KEGG   Thermosulfuriphilus ammonigenes: G4V39_09670
Entry
G4V39_09670       CDS       T06469                                 
Name
(GenBank) DUF1957 domain-containing protein
  KO
K16149  1,4-alpha-glucan branching enzyme [EC:2.4.1.18]
Organism
tav  Thermosulfuriphilus ammonigenes
Pathway
tav00500  Starch and sucrose metabolism
tav01100  Metabolic pathways
tav01110  Biosynthesis of secondary metabolites
Module
tav_M00854  Glycogen biosynthesis, glucose-1P => glycogen/starch
Brite
KEGG Orthology (KO) [BR:tav00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00500 Starch and sucrose metabolism
    G4V39_09670
Enzymes [BR:tav01000]
 2. Transferases
  2.4  Glycosyltransferases
   2.4.1  Hexosyltransferases
    2.4.1.18  1,4-alpha-glucan branching enzyme
     G4V39_09670
SSDB
Motif
Pfam: Glyco_hydro_57 BE_C DUF4912
Other DBs
NCBI-ProteinID: QIJ72523
UniProt: A0A6G7PYP2
Position
1978808..1981768
AA seq 986 aa
MRESTVVVGQTLKAEALGSHILVSWSKVSFLPDEDLYLEVFREGSLLASHRVSHLQQLEI
DLPGAGDFTLVLSRKRRQELSLVSGFHYSPHVVFVSENERRHHLSWGQIDWRAVEAELKL
TTGLSLKETRAFLRLLRYPDPVTGFPEEEWQEVGVSDRSLILGLIRAVELHLLDREGHSL
KRIFRLEVIPPERGAEIDKISITVGPEEFYLYLTRKVVEPDELQLKAFWRIPQSLVDELE
REFLAPRGLSWEKAGVVLRLFRQEGGSWQEFRPHEHRAIGLARDWIFPLIPPGLYQARLL
LETYDGETLTVIASSNLCFLAGGQEGIFLLPIDEYRLFAYWHLEQESLTRRLEEFAAGDS
VKTFLRLFEEFSGNLYPRPDKDIEVHLGLTNNWYLHLEPDKRWRIQILAVRGDGKLLELT
PVSNPAQTGRLSTGANPVVYKTVDLPLEHPTIRPIKGVMDPANHSIGLLILHLHAHLPYI
RRRIVYGQAGYWQPMGYPEEWFHEALVDTYIPLIDRLESLVAEGVDFKLSMDISPALSNM
MRCPLLQEEFLRYIEGLINLARAEIERTLREEPHYTHAAWVHLERFEKAREIFLRWEGDL
TRAFRSLQDRGYLEISTCAATHAFLPFYLSHKEAIYAQVETAIRDYEETFGRLPVGIWLP
ECAYHPGIEEILDHFGLRYFFSETHTVLLADSPVEFGYHAPVYIRGSNVAVFPRDPETGK
QVWSGEEGYPGDPDYLEFHIKGGPLRYNRVTDRRSQQKEPYNRDWALAKAASHAQHFMEG
RNFRFEYVHGWFWKKPLTVATYDAELFGHHWFEGPDFLYFLLKKIYHNQNQTELITPADY
LARYPTNQDVFPATSSWGDKGTFDKWMYGSVSWMYRHIHQAIAAAREMAEAPEVDDEYSR
RLLAQASREVLWAMNSDLAFVISNGHFIDRMKEFFFEALENFWWLRDLFESYRKHGHRDE
GALRLLEISRPIFPRINPRCFARRKR
NT seq 2961 nt   +upstreamnt  +downstreamnt
atgagagaatccaccgtggtcgtcggccaaaccttgaaagccgaggccctgggaagtcat
attctggtttcctggtcaaaggtctccttcctgcctgatgaagatctttaccttgaggtc
ttccgtgaggggagccttttggccagccatcgagtcagccatttgcaacaacttgagata
gaccttcccggggctggggacttcacccttgttctttcccggaaacgccgccaagaactc
agcctcgtttctggttttcattacagccctcatgtggtctttgtttccgaaaatgaaaga
agacaccatctctcttgggggcaaatagactggcgggctgtggaggctgagctcaagtta
accaccggcctcagcctgaaggagaccagggccttcctccgccttttgcgttatccagat
ccggtaaccggtttccctgaagaagagtggcaggaggtaggagtctcagataggtccctc
atcctggggcttatcagggcggtcgaacttcatcttctagatcgggaaggccacagcctt
aagcgaatctttcggctggaggttatccctccagagaggggagccgagatagacaaaata
