oriC is a region of the bacterial chromosome at which the initiator protein DnaA interacts with
specific sequences, leading to DNA unwinding and the initiation of chromosome replication …

In bacteria, chromosome replication is initiated by binding of the DnaA initiator protein to
DnaA boxes located in the origin of chromosomal replication (oriC). This leads to DNA helix …

Binding of the DnaA protein to oriC leads to DNA melting within the DNA unwinding element
(DUE) and initiates replication of the bacterial chromosome. Helicobacter pylori oriC was …

The main roles of the DnaA protein are to bind the origin of chromosome replication (oriC),
to unwind DNA and to provide a hub for the step‐wise assembly of a replisome. DnaA is …

In bacteria, chromosome replication is initiated by the interaction of the initiator protein DnaA
with a defined region of a chromosome at which DNA replication starts (oriC). While DnaA …

Bacterial chromosome replication is mediated by single initiator protein, DnaA, that interacts
specifically with multiple DnaA boxes located within the origin (oriC). We compared the …

Replication of the bacterial chromosome is initiated by binding the DnaA protein to oriC.
Various factors control the ability of DnaA to bind and unwind DNA. Among them …

In Escherichia coli, the level of the ATP–DnaA initiator is increased temporarily at the time of
replication initiation. The replication origin, oriC, contains a duplex-unwinding element …

Upon DNA replication initiation in Escherichia coli, the initiator protein DnaA forms higher-
order complexes with the chromosomal origin oriC and a DNA-bending protein IHF …

The replication of a bacterial chromosome is initiated by the D na A protein, which binds to
the specific chromosomal region ori C and unwinds duplex DNA within the DNA‐unwinding …