KEGG   Thermotoga maritima MSB8: TM0025
Entry
TM0025            CDS       T00022                                 
Name
(GenBank) beta-glucosidase
  KO
K05349  beta-glucosidase [EC:3.2.1.21]
Organism
tma  Thermotoga maritima MSB8
Pathway
tma00460  Cyanoamino acid metabolism
tma00500  Starch and sucrose metabolism
tma00946  Degradation of flavonoids
tma00999  Biosynthesis of various plant secondary metabolites
tma01100  Metabolic pathways
tma01110  Biosynthesis of secondary metabolites
Brite
KEGG Orthology (KO) [BR:tma00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    TM0025
  09106 Metabolism of other amino acids
   00460 Cyanoamino acid metabolism
    TM0025
  09110 Biosynthesis of other secondary metabolites
   00946 Degradation of flavonoids
    TM0025
   00999 Biosynthesis of various plant secondary metabolites
    TM0025
Enzymes [BR:tma01000]
 3. Hydrolases
  3.2  Glycosylases
   3.2.1  Glycosidases, i.e. enzymes that hydrolyse O- and S-glycosyl compounds
    3.2.1.21  beta-glucosidase
     TM0025
SSDB
Motif
Pfam: Glyco_hydro_3_C Glyco_hydro_3 Fn3-like
Other DBs
NCBI-ProteinID: AAD35119
UniProt: Q9WXN2
Position
complement(23400..25565)
AA seq 721 aa
MERIDEILSQLTTEEKVKLVVGVGLPGLFGNPHSRVAGAAGETHPVPRLGIPAFVLADGP
AGLRINPTRENDENTYYTTAFPVEIMLASTWNRDLLEEVGKAMGEEVREYGVDVLLAPAM
NIHRNPLCGRNFEYYSEDPVLSGEMASAFVKGVQSQGVGACIKHFVANNQETNRMVVDTI
VSERALREIYLKGFEIAVKKARPWTVMSAYNKLNGKYCSQNEWLLKKVLREEWGFDGFVM
SDWYAGDNPVEQLKAGNDMIMPGKAYQVNTERRDEIEEIMEALKEGKLSEEVLDECVRNI
LKVLVNAPSFKGYRYSNKPDLESHAEVAYEAGAEGVVLLENNGVLPFDENTHVAVFGTGQ
IETIKGGTGSGDTHPRYTISILEGIKERNMKFDEELASTYEEYIKKMRETEEYKPRTDSW
GTVIKPKLPENFLSEKEIKKAAKKNDVAVVVISRISGEGYDRKPVKGDFYLSDDELELIK
TVSKEFHDQGKKVVVLLNIGSPIEVASWRDLVDGILLVWQAGQEMGRIVADVLVGKINPS
GKLPTTFPKDYSDVPSWTFPGEPKDNPQRVVYEEDIYVGYRYYDTFGVEPAYEFGYGLSY
TKFEYKDLKIAIDGETLRVSYTITNTGDRAGKEVSQVYIKAPKGKIDKPFQELKAFHKTK
LLNPGESEEISLEIPLRDLASFDGKEWVVESGEYEVRVGASSRDIRLRDIFLVEGEKRFK
P
NT seq 2166 nt   +upstreamnt  +downstreamnt
atggaaaggatcgatgaaattctctctcagttaactacagaggaaaaggtgaagctcgtt
gtgggggttggtcttccaggactttttgggaacccacattccagagtggcgggtgcggct
ggagaaacacatcccgttccaagacttggaattcctgcgtttgtcctggcagatggtccc
gcaggactcagaataaatcccacaagggaaaacgatgaaaacacttactacacgacggca
tttcccgttgaaatcatgctcgcttctacctggaacagagaccttctggaagaagtggga
aaagccatgggagaagaagttagggaatacggtgtcgatgtgcttcttgcacctgcgatg
aacattcacagaaaccctctttgtggaaggaatttcgagtactactcagaagatcctgtc
ctttccggtgaaatggcttcagcctttgtcaagggagttcaatctcaaggggtgggagcc
tgcataaaacactttgtcgcgaacaaccaggaaacgaacaggatggtagtggacacgatc
gtgtccgagcgagccctcagagaaatatatctgaaaggttttgaaattgctgtcaagaaa
gcaagaccctggaccgtgatgagcgcttacaacaaactgaatggaaaatactgttcacag
aacgaatggcttttgaagaaggttctcagggaagaatggggatttgacggtttcgtgatg
agcgactggtacgcgggagacaaccctgtagaacagctcaaggccggaaacgatatgatc