tctattactgtgggcccggaagagttctatctttatctgacgcgaaaggtagttgaacca
gacgaacttcagcttaaggccttctggcgtattcctcagtcgttggtggacgagctggag
agggagtttcttgccccccgggggctttcctgggagaaggccggagtcgttctgcgactt
tttcgtcaagaaggaggctcatggcaggagtttaggcctcacgaacaccgggctattggc
ctggccagggattggatttttcccttgatcccccccgggctgtatcaggcccggctcctc
ttggagacttatgacggtgagaccctgacggtaatagcctcttctaatctatgttttctg
gccggtggccaggaggggatcttccttttgccgatagatgagtaccgtctttttgcctat
tggcatctggagcaggagtccttgaccagaaggctggaggaatttgccgcgggggactcg
gttaagacctttctccgtctttttgaggagttttccgggaatctctatccccggccggat
aaggatatcgaagtccacctgggtctaaccaacaactggtacctccatctagaaccagat
aagcgttggcgaattcagattttggccgtccgaggggatggaaagctccttgagctcacc
ccggtctccaacccggctcagacaggtcgtctctccaccggggccaaccctgtggtttac
aaaacggtagatcttcccctggagcatcccactatccgaccgataaagggggttatggat
ccggccaatcattccattggccttcttattcttcatcttcatgcccatcttccctacatc
agacggcgtatcgtttatggtcaggccggttattggcaacccatgggctatccagaggaa
tggttccacgaggccttggtagatacctatattcccctgatagatcgtcttgaatccctg
gtggctgaaggggtcgattttaagctctctatggatatctctccggccctttccaacatg
atgcgctgtcctcttctccaggaagagttcctgcgctacatagaaggtcttatcaatttg
gcccgagcggagatcgaacgtaccctcagggaggagccgcactatactcatgctgcctgg
gttcacctggaacgctttgagaaggcccgggaaatcttcctccgctgggagggggatctt
acccgggccttccgcagccttcaggatcggggctatttggagatatctacctgtgccgcc
acccatgcctttttgcccttttatctgagccacaaggaggccatttacgcccaggtggaa
acagccatcagggactatgaggagacctttggtcggcttccggtaggaatctggttgccg
gagtgcgcctatcaccccggaattgaagaaatccttgatcactttggccttcgatatttt
tttagtgaaacccacacggtccttctggctgatagtccggtggaatttggttaccatgct
ccggtctatatcagaggttctaatgtggctgttttcccccgagatccggagaccggcaag
caggtctggagtggtgaggagggttatcccggggatcctgactatctggaatttcacata
aagggtggtcccctgcgttacaaccgggtcactgatcgccgctctcaacaaaaggagcct
tataaccgagattgggccctggccaaggcggccagccatgcccaacactttatggaagga
cgcaacttccgttttgaatatgtccatggttggttctggaaaaagccccttaccgtggcc
acctatgacgccgaactgtttggtcatcactggtttgaggggccagactttctctatttt
cttctcaagaagatctaccacaatcaaaatcagaccgagctcataaccccggccgattac
ctggcccgttatcccaccaatcaagatgtcttcccggccacgtcctcttggggagataag
ggcacctttgataaatggatgtacggttcagtttcctggatgtatcgccatatacatcaa
gctattgccgcagctagggaaatggctgaggcccccgaggtagatgacgaatatagccga
cgccttctggctcaggccagccgagaggtcctctgggcgatgaacagtgatctggccttt
gtcatctccaatggtcacttcattgatcgaatgaaggaattctttttcgaggccctggag
aatttttggtggctgcgggatctttttgaatcctaccgaaaacatggccatcgggatgag
ggagctctacgactgcttgaaatctctcgtcctatttttcccagaataaatccccgctgt
tttgcaaggaggaagagatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (2)   
   KEGG COMPOUND (2)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (3)   
   Pfam (3)   
All databases (18)   

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