The field of food microbiology and safety has experienced an exciting time in the last 10 years. New methods have been introduced to assess safety of foods by targeting pathogenic microorganisms without the need for cultivation. The most prominent innovation in this field is represented by the Polymerase Chain Reaction. From the 1990s, PCR has seen a tremendous increase in its applications, and from the conventional, qualitative format, nowadays it became quantitative. In this paper we describe its principles and applications in food safety and we critically evaluate its benefits as well as aspects requiring further improvement
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
Polymerase chain reaction (PCR) is a method abundantly used in molecular diagnostics. PCR in real ti...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
Microbiological analysis of food is an integrated part of microbial safety management in the food ch...
In vitro amplification of nucleic acids using the polymerase chain reaction (PCR) has become, since ...
Re-discovery of traditional food productions is acquiring increasing dimensions among consumers. Thi...
This book is a primer for students, faculty, and other professionals interested in molecular biology...
Molecular methods are being increasingly applied to detect, quantify and study microbial population...
Many high-risk pathogens that cause disease in humans are transmitted through various food items. Fo...
Foodstuffs should not contain microorga- nisms or their toxins or metabolites in quanti- ties sugges...
ing i food or during food processes. Among these methods, PCR-based techniques have been the subject...
Conventional microbiological methods are slow, labour intensive and are unable to meet the demands f...
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
Polymerase chain reaction (PCR) is a method abundantly used in molecular diagnostics. PCR in real ti...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
The field of food microbiology and safety has experienced an exciting time in the last 10 years. New...
Microbiological analysis of food is an integrated part of microbial safety management in the food ch...
In vitro amplification of nucleic acids using the polymerase chain reaction (PCR) has become, since ...
Re-discovery of traditional food productions is acquiring increasing dimensions among consumers. Thi...
This book is a primer for students, faculty, and other professionals interested in molecular biology...
Molecular methods are being increasingly applied to detect, quantify and study microbial population...
Many high-risk pathogens that cause disease in humans are transmitted through various food items. Fo...
Foodstuffs should not contain microorga- nisms or their toxins or metabolites in quanti- ties sugges...
ing i food or during food processes. Among these methods, PCR-based techniques have been the subject...
Conventional microbiological methods are slow, labour intensive and are unable to meet the demands f...
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
The food chain is vulnerable to natural, accidental and deliberate contamination. Therefore security...
Polymerase chain reaction (PCR) is a method abundantly used in molecular diagnostics. PCR in real ti...