KEGG   Streptococcus gordonii: SGO_0497
Entry
SGO_0497          CDS       T00594                                 
Symbol
gtfG
Name
(GenBank) glucosyltransferase G
  KO
K00689  dextransucrase [EC:2.4.1.5]
Organism
sgo  Streptococcus gordonii
Pathway
sgo00500  Starch and sucrose metabolism
sgo01100  Metabolic pathways
sgo02020  Two-component system
Brite
KEGG Orthology (KO) [BR:sgo00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    SGO_0497 (gtfG)
 09130 Environmental Information Processing
  09132 Signal transduction
   02020 Two-component system
    SGO_0497 (gtfG)
Enzymes [BR:sgo01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.5  dextransucrase
     SGO_0497 (gtfG)
SSDB
Motif
Pfam: Glyco_hydro_70 Choline_bind_3 Choline_bind_1 KxYKxGKxW_sig LPD18
Other DBs
NCBI-ProteinID: ABV09519
UniProt: A8AVK3
Position
537504..542234
AA seq 1576 aa
MEKKVHYKMHKVKKNWVAIAVTSLALLVAPKALGLESGVIYADDANQVTNVKEQSAVQSK
DSEQTTSDKATDSSQLEVKEQASSSKETYQASAATNPTANEQTTQQDKEVETSRTDSRHE
LTQKTSDDSSEKSGSSQEPKVADQAESTDKTQAALQAKQDSRANDQEETTENVAKATVSD
KIIATPKKERLPEPAQRKESITEKMLAAQAQAAPVNTEHDDDVLAHIKTIDGKKYYVQDD
GTVKKNFAVELNGKILYFDAETGALVDSNEYQFQQGTSSLNNEFTQKNAFYGTTDKDIET
VDGYLTADSWYRPKFILKDGKTWTASTETDLRPLLMAWWPDKRTQINYLNYMNQENLGIG
AFESKTEQVLLTNAVQQVQRKIEERISKEGDTKWLRTLMSAFVKTQPNWNIKTESETTGT
NKDHLQGGALLYTNSDKTSHANSRYRLLNRTPTSQTGTPKYFIDKSNGGYEFLLANDFDN
SNPAVQAEQLNWLHYMMNFGSIVANDPTANFDGVRVDAVDNVNADLLQIASDYFKSRYKV
GESEEEALKHLSILEAWSDNDPDYNKDTKGAQLAIDNKLRLSLLYSFMRKLSIRSGVEPT
ITNSLNDRSTENKNGERTANYIFVRAHDSEVQTVIADIIRENINPNTDGLTFTMDELKQA
FKIYNEDMRKADKKYTQFNIPTAHALMLSNKDSITRVYYGDLYTDDGQYMEKKSPYHDAI
DALLRARIKYVAGGQDMKVTYMGVPREADKWSYNGILTSVRYGTGANEATDEGTAETRTQ
GMAVIASNNPNLKLNEWDKLQVNMGAAHKNQYYRPVLLTTKDGISRYLTDEEVPQSLWKK
TDANGILTFDMNDIAGYSNVQVSGYLAVWVPVGAKENQDARVTASKKKNASGQVYESSPA
LDSQLIYEGFSNFQDFATRDDQYTNKVIAKNVNLFKEWGVTSFELPPQYVSSQDGTFLDS
IIQNGYAFEDRYDMAMSKNNKYGSLDDLLNALRALHSVNIQAIADWVPDQIYNLPGKEVV
TATRVNNYGTYREGAEIKEKLYVANSKTNGTDYQGKYGGAFLDELKAKYPEIFERVQISN
GQKMTTDEKITKWSAKYFNGTNILGRGAYYVLKDWGSKEYLSNKNGETALPKQLVNKEAS
TGFVKDTNGFKFYSTSGNQAKDTFIQDENGNWYYFDNQGYLVTGAREIDGKQLYFMKNGV
QLRDALQEDENGNQYYYDKTGAKVLNRYYTSDGQNWRYFDAKGVMARGLVKIGDGQQYFD
QNGYQVKGKVVRAKDGKLRYFDKDSGNAVINRFAQGDNPSDWYYFGADGVALTGLQKIGQ
QTLYFGQDGKQVKGQVVMLADKSIRYFDANSGEMAVNKFAEGAKNEWYYFDQDGKAVTGL
KTINNQVLYFDQDGKQVKGQVVTLADKSIRYFDANSGEMAVNKFAEGAKNEWYYFDQDGK
AVTGLQTINKQVLYFGQDGKQVKGQVVTLADKSIRYFDANSGEMAVNKFAEGAKNEWYYF
DQDGKAVTGLKTINNQVLYFGQDGKQVKGQVVYVDGAERYFDPKSGDMVRNKWIRLEDGT
WMYFDRNGRGRRFGRN
NT seq 4731 nt   +upstreamnt  +downstreamnt
