|
|
|
||
|
Basic principles and procedures of food control adopted in EU member countries and also requirements on the competence of testing laboratories involved in sampling are explained.
Strategy of sampling plans designing and commonly used techniques and rules used for sampling of food and environment are discussed. Validation of sampling procedures and analytical methods including uncertainty assessment is also an important part influencing the credibility of food / environment quality examination reports.
Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
Students will learn: 1. to design and perform sampling plans for food, crops and environmental samples, 2. to assess the uncertainty of analytical results in context with sampled commodity and to use it in the interpretation, 3. to understand the principle of the Acceptance sampling procedures in food industry. Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
Velíšek, Hajšlová: Chemie potravin I,II, OSSIS Tábor, 2009. General Guidelines on sampling. Codex Alimentarius Standard (CAC/GL 50-2004). Principles for the use of sampling and testing in international Food Trade. Codex Alimentarius Standard (CAC/GL 83-2013). Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
http://web.vscht.cz/~kocourev/study.html Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
1. Strategy of sampling and analysis - selection of fit-to-purpose methods; sampling procedures and basic rules, representativeness. 2. Sampling plan designing, sampling techniques and devices, criteria and conditions used in different branches. 3. Sampling procedure and documentation, handling of samples, labelling, protection and preservation of samples, transportation; handling and storage of samples in laboratory. 4. Validation of sampling procedure, quality control measures and requirements on analytical laboratories. 5. Examples of sampling (case studies): food (packed, unpacked), crops, feed, water, soil, air, etc. 6. Technical requirements on measurement and analyses performed on-site (out of testing laboratory). 7. Interpretation of test results in relation to the sampled object / commodity, the role of statistical sampling plans. 8. Quality management in sampling and testing, interlaboratory comparison, traceability of results. 9. Strategy of sampling plans selection; decision rules, OC-curve: producers’ risk vs. consumers’ risk. Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
Relevant competence within the following scope: Analytical chemistry I (e.g. N402002) Analytical chemistry II (e.g. N402004) Analysis of food and natural products (e.g. N323035), Applied statistics (e.g. N413004). Last update: Kocourek Vladimír (28.02.2014)
|
|
||
|
Presence in lectures and consultation; examination. Last update: Kocourek Vladimír (28.02.2014)
|
| Coursework assessment | |
| Form | Significance |
| Regular attendance | 30 |
| Oral examination | 70 |