atgcctgggaaagcgtatcaggtgaacacagaaagaagagatgaaatagaagaaatcatg
gaggcgttgaaggagggaaaattgagtgaggaggttctcgatgagtgtgtgagaaacatt
ctcaaagttcttgtgaacgcgccttccttcaaagggtacaggtactcaaacaagccggat
ctcgaatctcacgcggaagtcgcctacgaagcaggtgcggagggtgttgtccttcttgag
aacaacggtgttcttccgttcgatgaaaatacccatgtcgccgtctttggcaccggtcaa
atcgaaacaataaagggaggaacgggaagtggagacacccatccgagatacacgatctct
atccttgaaggcataaaagaaagaaacatgaagttcgacgaagaactcgcttccacttat
gaggagtacataaaaaagatgagagaaacagaggaatataaacccagaaccgactcttgg
ggaacggtcataaaaccgaaactcccagagaatttcctctcagaaaaagagataaagaaa
gctgcaaagaaaaacgatgttgcagttgttgtgatcagtaggatctccggtgagggatac
gacagaaagccggtgaaaggtgacttctacctctccgatgacgagctggaactcataaaa
accgtctcgaaagaattccacgatcagggtaagaaagttgtggttcttctgaacatcgga
agtcccatcgaagtcgcaagctggagagaccttgtggatggaattcttctcgtctggcag
gcgggacaggagatgggaagaatagtggccgatgttcttgtgggaaagattaatccctcc
ggaaaacttccaacgaccttcccgaaggattactcggacgttccatcctggacgttccca
ggagagccaaaggacaatccgcaaagagtggtgtacgaggaagacatctacgtgggatac
aggtactacgacaccttcggtgtggaacctgcctacgaattcggctacggcctctcttac
acaaagtttgaatacaaagatttaaaaatcgctatcgacggtgagacgctcagagtgtcg
tacacgatcacaaacactggggacagagctggaaaggaagtctcacaggtctacatcaaa
gctccaaaaggaaaaatagacaaacccttccaggagctgaaagcgtttcacaaaacaaaa
cttttgaacccgggtgaatcagaagaaatctccttggaaattcctctcagagatcttgcg
agtttcgatgggaaagaatgggttgtcgagtcaggagaatacgaggtcagggtcggtgca
tcttcgagggatataaggttgagagatatttttctggttgagggagagaagagattcaaa
ccatga

  All links  
Gene (31)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (35)   

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KEGG   Thermotoga maritima MSB8: TM0076
Entry
TM0076            CDS       T00022                                 
Name
(GenBank) xylosidase
  KO
K17641  beta-xylosidase
Organism
tma  Thermotoga maritima MSB8
Brite
KEGG Orthology (KO) [BR:tma00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99981 Carbohydrate metabolism
    TM0076
SSDB
Motif
Pfam: Glyco_hydro_3 Glyco_hydro_3_C Fn3-like
Other DBs
NCBI-ProteinID: AAD35170
UniProt: Q9WXT1
Structure
Position
78140..80476
AA seq 778 aa
MELYRDPSQPIEVRVRDLLSRMTLEEKVAQLGSVWGYELIDERGKFSREKAKELLKNGIG
QITRPGGSTNLEPQEAAELVNEIQRFLVEETRLGIPAMIHEECLTGYMGLGGTNFPQAIA
MASTWDPDLIEKMTTAVREDMRKIGAHQGLAPVLDVARDPRWGRTEETFGESPYLVARMG
VSYVKGLQGEDIKKGVVATVKHFAGYSASEGGKNWAPTNIPEREFKEVFLFPFEAAVKEA
NVLSVMNSYSEIDGVPCAANRKLLTDILRKDWGFEGIVVSDYFAVKVLEDYHRIARDKSE
AARLALEAGIDVELPKTECYQYLKDLVEKGIISEALIDEAVTRVLRLKFMLGLFENPYVE
VEKAKIESHRDIALEIARKSIILLKNDGILPLQKNKKVALIGPNAGEVRNLLGDYMYLAH
IRALLDNIDDVFGNPQIPRENYERLKKSIEEHMKSIPSVLDAFKEEGIEFEYAKGCEVTG
EDRSGFEEAIEIAKKSDVAIVVVGDKSGLTLDCTTGESRDMANLKLPGVQEELVLEVAKT
GKPVVLVLITGRPYSLKNVVDKVNAILQVWLPGEAGGRAIVDIIYGKVNPSGKLPISFPR
SAGQIPVFHYVKPSGGRSHWHGDYVDESTKPLFPFGHGLSYTKFEYSNLRIEPKEVPPAG
EVVIKVDVENIGDRDGDEVVQLYIGREFASVTRPVKELKGFKRVSLKAKEKKTVVFRLHM