atggagaaaaaagttcattataaaatgcataaggttaagaagaactgggtagcgattgct
gttacctctctggcccttcttgtggctccaaaggccttggggcttgaatcaggtgtgatc
tatgcggatgatgctaatcaagtgaccaatgtaaaagaacagtccgctgttcagagcaag
gactcggagcaaactacttcagacaaagcaacggattcttcgcaactggaagtaaaagaa
caggcttcttctagcaaagaaacctatcaagctagtgcggcaaccaatccaacagctaac
gaacagacgacgcaacaggataaagaagttgaaacttcaagaactgactccagacatgaa
ttgactcagaaaacgagtgatgactcttctgaaaagagtggctcctctcaagagcctaaa
gtagccgatcaggctgagtcaactgacaaaactcaagctgcattacaggctaaacaagat
agtagagccaatgatcaagaagaaactaccgaaaatgtagcaaaagctaccgtttctgac
aagattatagcgactccaaagaaagagcgtttgccagaaccagcccaaagaaaagaatca
ataaccgagaaaatgctggctgctcaagcacaagctgcgccagtaaatactgagcatgat
gacgatgtgttggcccatatcaagacgattgatggcaagaaatactatgttcaggatgac
ggcacagttaagaaaaactttgcagttgagctcaatggaaaaattctttattttgatgca
gaaaccggggctttggttgattcaaatgaatatcagttccagcaaggaaccagcagtctc
aataatgaattcacccaaaagaatgctttttatggtacgactgacaaggatattgagact
gtagatggctatttgacagctgatagttggtatcgtccaaagttcatcttaaaagatgga
aaaacatggacggcctcgacagaaacagacttgcgtcctcttttaatggcttggtggcct
gacaagcggactcagattaattacctcaactatatgaatcaagaaaatctgggaatcggc
gcttttgaaagcaagaccgagcaagttcttttaacaaatgctgttcagcaggtacagcga
aaaatcgaagaaagaattagtaaagaaggcgacacgaaatggttgagaactctgatgagt
gcttttgtcaaaactcagccaaattggaatatcaagacagaatctgaaacaactgggacg
aacaaggaccatctgcaaggtggggctctactctatacaaatagtgataagacatctcat
gccaattctagatatcgtctgcttaaccgcacaccaaccagccagaccggtacgcctaaa
tacttcatcgacaagtcaaatggtggttatgaattcctattagccaatgattttgataac
tctaatccagctgttcaagctgagcaactaaactggctccactatatgatgaacttcgga
agtatcgtggccaatgatccaactgctaactttgacggagttcgtgttgatgcggtggac
aatgtcaacgcagacttgctccaaatcgcatctgactacttcaagtctcgctacaaggtt
ggcgaaagtgaagaagaagccctcaagcatctgtctatcttggaagcttggtctgataac
gatcctgactataataaggataccaagggcgctcaactagcaattgataacaaacttcgt
ctgtccttgctttattcgttcatgcgtaagctttctatccgtagtggtgtagagccaacg
attacgaacagtctgaatgaccgttctactgaaaataaaaatggcgagcggacggctaac
tatatctttgtccgtgctcatgacagtgaagtacaaaccgttattgccgacatcattcgg
gaaaatattaatccaaatacagatggtttgacctttaccatggatgagctcaagcaagca
ttcaagatctacaacgaagatatgcgcaaggccgacaagaagtatacgcagttcaatatc
ccaactgcccatgctctcatgctctccaataaagactctatcactcgggtctactatggc
gacctctatactgatgacggccaatacatggagaaaaaatctccataccatgacgctatt
gatgccttgttgcgtgctcggattaagtatgtagctggtggccaggatatgaaagtcacc
tatatgggtgtgcctcgcgaggctgataaatggtcatataacggtatcttgacttctgtt
cgctacggtactggtgctaatgaggctacggatgaaggtacagcagaaacccgtacccaa
gggatggcagttattgcttctaataacccgaaccttaaactgaacgaatgggataaattg
caagtcaatatgggagcagcccataagaatcaatactatcgccctgtgctcctgacgact
aaagatggtatttcacgctatctaactgacgaagaagtaccgcaatccctctggaagaag
