OpenGenomeBrowser
Tools
TAXID 1613
ORGANISM FAM19471
GENOME FAM19471-i1-1.1
GENE FAM19471-i1-1.1_001490
locus tag:
FAM19471-i1-1.1_001490
genome:
FAM19471-i1-1.1
species:
Limosilactobacillus fermentum
taxid:
1613
Annotations
Type
Name
Description
Pathways
Ortholog
N0.HOG0001309 DNA gyrase subunit A
KEGG gene
K02469 gyrA; DNA gyrase subunit A [EC:5.6.2.2]
Gene Code
gyrA
Eggnog Protein
EP:gyrA
Eggnog Ortholog
EO:COG0188
Eggnog Description
ED:A type II topoisomerase that negatively supercoils closed circular double-stranded (ds) DNA in an ATP-dependent manner to modulate DNA topology and maintain chromosomes in an underwound state. Negative supercoiling favors strand separation
EC Number
EC:5.99.1.3 Transferred to 5.6.2.2
EC Number
EC:5.6.2.2 DNA topoisomerase (ATP-hydrolysing); type II DNA topoisomerase; DNA-gyrase; deoxyribonucleate topoisomerase; deoxyribonucleic topoisomerase; topoisomerase; DNA topoisomerase II
Gene Product
DNA gyrase subunit A
Sequences
Nucleotide sequence (GC-content: 55.5 %):
G T G C C A G A A C A A G A G A T G C C T G G A C G G A T A A C C G A C G T T A A T C T G A C C A G C C A A A T G C G G A A T T C A T T C T T G G A T T A C G C C A T G A G T G T C A T C G T C T C C C G G G C C C T A C C T G A C G T T C G T G A T G G T T T A A A G C C G G T T C A G C G C C G G A T T T T A T A C G G G A T G A A C G A A C T G G G G G T C A C T C C G G A T A A G C C C T A C A A G A A G T C G G C C C G G A T C G T G G G G G A C G T C A T G G G G A A A T T T C A C C C C C A C G G G G A C T C T T C G A T T T A C G A G G G G C T C G T T C G G A T G G C C C A A G A C T T C T C C T A C C G T T A C A T G C T G G T C G A C G G G C A C G G T A A C T T C G G C T C C G T C G A T G G G G A C G G G G C G G C C G C C A T G C G G T A C A C C G A A G C T A A G A T G A G C A A G A T C G C C G T C G A A A T G C T G C G C G A C A T C A A C A A G G A C A C C G T T G A T T T C C A A G A C A A C T A C G A C G G T A C C G A A A A A G A A C C G G C T G T C C T G C C G G C C C G C T T C C C G A A C C T C T T G G T G A A C G G G G C C T C G G G G A T T G C C G T C G G G A T G G C T A C C A A C A T C C C A A C C C A T A A C C T G G G C G A A G T A A T C T C G G C A A T T C A C A T G C T G A T G A A T A A C C C G G A C G T G A C G G T T G C C G A G C T G A T G A A G G C C T T A C C A G G A C C G G A C T T C C C A A C C G G G G G C G T A G T C A T G G G T A A A G C G G G G A T T C G C C A G G C C T A C G A G A G C G G T C A G G G T T C G A T T A T C G T C C G G G C C A A G G T G G A A A T T G A G G A G C A A A A G A A C G G C A A G C A A C G G A T C G T C G T T C A C G A A A T T C C G T A C A T G G T T A A C A A G G C C A A G C T G A T C G A G C G G A T C G C C A A C C T C G C C C G G G A A A A G G A A A T C G A T G G G A T T A C C G A T G T C A A C G A C G A A A C C G A C C G G G A A G G G A T G C G G A T C G T A A T T G A C G T T C G C C G C G A C G C C A G T G C C G A G G T G A T C T T A A A C A A C C T C T A C A A G A T G A C C C T G A T G C A A A C G A C T T A C A A C T T C A A C A T G T T G G C G A T C G T T A A G G G C G C C C C G A A G A T C C T G T C A T T A A A A G A G A T C C T T C A G T A C T A C T T G G A A C A C C A A G A A G A A G T A G T T C G C C G A C G G A C C G A A T T C G A C T T G A A A A A G G C C C A A A A C C G G G C C C A C A T C G T C G C C G G G T T A C G G A T T G C C T T G G A T C A C A T C G A C G C G A T C A T C A A C A T C A T C C G G A G C T C G G A A A C T T C C G A A C T G G C T A A G C A A C G G C T G A T G G A C G A C T A C A G C C T G T C C G A T C G C C A A G C C C A A G C C A T T T T G G A C C T G C G G C T G G T A C G C C T G A C C G G G T T G G A A C G C G A A A A A A T T G A A G A C G A G T A C C A A A A A C T A G T G G C C G C C A T T G C A G A T T A C A A G G A C A T C T T G G C C C A C C A G G A A C G G A T T A A C C A G A T C A T T T A C G A T G A A C T G A T G G A A A T C C A A A A C A A G T T T G G T G A C G A G