgcgctccgggcgctacggcc
agtgtcaaaaatgcgatcttatcgacctatacagccagtctgaaaacgacgaattcggat
aacctgcctgcttacctgaatcaatccgatgcgtaccgggcttttctgagcaataccaat
tacacctggggtagtaatgagacaaaagctcaccaggggaatatgtttttttcgatgaat
acctacaatcaggatgccgtcaacaaaacgaattaccgggatgcaggcatgggttttatt
cattacctgcacggtgtgaatcctacggcctattgctacctgacgaatatgggcacttat
ggaggagagttttcggcgccaaccatgtaccactcctggtttggcgatggtaccgttttt
gattttaatccgccaccggcctatctgatgggcggtgcgaatcctacctacgcacccgat
gcggcatattcagggccactaattagccctccgcaaaaccaacccattcagaaatcctat
aaagcctggaataccagctacccagagaactcctggcagctaaatgaacccgccatttat
tcgcagggggcttatttacgactgcttgctcagtcaatatgttatacggatgtggtgacc
agtgtaaaatcgggtagttggaatgatccttttacctgggcgtgtggtcgaattccgtca
attactgatcgcgtgagtatacaatcatcacacattgttacagtcgatgccgtcgtcaac
gctaaaaagctggagttgaaagggaagctaacctataccaatggaagtaagctcaatata
ggtaactaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (25)   

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