OpenGenomeBrowser
Tools
TAXID 1308
ORGANISM FAM13496
GENOME FAM13496-i1-1.1
GENE FAM13496-i1-1.1_001512
locus tag:
FAM13496-i1-1.1_001512
genome:
FAM13496-i1-1.1
species:
Streptococcus thermophilus
taxid:
1308
Annotations
Type
Name
Description
Pathways
KEGG reaction
R04463 5'-Phosphoribosylformylglycinamide:L-glutamine amido-ligase (ADP-forming); ATP + 5'-Phosphoribosyl-N-formylglycinamide + L-Glutamine + H2O <=> ADP + Orthophosphate + 2-(Formamido)-N1-(5'-phosphoribosyl)acetamidine + L-Glutamate
kornec00230 kornec01100 kornec01110
Gene Product
phosphoribosylformylglycinamidine synthase
Ortholog
N0.HOG0001441 phosphoribosylformylglycinamidine synthase subunit PurL
KEGG gene
K01952 PFAS, purL; phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
kornec00230 kornec01100 kornec01110
Eggnog Protein
EP:purL
Eggnog Ortholog
EO:COG0046
Eggnog Description
ED:Part of the phosphoribosylformylglycinamidine synthase complex involved in the purines biosynthetic pathway. Catalyzes the ATP-dependent conversion of formylglycinamide ribonucleotide (FGAR) and glutamine to yield formylglycinamidine ribonucleotide (FGAM) and glutamate. The FGAM synthase complex is composed of three subunits. PurQ produces an ammonia molecule by converting glutamine to glutamate. PurL transfers the ammonia molecule to FGAR to form FGAM in an ATP-dependent manner. PurS interacts with PurQ and PurL and is thought to assist in the transfer of the ammonia molecule from PurQ to PurL
EC Number
EC:6.3.5.3 phosphoribosylformylglycinamidine synthase; phosphoribosylformylglycinamidine synthetase; formylglycinamide ribonucleotide amidotransferase; phosphoribosylformylglycineamidine synthetase; FGAM synthetase; FGAR amidotransferase; 5'-phosphoribosylformylglycinamide:L-glutamine amido-ligase (ADP-forming); 2-N-formyl-1-N-(5-phospho-D-ribosyl)glycinamide:L-glutamine amido-ligase (ADP-forming)
kornec00230 kornec01100 kornec01110
Occurs in the following pathway maps:
Pathway
Description
kornec00230
Purine metabolism
kornec01100
Metabolic pathways
kornec01110
Biosynthesis of secondary metabolites
Sequences
Nucleotide sequence (GC-content: 42.0 %):
A T G G A T A A A C G T A T T T T C G T T G A G A A A A A A G C T G A T T T T C G T G T G A A A T C T C G C T C T T T A T T A A A A G A A T T A C A G C A T A A T A T T C A G T T G A A A A C C T T G A A T G A T C T T C G T A T T G T A C A A G T T T A C G A T G T C T T T A A T T T G G C A G A G G A T T T G T T T G C C C G T G C G G A A A A A T A T A T C T T T T C T G A A C A A G T G A C C G A T A C T G T T T T G G A T G A A G C T A C A G T T A A G A C T G A C C T T G A G A A G T A T G C T T T C T T T G C T A T C G A A A G C T T G C C T G G T C A A T T T G A T C A A C G T G C A G C A T C T T C A C A A G A A G C T T T G C T T T T G C T T G G T A G C T C A A G T G A T G T A A C G G T T A A T A C T G C T C A A T T G T A C T T G G T T A A C A A G G A C A T T G C T G C T A A T G A A T T G G A A G C T G T T A A A A A T T A T C T A T T G A A C C C A G T G G A C T C T C G T T T C A A A G A T A T C A C T G T T G G