DNA replication divides the circular Escherichia coli chromosome into equal arms (replichores). Visualization of pairwise combinations of multiple genetic loci reveals that the two replichores occupy separate nucleoid halves, with the replication origin between; positions of loci on each replichore recapitulate the genetic map. Sequential replication-segregation regenerates the structure by sequentially layering newly replicated replichore DNA to specific inner and outer edges of the developing sister nucleoids. Replication fork-dependent locus positions are imprinted, so that in most generations the chromosome orientation in a mother cell is recreated as a arrangement of sister chromosomes in daughter cells
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
At all but the slowest growth rates, Escherichia coli cell cycles overlap, and its nucleoid is segre...
Replication of the chromosome of E. coli starts at a single point and proceeds bidirectionally until...
The replication and transfer of genomic material from a cell to its progeny are vital processes in a...
The replication and transfer of genomic material from a cell to its progeny are vital processes in a...
The Escherichia coli chromosome is a circular DNA molecule that is approximately 1000 times compacte...
SummaryA prevalent view of DNA replication has been that it is carried out in fixed “replication fac...
A prevalent view of DNA replication has been that it is carried out in fixed "replication factories....
By simultaneously tracking pairs of specific genetic regions and divisome proteins in live Escherich...
By simultaneously tracking pairs of specific genetic regions and divisome proteins in live Escherich...
The chromosome of a slowly-growing E. coli cell has a previously unappreciated level of spatial orga...
In Escherichia coli DNA replication is carried out by the coordinated action of the proteins within ...
SummaryA prevalent view of DNA replication has been that it is carried out in fixed “replication fac...
Slowly growing Escherichia coli cells have a simple cell cycle, with replication and progressive seg...
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
At all but the slowest growth rates, Escherichia coli cell cycles overlap, and its nucleoid is segre...
Replication of the chromosome of E. coli starts at a single point and proceeds bidirectionally until...
The replication and transfer of genomic material from a cell to its progeny are vital processes in a...
The replication and transfer of genomic material from a cell to its progeny are vital processes in a...
The Escherichia coli chromosome is a circular DNA molecule that is approximately 1000 times compacte...
SummaryA prevalent view of DNA replication has been that it is carried out in fixed “replication fac...
A prevalent view of DNA replication has been that it is carried out in fixed "replication factories....
By simultaneously tracking pairs of specific genetic regions and divisome proteins in live Escherich...
By simultaneously tracking pairs of specific genetic regions and divisome proteins in live Escherich...
The chromosome of a slowly-growing E. coli cell has a previously unappreciated level of spatial orga...
In Escherichia coli DNA replication is carried out by the coordinated action of the proteins within ...
SummaryA prevalent view of DNA replication has been that it is carried out in fixed “replication fac...
Slowly growing Escherichia coli cells have a simple cell cycle, with replication and progressive seg...
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
The bacterium Escherichia coli contains a single circular chromosome with a defined architecture. DN...
At all but the slowest growth rates, Escherichia coli cell cycles overlap, and its nucleoid is segre...