In Escherichia coli, the ATP-dependent DNA translocase FtsK transports DNA across the site of cell division and activates recombination by the XerCD recombinases at a specific site on the chromosome, dif, to ensure the last stages of chromosome segregation. DNA transport by FtsK is oriented by 8-base-pair asymmetric sequences ('KOPS'). Here we provide evidence that KOPS promote FtsK loading on DNA and that translocation is oriented at this step
DNA translocases are molecular motors that use energy from nucleotide triphosphate (NTP) hydrolysis ...
FtsK translocates dsDNA directionally at >5 kb/s, even under strong forces. In vivo, the action of F...
FtsK is a double-stranded DNA translocase, a motor that converts the chemical energy of binding and ...
Dimeric circular chromosomes, formed by recombination between monomer sisters, cannot be segregated ...
FtsK is a homohexameric, RecA-like dsDNA translocase that plays a key role in bacterial chromosome s...
FtsK is a homohexameric, RecA-like dsDNA translocase that plays a key role in bacterial chromosome s...
FtsK is a hexameric DNA translocase that participates in the final stages of bacterial chromosome se...
FtsK is a hexameric DNA translocase that participates in the final stages of bacterial chromosome se...
Escherichia coli FtsK is a powerful, fast, double-stranded DNA translocase, which can strip proteins...
Escherichia coli FtsK is a powerful, fast, double-stranded DNA translocase, which can strip proteins...
The bacterial septum-located DNA translocase FtsK coordinates circular chromosome segregation with c...
DNA translocases are molecular motors that move rapidly along DNA using adenosine triphosphate as th...
The FtsK DNA-translocase controls the last steps of chromosome segregation in E. coli. It translocat...
Background: The FtsK DNA-translocase controls the last steps of chromosome segregation in E. coli. I...
Escherichia coli FtsK is a septum-located DNA translocase that co-ordinates the late stages of cytok...
DNA translocases are molecular motors that use energy from nucleotide triphosphate (NTP) hydrolysis ...
FtsK translocates dsDNA directionally at >5 kb/s, even under strong forces. In vivo, the action of F...
FtsK is a double-stranded DNA translocase, a motor that converts the chemical energy of binding and ...
Dimeric circular chromosomes, formed by recombination between monomer sisters, cannot be segregated ...
FtsK is a homohexameric, RecA-like dsDNA translocase that plays a key role in bacterial chromosome s...
FtsK is a homohexameric, RecA-like dsDNA translocase that plays a key role in bacterial chromosome s...
FtsK is a hexameric DNA translocase that participates in the final stages of bacterial chromosome se...
FtsK is a hexameric DNA translocase that participates in the final stages of bacterial chromosome se...
Escherichia coli FtsK is a powerful, fast, double-stranded DNA translocase, which can strip proteins...
Escherichia coli FtsK is a powerful, fast, double-stranded DNA translocase, which can strip proteins...
The bacterial septum-located DNA translocase FtsK coordinates circular chromosome segregation with c...
DNA translocases are molecular motors that move rapidly along DNA using adenosine triphosphate as th...
The FtsK DNA-translocase controls the last steps of chromosome segregation in E. coli. It translocat...
Background: The FtsK DNA-translocase controls the last steps of chromosome segregation in E. coli. I...
Escherichia coli FtsK is a septum-located DNA translocase that co-ordinates the late stages of cytok...
DNA translocases are molecular motors that use energy from nucleotide triphosphate (NTP) hydrolysis ...
FtsK translocates dsDNA directionally at >5 kb/s, even under strong forces. In vivo, the action of F...
FtsK is a double-stranded DNA translocase, a motor that converts the chemical energy of binding and ...