The meat of healthy cattle is sterile and surrounded by two areas that are highly contaminated with microorganisms. These areas are the hide and the intestinal tract. Because cattle hides can carry pathogens, there is a crucial need for technologies to prevent or minimize microbial cross-contamination from these sources. Two potential approaches to decontamination technology are: (1) decontamination of the hide before dressing or (2) decontamination of the carcass after de-hiding. Most decontamination techniques focus on physical removal or killing of microorganisms on the hide, using heat (80 ºC maximum) or a variety of chemical treatments
The hide and viscera of cattle entering a slaughter facility are potential sources of contamination ...
The contribution of meat animal production (including beef) to the occurrence of human bacterial inf...
Lactic acid sprays effectively reduce the microbial load on both carcasses and subprimal cuts. Lacti...
End of Project ReportIn Ireland, the Abattoirs Act, 1988 (Veterinary Examination) (Amendment), 1998 ...
The objective of this experiment was to test the hypothesis that cleaning cattle hides by removing h...
Animal hides are the basic raw material of the leather industry and they undergo rapid putrefaction ...
Beef carcasses, which are initially sterile, become contaminated with bacterial pathogens via transm...
ABSTRACT The exposed surface of hide, hair, feather, and skin accumulate dust, dirt, and fecal mater...
Researchers in the area of microbiological meat safety, in an attempt to reduce beef carcass contami...
Harborage of Escherichia coli O157:H7 and Salmonella on animal hides at slaughter is the main source...
Content: A Conventional technique of bovine hide preservation requires approximately 40-50% sodium c...
Da gesunde Nutztiere Träger von Zoonoseerregern sein können und eine Kontamination der Schlachttierk...
PubMed ID: 15490971Means of controlling or even improving the safety of food products is to decontam...
Foodborne pathogens including Escherichia coli O157:H7, Salmonella spp. and Campylobacter spp., can ...
The flesh of the slaughtered animals is believed to be sterile. However, after slaughter, meat of di...
The hide and viscera of cattle entering a slaughter facility are potential sources of contamination ...
The contribution of meat animal production (including beef) to the occurrence of human bacterial inf...
Lactic acid sprays effectively reduce the microbial load on both carcasses and subprimal cuts. Lacti...
End of Project ReportIn Ireland, the Abattoirs Act, 1988 (Veterinary Examination) (Amendment), 1998 ...
The objective of this experiment was to test the hypothesis that cleaning cattle hides by removing h...
Animal hides are the basic raw material of the leather industry and they undergo rapid putrefaction ...
Beef carcasses, which are initially sterile, become contaminated with bacterial pathogens via transm...
ABSTRACT The exposed surface of hide, hair, feather, and skin accumulate dust, dirt, and fecal mater...
Researchers in the area of microbiological meat safety, in an attempt to reduce beef carcass contami...
Harborage of Escherichia coli O157:H7 and Salmonella on animal hides at slaughter is the main source...
Content: A Conventional technique of bovine hide preservation requires approximately 40-50% sodium c...
Da gesunde Nutztiere Träger von Zoonoseerregern sein können und eine Kontamination der Schlachttierk...
PubMed ID: 15490971Means of controlling or even improving the safety of food products is to decontam...
Foodborne pathogens including Escherichia coli O157:H7, Salmonella spp. and Campylobacter spp., can ...
The flesh of the slaughtered animals is believed to be sterile. However, after slaughter, meat of di...
The hide and viscera of cattle entering a slaughter facility are potential sources of contamination ...
The contribution of meat animal production (including beef) to the occurrence of human bacterial inf...
Lactic acid sprays effectively reduce the microbial load on both carcasses and subprimal cuts. Lacti...