The SOS response is a conserved inducible pathway in bacteria that is involved in DNA repair and restart of stalled replication forks. Activation of the SOS response can result in stress resistance and mutagenesis. In food processing facilities and during food preservation, bacteria are exposed to stresses and stimuli that potentially activate the SOS response, resulting in resistant or adapted bacteria. This review places the bacterial SOS response in a food safety perspective by providing an overview of the known triggers of the SOS response mechanism and its impact on the survival of spoilage and pathogenic bacteria
The ability of foodborne pathogens to survive in certain foods mainly depends on stress response mec...
The alternative sigma factor ¿B modulates the stress response of several Gram-positive bacteria, inc...
The use of antibiotics and the frequency of their use to curb infectious diseases have been increasi...
The SOS response is a conserved inducible pathway in bacteria that is involved in DNA repair and res...
Throughout the food processing chain and after ingestion by the host, food associated bacteria have ...
International audienceThe presence of an abnormal amount of single-stranded DNA in the bacterial cel...
Bacteria are constantly faced to stress situations in their ecological niches, the food and the host...
Population-wide tolerance and persisters enable susceptible bacterial cells to endure hostile enviro...
The bacterial SOS regulon encodes a response to DNA damage that not only functions to relieve the in...
DNA damage is a pervasive environmental threat, as such, most bacteria encode a network of genes cal...
All species require DNA repair pathways to maintain the integrity of their genomes. Bacterial damage...
In the last few years, significant progress has been made in understanding the virulence, transmissi...
Control of the dissemination of pathogens in the food production chain is an on-going process with n...
The Escherichia coli SOS response is an inducible DNA damage repair pathway controlled by two key re...
DNA damage is a pervasive environmental threat, as such, most bacteria encode a network of genes cal...
The ability of foodborne pathogens to survive in certain foods mainly depends on stress response mec...
The alternative sigma factor ¿B modulates the stress response of several Gram-positive bacteria, inc...
The use of antibiotics and the frequency of their use to curb infectious diseases have been increasi...
The SOS response is a conserved inducible pathway in bacteria that is involved in DNA repair and res...
Throughout the food processing chain and after ingestion by the host, food associated bacteria have ...
International audienceThe presence of an abnormal amount of single-stranded DNA in the bacterial cel...
Bacteria are constantly faced to stress situations in their ecological niches, the food and the host...
Population-wide tolerance and persisters enable susceptible bacterial cells to endure hostile enviro...
The bacterial SOS regulon encodes a response to DNA damage that not only functions to relieve the in...
DNA damage is a pervasive environmental threat, as such, most bacteria encode a network of genes cal...
All species require DNA repair pathways to maintain the integrity of their genomes. Bacterial damage...
In the last few years, significant progress has been made in understanding the virulence, transmissi...
Control of the dissemination of pathogens in the food production chain is an on-going process with n...
The Escherichia coli SOS response is an inducible DNA damage repair pathway controlled by two key re...
DNA damage is a pervasive environmental threat, as such, most bacteria encode a network of genes cal...
The ability of foodborne pathogens to survive in certain foods mainly depends on stress response mec...
The alternative sigma factor ¿B modulates the stress response of several Gram-positive bacteria, inc...
The use of antibiotics and the frequency of their use to curb infectious diseases have been increasi...