T A T T G C T A A A C A G G A T T T C T C T G A G T C T G A C A A A A C G A T T C C A A A C T T G G A T T T C T T T G A A A C T T A T A C A G C A G A A G A T T T T G C A C A G T A T A A G G C A G A T C A A G G A T T G G C C A T G G A A G T G G A T G A C C T G C T C T T C A T T C A A G A T T A C T T C A A G T C A A T T G G A C G T G T G C C A A C T G A G A C T G A A C T T A A G G T T T T G G A T A C T T A C T G G T C T G A C C A C T G C C G C C A C A C A A C T T T C G A G A C T G G G T T G A A A A A C A T C G A C T T C T C A G C T T C T A A A T T C C A A A A A C A A T T G C A A G C A A C T T A T G A C A A A T A T A T T G C C A T G C G T G A T G A G T T G G G A C G T G C A G A A A A G C C T C A A A C C T T A A T G G A T A T G G C G A C T A T T T T T G G T C G T T A T G A G C G T G C C A A T G G C C G T T T G G A T G A C A T G G A A G T T T C T G A C G A A A T C A A T G C C T G C T C A G T T G A A A T T G A A G T A G A T G T C A A T G G T G T C A A A G A A C C A T G G C T T C T T A T G T T C A A G A A C G A A A C T C A T A A C C A C C C A A C G G A A A T C G A A C C A T T T G G T G G A G C G G C T A C T T G T A T C G G T G G T G C C A T T C G T G A C C C A T T G T C A G G T C G T T C A T A C G T T T A C C A A G C T A T G C G T A T T T C A G G T G C C G G T G A T A T T A C A A C A C C A A T C G C T G A A A C A C G T G C T G G A A A A T T G C C A C A A C A A G T C A T T T C T A A A A A A G C G G C T C A T G G T T A T T C T T C A T A T G G T A A C C A A A T T G G T C T T G C A A C A A C T T A T G T T C G T G A A T A C T T C C A C C C A G G T T T C G T T G C C A A G C G T A T G G A G C T A G G T G C A G T T G T C G G T G C A G C T C C T A A G G A G A A T G T T G T C C G T G A A A A A C C T G A A G C T G G A G A T G T G G T T A T C T T G C T C G G T G G T A A G A C T G G A C G C G A C G G T A T C G G T G G T G C G A C A G G T T C T T C A A A A G T T C A A A C G G T T G A A T C A G T T G A A A C A G C T G G T G C T G A G G T T C A A A A A G G T A A T G C T A T C G A A G A A C G T A A G A T T C A A C G T C T T T T C C G C A A T G G T G A A G T A A C A C G T C T T A T C A A G A A A T C C A A T G A C T T T G G T G C T G G T G G T G T C T G T G T G G C T A T C G G T G A A T T G G C A G A T G G T C T T G A A A T T G A T C T A G A C A A A G T G C C A T T G A A A T A C C A A G G T T T G A A C G G T A C C G A A A T T G C C A T C T C T G A A T C T C A A G A A C G T A T G G C T G T G G T G G T T C G T C C A G A A G A T G T A G A T A T C T T C G T T G C T G A A T G T A A C A A A G A A A A T A T T G A T G C A G T T G T C G T T G C A A C C G T G A C T G A A A A A C C A A A T C T C G T C A T G C A C T G G A A T G G T A A A A C A A T T G T T G A T T T G G A A C G T C G T T T C C T T G A T A C A A A T G G T G T G C G T A C A G T A G T A G A T G T T A A G G T G G T T G A C A A G G A T G T C A A G C T T C C A G A A G A A C G C A A A A C C T C T G C T G A A A C C C T T G A A G C A G A T A C G C T T G A A G T T T T G G C T G A C C T T A A C C A T G C A A G T C A A A A A G G T T T A C A A A C T A T G T T T G A T A G C T C G G