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Workshop Series
Virtual Conference
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World Food Supply
Production Siting
Quality and Safety
The Environment
Animal Welfare
Animal Health
Biotechnology
Genetic Resources
Animal Nutrition
Global Trade
Contents
Summary
The Importance of Quality Assurance...
Control Strategies...
Preventive Veterinary Medicine...
A Risk-Based Farm to Fork Food...
Meat Production and Distribution...
Integrated Quality Assurance...
Control Strategies in the Production of Pork in Styria

 

 

Dr. Josef Köfer
Department of Veterinary Administration in Styria

ABSTRACT

European consumers are becoming increasingly critical as far as food is concerned with safety and animal welfare. They want to know more about breeding methods, fattening procedures and animal husbandry, prevention and eradication of severe animal diseases and meat inspection. At the same time the image and reliability of the quality of meat is becoming more disputable in the eye of the consumer. Both trends urge the necessity of quality assurance and quality management programmes in the process of food pro-duction to preserve consumer acceptance. Given the decline in consumer confidence in meat, one of the main aims of consumer protection is to ensure that "safe products" are put onto the market.

Modern control systems in the production of food of animal origin include the entire food chain, shift the control focus from the final product to process and system monitoring, demand increased self-responsibility through the establishment of self-assessment measures and assign new tasks to food control.

Figure 1: Biometrical control systems

Control systems are based on a cycle mechanism, starting from data acquisition and data analysis using appropriate analytical and epidemiological/statistical methods, ranging to the interpretation of results, feedback to the persons in charge of intervention strategies and finally to the intervention program itself, which in its turn directly influences the sampling system. Data acquisition usually requires the sample size and corresponding sample design (e.g. simple random sample, PPS method etc.) to be tailored to the aim of the respective programme (estimated prevalence and incidence, comparison of different regions, or estimation of temporal trends). In the case of spatial/temporal interactions the sample design must always take the following components into account: "when" (temporal component) and "where" (spatial component) must "how many" samples (sample size in relation to space and time) be taken. Practical examples of process control (slaughtering), the implementation of monitoring programs (animal health) and of surveillance programs (Salmonella in pork) will be presented.

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