DVLAYYNRDMKLVVEPGEFKVMVGSSSEDIRLTGSFSVVGEKREVVGMRKFFTEACEE
NT seq 2337 nt   +upstreamnt  +downstreamnt
atggaactgtacagggatccttcgcaacccatcgaagtgagagtgagagatcttctttcc
agaatgacgctggaagagaaagtggcccagcttgggtctgtctggggttacgaactgata
gacgagaggggaaagttcagtagagaaaaagcaaaagaactcctcaaaaatggtataggc
cagatcacaaggcctggtggatcaacgaaccttgaacctcaagaagccgcggaacttgtg
aacgaaatacagagatttcttgtggaagaaacacgccttggaattcctgcgatgatacac
gaagaatgtctcaccggttacatgggacttggaggaaccaacttccctcaggcgatagca
atggcgagtacatgggatccagatctcatagaaaaaatgaccaccgccgtcagagaggat
atgagaaagataggggcacatcagggtctcgcacctgttctggatgtcgcaagagatcca
aggtgggggagaacagaagagacgttcggagaatctccctatctggtggcgaggatggga
gtctcttacgtgaaaggcctccagggggaagatatcaaaaaaggtgtcgttgccacagtg
aaacacttcgccggatacagcgcttctgaaggtggaaagaactgggcaccaacgaacatt
ccggagagggaattcaaagaggtctttctctttccgttcgaagcggccgttaaagaagcg
aatgtgctttctgtgatgaactcctacagcgaaatagacggtgtcccatgtgcagcgaac
aggaaactcctcacagacattctcagaaaagactggggattcgaaggaatcgtcgtttct
gactattttgctgtgaaagttctggaagattatcacagaatagcaagggataagtcagaa
gccgcaagactcgcacttgaagcggggatagatgttgaacttccgaagacagaatgttat
caatatttgaaagaccttgttgaaaaaggcatcatctccgaagctttgatcgacgaggca
gtcaccagggtgctgaggctgaagttcatgctcgggctcttcgaaaatccctacgttgag
gtggaaaaagcaaagatagaaagtcacagagacatcgcactcgagatagcaaggaaatcc
attatccttctcaagaatgatggaattctgcctcttcagaaaaacaaaaaagttgccctg
atcggaccgaacgcgggtgaggtgagaaatctcctcggagattacatgtaccttgcacac
ataagggctctcctcgacaacatagacgacgtctttggaaatcctcagatcccgagagaa
aactacgaaagactgaagaagagcatagaagaacatatgaagagcattccgagtgttctc
gatgccttcaaagaagaagggatcgaattcgaatatgcaaaaggctgtgaagtgacaggg
gaagacagaagcggtttcgaagaggcgatagaaattgcaaagaaatccgacgttgccatc
gttgtcgtaggggacaaatctggactcacccttgactgcacaaccggtgagtccagagac
atggcaaacctcaagcttccaggagtccaggaagaactcgtcctcgaagttgcaaagaca
ggaaaacccgtcgttcttgtcctcatcacgggaagaccctattcactcaaaaacgtcgtc
gacaaggtgaacgcgatccttcaggtgtggcttcctggagaagcgggaggaagagcgatc
gttgacatcatctatggaaaggtgaatccctctggaaaactcccgatcagctttccaaga
agcgctggtcagattcctgtcttccactacgtcaaaccatccgggggaaggtctcactgg
cacggagactacgtggatgagagcacaaagcctctcttcccgtttgggcacggtttgtct
tacacgaagttcgagtacagcaacctcagaatcgaaccgaaggaagtgccaccggccggc
gaagtggtgataaaggtggacgtggaaaacatcggagacagagacggagacgaggtggtt
caactttacatcggtcgtgagtttgcaagcgtcacaaggcctgtgaaagagctgaagggc
ttcaagagggtttctttgaaggcgaaagagaagaagactgttgtgttcaggcttcacatg
gacgtgctcgcctactacaacagagacatgaaactcgtggttgaacccggtgagttcaaa
gtgatggtgggaagctcttctgaagacatcagactcacaggttctttctccgtcgtcggt
gaaaaaagagaagtggtgggaatgaggaaattcttcacggaagcctgcgaggagtga

  All links  
Gene (39)   
   RefGene (37)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
3D Structure (4)   
   PDB (4)   
Protein domain (3)   
   Pfam (3)   
All databases (47)   

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