T T G G T C G T T C A A C A G T C A A T C A C C C A C T T G G T G G T C G A T A C C A A A T T A C T C C A A C T G A A G C T T C T G T T C A G A A A T T G C C A G T C C A A T A T G G C G T G A C A A C A A C T G C C T C T G T C A T A G C C C A A G G A T T T A A C C C A T A C A T C G C A G A A T G G T C T C C A T A T C A T G G T G C T G C A T A T G C A G T C A T C G A A G C A A C A G C T C G T T T G G T T G C T G T T G G T G C A A A T T G G T C T A A G G C T C G T T T C T C T T A T C A A G A A T A C T T C G A G C G T A T G G A T A A A A A A G C A G A G C G T T T T G G T C A A C C A G T A T C A G C T C T T C T T G G A T C A A T C G A A G C T C A G A T T C A A C T T G G T T T G C C A T C T A T T G G T G G T A A G G A C T C T A T G T C A G G C A C C T T T G A A G A A T T G A C A G T A C C A C C A A C C T T G G T T G C T T T T G G G G T G A C A A C A G C A G A C A G T C G T A A G G T C C T T T C T C C A G A A T T T A A G G C T G C T G G T G A A A A T A T C T A C T A C A T C C C A G G T C A A G C T T T G G C C C A A G A G A T T G A T T T T G A T C T C A T C A A G T C T A A C T T T G C T C A G T T T G A A G C T A T C C A A G C T G A T C A C A A A G T G A C A G C T G C A T C A G C T G T C A A A T A T G G T G G T G T C A T T G A A G C T C T T G C A C T T G C A A C G T T T G G G A A C C A T A T C G G G G C G A C T G T A A C C C T T G A A A A T C T T G A G A C T G C C T T A A C A G C T C A A T T G G G A G G A T T C A T C T T C A C A T C T C C G G A A G A G A T T G C A A G T G T T G G C A A G A T T G G A C A A A C A G T A G C T G A C T T T A C A C T T G C T G T C A A C G G T G T A A C G C T T G A T G G A C A T A A A C T T G A C A G T G C C T T T C A A G G T A A A T T G G A A G A G G T T T A C C C A A C T G A A T T T G C A C A A G C A A C T G A G T T A G A A G A A G T A C C T G C T G T G A C G T C A G A T A C T G T T A T A A A A G C T A A A G A A G T A G T T G A G A A A C C A G T G G T T T A C A T C C C A G T A T T C C C A G G T A C T A A C T C T G A G T A T G A C T C T G C T A A G G C C T T T G A A A A A G A A G G T G C C A A A G T C A A C T T A G T A C C A T T T G T A A C A T T G A A T G A A G A A G C G A T T G T C A A G T C T G T T G T C A C C A T G G T T G A T A A T A T T G A A A A A G C T A A C A T T A T C T T C C T T G C A G G T G G C T T C T C A G C A G C G G A T G A A C C A G A T G G A G C A G C T A A A T T T A T C G T T A A C A T C T T G C T C A A T G A A A A A G T A C G T G C A G C T A T T G A T A G C T T C A T C G A A C G T G G T G G T T T A A T C A T C G G T A T C T G T A A C G G G T T C C A A G C T C T T G T C A A A T C A G G T C T C C T T C C A T A C G G T A A C T T T G A A G A T G C A A G C A G T A C T A G T C C A A C C C T C T T C T A C A A T G A T G C C A A C C A A C A C G T G G C T A A G A T G G T T G A A A C A C G T A T T G C C A A T A C T A A C T C A C C T T G G C T T G C T G G A G T G A A A G T T G G T G A C A T C C A T A C C A T C C C A G T A T C A C A C G G T G A A G G T A A A T T T G T C G T G A C G A C T G A A G A A T T T G C G G A G C T T C G C G A T A A T G G T C A A A T C T T T A G C C A A T A T G T T G A C T T C G A A G G C A A A C C T A G C A T G G A T T C T A A A T A T A A T C C A A A T G G T T C T G T C A A T G C T A T T G A A G G T A T C A C A A G C A A G A A C G G T C A A A T T A T T G G T A A G A T G G G A C A C T C A G A A C G T T T C G A A G A T G G T C T C T T C A A A A A T A T T C C T G G A A A T A A A G A A C A G C A C C T C T T T G C G T C A G C G G T T A A A T A C T T C A C T G G A A A A T A A