acagatgccaatggtattttgacctttgatatgaatgatattgcaggctacagtaatgtc
caagtttctggttatctggctgtttgggtaccagttggtgctaaagagaatcaggatgcg
cgcgtaacagccagcaagaagaaaaatgccagcggtcaggtttacgaatctagtcctgct
cttgattctcagctgatttacgaaggcttctctaacttccaagactttgcaacccgtgat
gatcaatataccaataaggtcattgctaaaaatgtcaacctctttaaagaatggggagtg
acttcgtttgagctgccgcctcagtatgtatctagccaagacggtactttcttagattct
atcattcagaatggttatgcctttgaagatcgctatgatatggcaatgagcaaaaataat
aaatatggttctttagatgacctactcaatgctcttcgtgctctccacagtgtcaatatc
caagccattgcggactgggtgccagaccaaatctacaatctgccaggtaaggaagtggta
acagcaactcgtgtcaacaactacggaacctaccgtgaaggcgcagaaatcaaagaaaaa
ctttatgtggctaatagtaagaccaatgggaccgactaccaaggcaagtatggtggagcc
ttcttggatgagcttaaagctaaatacccagaaatctttgaacgagtacaaatttccaac
ggccaaaagatgacaacggacgagaagattaccaagtggtcggctaagtacttcaatggt
accaatatcttaggtcgtggagcttactatgttcttaaagactggggaagcaaagaatac
ctgtctaacaagaatggagagacagcattacctaaacagctggtcaataaagaagcttct
actggatttgtaaaagatacaaatggctttaagttctattcaactagtgggaatcaagct
aaagacacttttatccaggatgaaaatggcaattggtattactttgataatcaaggctat
ctagtgacaggagctcgtgagattgatggcaagcagctttacttcatgaagaatggagtt
cagttgcgtgatgctttacaagaagatgaaaatggcaatcagtactactatgataagact
ggtgccaaggttctcaatcgttattacacttctgatggccaaaactggcgttatttcgat
gccaagggagttatggctagaggtctcgtcaagataggcgatggccagcaatactttgac
caaaatggttatcaagttaagggcaaggttgtacgtgctaaggatggcaaacttcgatac
tttgacaaggattcagggaatgctgtcatcaatcgttttgctcagggtgacaacccaagt
gattggtactatttcggagcagatggtgtcgctctaacaggccttcaaaagattggtcag
caaactctttatttcggccaagatggcaagcaagtcaagggtcaagtagtgatgctagca
gataagagcattcgttacttcgatgccaattcaggcgagatggccgtcaacaaatttgcg
gaaggtgcaaagaatgaatggtattactttgaccaagatggcaaagctgtaacaggtctt
aagacaattaacaatcaagttctctactttgatcaagacggcaagcaagtcaagggtcaa
gtagtgacgctagcagacaagagcatccgttactttgatgccaattcaggagaaatggcc
gtcaacaaatttgcagaaggtgctaaaaatgaatggtattattttgaccaagatggcaaa
gctgtaacaggtctccaaacgatcaataaacaggttctctacttcggccaagacggcaaa
caagtcaagggtcaagtagtgactttggctgataaatccatccgttactttgatgccaat
tcaggagagatggccgtcaacaaatttgcagaaggtgcaaagaatgaatggtattacttt
gatcaagacggcaaagctgtaacgggtcttaagacaattaacaatcaagttctctacttc
ggccaagatggcaagcaggtcaagggtcaagttgtctatgttgatggtgctgagcgatac
tttgatccgaagtcgggtgatatggttcgtaacaaatggattcgtctagaagacggaact
tggatgtactttgaccgaaatggtagaggcagacgctttggcagaaactaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (3)   
   KEGG COMPOUND (3)   
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 sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (21)   

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