Industrial feeds and diets

Study programme: veterinary nurse full-time form of study
Teaching language:   english
Subject code: KaVaCHZv/VetN-IndFeedD/22    Short: VetN-IndFeedD
  •  Credits: 2
  •  Completion method: Credit and Examination
  •   Lectures: 0 / Practice: 2
  •   Semester: winter semester
Form, course-load and method od study:
Form of study: Lecture / Practical
Course-load: Per week: 0 / 2   -   Per study period: 0 / 26 (recommended, in hours)
Method of study: prezenčná
 
Prerequisites a following
Žiadne
 
Teachers
Instructor:
Examiner:
Guarantor:
CONDITIONS FOR COMPLETION OF COURSE
The condition for successful completion is active participation in practical exercises, submitted exercise protocols, successful completion of the written test (minimum 51%) and successful presentation of the semester work.
Learning outcomes
By completing this subject, the student will acquire basic knowledge in the field of technology for processing feed components and additives, as well as the industrial production of feed for companion animals. After successful completion of this subject, the student will have theoretical and practical knowledge of methods of processing feed components and their influence on nutritional and dietetic properties. He will gain knowledge about the technological procedures of industrial feed production for individual companion animals (dogs, cats, small mammals, reptiles, birds, horses) and the types of diets used.
Brief outline of the course
The subject outline is aimed at achieving basic knowledge about the history of the industrial production of dog food, raw materials for the production of food, technological modifications of feed components, technologies for the production of wet, semi-moist and dry dog food. An important area is the question of the safety of feed production from the point of view of limitations in the production and storage of the resulting products. The subject also includes internal control of the production process using the system of risk analysis and determination of critical control points (HACCP), as well as external control by state authorities working in the field of feed production safety.
Course syllabus
S - Syllabus of the subject
Lectures:
1. Introduction to the topic, History of industrial production of feed for companion animals, Distribution of feed
2. Raw materials for the production of feed for companion animals - of animal origin, minerals, by-products of the fermentation of microorganisms, other components and feed additives,
3. Raw materials of plant origin for the production of feed,
4. Technological modifications of feed components – thermal and mechanical,
5. Distribution of industrially produced feed for companion animals,
6. Technology of production of wet fodder,
7. Production of dry fodder,
8. Production of semi-moist fodder,
9. Restrictions on the use of feed - general requirements for feed ingredients,
10. Restrictions on the use of feed - requirements for feed raw material categories, Prohibited and undesirable substances in feed, as well as the highest permissible amounts,
11. Restrictions for the use of feed - laboratory indicators important for assessing the safety of feed materials, Microorganisms, medicinal and technological additives in feed,
12. System of risk analysis and determination of critical control points (HACC) in the production of feed for companion animals,
13. Official control of imported feed and sampling,
14. Official feed control - competences, contingency plan, feed enterprises, state administration bodies,
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Exercises:
1. Instruction on the subject and work safety.
2. Conditions for microscopic detection, identification or estimation of components of animal origin in feed (method according to Directive 2003/126/EC),
3. Cereals, by-products of cereals, fodder residues of the brewing and distilling industry used for the production of fodder for companion animals. Microscopic observation of cereal grains and localization of nutrients,
4. Division of feed processing methods and their components according to physical, chemical and biological characteristics, Proposals for feed processing procedures, Determination of grain size, length and diameter of granules (pellets), determination of feed moisture, Sensory evaluation of feed,
5. Physical and mechanical methods of treatment of feed components for companion animals,
6. Chemical, biological and biotechnological methods of treatment of feed, Determination of chemical characteristics of fats, Application of probiotic bacteria (Enterococcus spp., Lactobacillus spp.) in combined feed.
7. Methods of heat treatment of feed for companion animals,
8. Thermal and hydrothermal treatment of soybeans,
9. Determination of urease activity in products containing soy,
10. Rules for the implementation of official feed controls, Procedures for determining the nutritional and dietetic characteristics of dry combined feed, Procedure for performing feed control in industrial conditions,
11. HACCP system in the production of combined feed, Proposal for the preparation of the system,
12. Problems of feed contamination with mycotoxins (Penicillium, Aspergillus, Fusarium), Errors in the production, handling and storage of feed; Determination of mycotoxins in feed, Bacterial contamination, Errors in the production, handling and storage of feed; Determination of bacteria in feed, Credit test,
13. Presentations of semester papers,
**
Recommended literature
Study material from exercises, applicable laws, decrees,
Conditions for completion of course
Content prerequisite:
Animal nutrition, dietetics and feeding
Continuous assessment:
written test, semester paper
Conditions for completion of course:
The condition for successful completion is active participation in practical exercises, submitted exercise protocols, successful completion of the written test (minimum 51%) and successful presentation of the semester work.
Final assessment:
credit / exam
LANGUAGE, WHICH KNOWLEDGE IS NEEDED TO PASS THE COURSE
  english   
 
Evaluation of the course
Total number of evaluated students: 0
ABCDEFX
0.00.00.00.00.00.0
 
Date of last modification: 11.04.2023
Approved by: Tutot Prof. MVDr. Alexandra Trbolová, PhD.
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