C G C C G G A C C G A A T T A C A A G T C G G C G A C A T T T C C A A C A T C G A A G A C G A A G A C C T G A T C G A A G A A G A A G A C A T C A T C G T C A C A C T C A C C C A C A A T G G T T A C G T C A A G C G C T T G C C G G T T G A C G A A T T T A A G G C C C A G A A C C G T G G G G G C C G C G G G G T G A A G G G G A T G G G C G T C C A C A G T G A C G A C T T C A T C G A G C A C C T G G T C G C T A G T T C C A C T C A C G A C C T C T T G C T C T T C T T C A C C A A C A C C G G G A A G G T C T T T G C C A T G A A G G G C T A C G A A A T T C C A G A G T A C G G T C G G G C C G C C C A G G G G A T T C C G A T C A T T A A C C T C C T G G A C G T C G A C G G T A A G G A A A A G G T G A C C G C C G T G A T C A A C G T T G C C C A A A G A G A A G A C G A C T T A C A A A A G G A C C T C T T C T T T G T G A C C C G G C A G G G A A C G G T T A A G C G C A C G C C G G T G A C G G A A T T T A A G A A C A T T C G C T C T A A C G G G A T C A A G G C C A T T A A C C T G C A C G A G G G T G A T G A A C T G A T C A A C G T G G C G A T T G T C G A T G A C G A T C A A A A C A T G A T T C T G G G G A C C C A C C T G G G C C A C G C C G C C A C C T T T A A G G T G A G T G C C G T T C G G T C A A T G G G A C G A T C C G C C G C C G G G G T C C G G G G G G C C C G C C T A C G G G A C G G T G A C T A C C T G A T T G G T G C C G C A C C G T T A A A C G A G G A T G A C C A G G T T C T G G T T A T C T C G G A A A A G G G C T A C G G C A A G A A G A C G C C G G C C A G C G A G T A C C C A A T T A A G G G C C G G G G T G G C C T G G G G A T C A A G A C C G T C A A C G T G A C C G A A A A G A A C G G G C C A C T C G C C G G G T T A A C C A C C G T T C A G G G G G A C G A A G A C C T G A T G G T G G T G A C C G A T A A G G G G G T C A T C A T C C G C T T T G G C G T T G A A T C C G T C T C C C A A A C C A G G C G C T C A G C A A T T G G G G T C C A C C T G A T C A A G A T G G A C G C C G A C T C A G T G G T G G C C A C G A T G A C C A A G G T C G A A A A A G A G A C C G C A G A A A C G G A T C C A A C C G A A G C A A G C G C T G A A G A A G C C G A A A C G C C G G T T G A A G G T C C C G A C G A A A T T T A A
Protein sequence:
M P E Q E M P G R I T D V N L T S Q M R N S F L D Y A M S V I V S R A L P D V R D G L K P V Q R R I L Y G M N E L G V T P D K P Y K K S A R I V G D V M G K F H P H G D S S I Y E G L V R M A Q D F S Y R Y M L V D G H G N F G S V D G D G A A A M R Y T E A K M S K I A V E M L R D I N K D T V D F Q D N Y D G T E K E P A V L P A R F P N L L V N G A S G I A V G M A T N I P T H N L G E V I S A I H M L M N N P D V T V A E L M K A L P G P D F P T G G V V M G K A G I R Q A Y E S G Q G S I I V R A K V E I E E Q K N G K Q R I V V H E I P Y M V N K A K L I E R I A N L A R E K E I D G I T D V N D E T D R E G M R I V I D V R R D A S A E V I L N N L Y K M T L M Q T T Y N F N M L A I V K G A P K I L S L K E I L Q Y Y L E H Q E E V V R R R T E F D L K K A Q N R A H I V A G L R I A L D H I D A I I N I I R S S E T S E L A K Q R L M D D Y S L S D R Q A Q A I L D L R L V R L T G L E R E K I E D E Y Q K L V A A I A D Y K D I L A H Q E R I N Q I I Y D E L M E I Q N K F G D E R R T E L Q V G D I S N I E D E D L I E E E D I I V T L T H N G Y V K R L P V D E F K A Q N R G G R G V K G M G V H S D D F I E H L V A S S T H D L L L F F T N T G K V F A M K G Y E I P E Y G R A A Q G I P I I N L L D V D G K E K V T A V I N V A Q R E D D L Q K D L F F V T R Q G T V K R T P V T E F K N I R S N G I K A I N L H E G D E L I N V A I V D D D Q N M I L G T H L G H A A T F K V S A V R S M G R S A A G V R G A R L R D G D Y L I G A A P L N E D D Q V L V I S E K G Y G K K T P A S E Y P I K G R G G L G I K T V N V T E K N G P L A G L T T V Q G D E D L M V V T D K G V I I R F G V E S V S Q T R R S A I G V H L I K M D A D S V V A T M T K V E K E T A E T D P T E A S A E E A E T P V E G P D E I
GenBank Info
gene - gyrA
Gene Locus
Located on scaffold FAM19471-i1-1_scf33
FAM19471-i1-1.1_001489
