We present evidence that, in contrast to plasmids from other hyperthermophilic archaea, which are in the relaxed to positively supercoiled state, plasmid pGS5 (2.8 kb) from Archaeoglobus profundus is negatively supercoiled. This might be due to the presence of a gyrase introducing negative supercoils, since gyrase genes are present in the genome of its close relative A. fulgidus, and suggests that gyrase activity predominates over reverse gyrase whenever the two topoisomerases coexist in cells
International audienceDiverse DNA repair mechanisms are essential to all living organisms. Some of t...
Reverse gyrase is a topoisomerase that can introduce positive supercoils to its substrate DNA. It is...
Prokaryotes have an essential gene—gyrase—that catalyzes negative supercoiling of plasmi...
We present evidence that, in contrast to plasmids from other hyperthermophilic archaea, which are in...
We present evidence that, in contrast to plasmids from other hyperthermophilic archaea, which are in...
International audienceAbstract In all cells, DNA topoisomerases dynamically regulate DNA supercoilin...
International audienceIn all cells, DNA topoisomerases dynamically regulate DNA supercoiling allowin...
Reverse gyrase is a topoisomerase which positively supercoils closed circular plasmid DNA. Reverse g...
Reverse gyrase is a unique DNA topoisomerase endowed with ATP-dependent positive supercoiling activi...
Reverse gyrases are atypical topoisomerases present in hyperthermophiles and are able to positively ...
International audienceDNA gyrase is a type II topoisomerase with the unique capacity to introduce ne...
The presence of reverse gyrase, an unusual ATP-dependent type I topoisomerase first isolated from th...
ATP-dependent type I topoisomerases from extremely thermophllic archaebacterla- reverse gyrases- dri...
Reverse gyrase is a DNA topoisomerase that is peculiar in many aspects: it has the unique ability to...
Reverse gyrase is a DNA topoisomerase specific for hyperthermophilic bacteria and archaea. It cataly...
International audienceDiverse DNA repair mechanisms are essential to all living organisms. Some of t...
Reverse gyrase is a topoisomerase that can introduce positive supercoils to its substrate DNA. It is...
Prokaryotes have an essential gene—gyrase—that catalyzes negative supercoiling of plasmi...
We present evidence that, in contrast to plasmids from other hyperthermophilic archaea, which are in...
We present evidence that, in contrast to plasmids from other hyperthermophilic archaea, which are in...
International audienceAbstract In all cells, DNA topoisomerases dynamically regulate DNA supercoilin...
International audienceIn all cells, DNA topoisomerases dynamically regulate DNA supercoiling allowin...
Reverse gyrase is a topoisomerase which positively supercoils closed circular plasmid DNA. Reverse g...
Reverse gyrase is a unique DNA topoisomerase endowed with ATP-dependent positive supercoiling activi...
Reverse gyrases are atypical topoisomerases present in hyperthermophiles and are able to positively ...
International audienceDNA gyrase is a type II topoisomerase with the unique capacity to introduce ne...
The presence of reverse gyrase, an unusual ATP-dependent type I topoisomerase first isolated from th...
ATP-dependent type I topoisomerases from extremely thermophllic archaebacterla- reverse gyrases- dri...
Reverse gyrase is a DNA topoisomerase that is peculiar in many aspects: it has the unique ability to...
Reverse gyrase is a DNA topoisomerase specific for hyperthermophilic bacteria and archaea. It cataly...
International audienceDiverse DNA repair mechanisms are essential to all living organisms. Some of t...
Reverse gyrase is a topoisomerase that can introduce positive supercoils to its substrate DNA. It is...
Prokaryotes have an essential gene—gyrase—that catalyzes negative supercoiling of plasmi...