Protein sequence:
M D K R I F V E K K A D F R V K S R S L L K E L Q H N I Q L K T L N D L R I V Q V Y D V F N L A E D L F A R A E K Y I F S E Q V T D T V L D E A T V K T D L E K Y A F F A I E S L P G Q F D Q R A A S S Q E A L L L L G S S S D V T V N T A Q L Y L V N K D I A A N E L E A V K N Y L L N P V D S R F K D I T V G I A K Q D F S E S D K T I P N L D F F E T Y T A E D F A Q Y K A D Q G L A M E V D D L L F I Q D Y F K S I G R V P T E T E L K V L D T Y W S D H C R H T T F E T G L K N I D F S A S K F Q K Q L Q A T Y D K Y I A M R D E L G R A E K P Q T L M D M A T I F G R Y E R A N G R L D D M E V S D E I N A C S V E I E V D V N G V K E P W L L M F K N E T H N H P T E I E P F G G A A T C I G G A I R D P L S G R S Y V Y Q A M R I S G A G D I T T P I A E T R A G K L P Q Q V I S K K A A H G Y S S Y G N Q I G L A T T Y V R E Y F H P G F V A K R M E L G A V V G A A P K E N V V R E K P E A G D V V I L L G G K T G R D G I G G A T G S S K V Q T V E S V E T A G A E V Q K G N A I E E R K I Q R L F R N G E V T R L I K K S N D F G A G G V C V A I G E L A D G L E I D L D K V P L K Y Q G L N G T E I A I S E S Q E R M A V V V R P E D V D I F V A E C N K E N I D A V V V A T V T E K P N L V M H W N G K T I V D L E R R F L D T N G V R T V V D V K V V D K D V K L P E E R K T S A E T L E A D T L E V L A D L N H A S Q K G L Q T M F D S S V G R S T V N H P L G G R Y Q I T P T E A S V Q K L P V Q Y G V T T T A S V I A Q G F N P Y I A E W S P Y H G A A Y A V I E A T A R L V A V G A N W S K A R F S Y Q E Y F E R M D K K A E R F G Q P V S A L L G S I E A Q I Q L G L P S I G G K D S M S G T F E E L T V P P T L V A F G V T T A D S R K V L S P E F K A A G E N I Y Y I P G Q A L A Q E I D F D L I K S N F A Q F E A I Q A D H K V T A A S A V K Y G G V I E A L A L A T F G N H I G A T V T L E N L E T A L T A Q L G G F I F T S P E E I A S V G K I G Q T V A D F T L A V N G V T L D G H K L D S A F Q G K L E E V Y P T E F A Q A T E L E E V P A V T S D T V I K A K E V V E K P V V Y I P V F P G T N S E Y D S A K A F E K E G A K V N L V P F V T L N E E A I V K S V V T M V D N I E K A N I I F L A G G F S A A D E P D G A A K F I V N I L L N E K V R A A I D S F I E R G G L I I G I C N G F Q A L V K S G L L P Y G N F E D A S S T S P T L F Y N D A N Q H V A K M V E T R I A N T N S P W L A G V K V G D I H T I P V S H G E G K F V V T T E E F A E L R D N G Q I F S Q Y V D F E G K P S M D S K Y N P N G S V N A I E G I T S K N G Q I I G K M G H S E R F E D G L F K N I P G N K E Q H L F A S A V K Y F T G K
GenBank Info
locus_tag - FAM13496-i1-1.1_001512
Gene Locus
Located on scaffold FAM13496-i1-1_scf22
FAM13496-i1-1.1_001511
