BIOVEILIGHEID EN -ETHIEK
 
Taught in 4th year Agriculture and BiotechnologySection agriculture Optional course tropical vegetal production
4th year Agriculture and BiotechnologySection agriculture Applied cell and gene technology
4th year Agriculture and BiotechnologySection agriculture Plant and animal production
4th year Agriculture and BiotechnologySection horticulture
4th year Agriculture and BiotechnologySection horticulture Optional course tropical vegetal production
4th year Agriculture and BiotechnologySection horticulture Applied cell and gene technology
4th year Agriculture and BiotechnologySection agricultural and food industries Optional course foodstuffs technology
4th year Agriculture and BiotechnologySection agricultural and food industries Applied cell and gene technology
Theory [A] 12.5
Exercises [B] 0.0
Training and projects [C] 25.0
Studytime [D] 90.0
Studypoints [E] 3
Level introductory
Credit contract? Unrestricted access
Examination contract?
Language of instruction Dutch
Lecturer Stefaan WERBROUCK
Reference BILBIL04K00911
 
Key words
H120, T500, T490

Objectives
This dual course aims for following competences:
In the part “Biosafety”, insight and knowledge is gained about the risk and safety regulations when working with genetic modified organisms. “Bioethics” wants the students to reflect about their future responsibility as biotechnologists and to form an own sound opinion about the arguments pro and contra that rise from different groups in the society.

Topics
The course is divided in two parts.
The first part concerns biosafety. Here a survey is given of the risk and safety measurements that one has to take during laboratory work and field experiments with transgenic micro-organisms, plants and animals. This means measurements for protecting the researcher, the experiment and the environment. The relevant Belgian and European regulations are studied and the different steps to get an authorization are looked into detail.
In the second part, bioethics, a number of guest speakers give lectures about ethic, legal and social aspects of the different biotechnological applications and their consequences for the future of biotechnology.

Prerequisites
knowledge about biotechnology, cell and gen technology

Final Objectives
  • Gaining insight and knowledge of the risk and safety regulations when working with genetic modified organisms
  • Acquiring knowledge about the safety measurements and regulations for contained use and release of genetic modified
  • The ability to form an own sound opinion about the numerous biotechnical applications in agriculture, food industry and medicine.


Materials used
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Lecture notes
“Biosafety in the laboratory”, VIB, 71 pp

Study costs
Cost: 25.0 EUR
course + visits: ± 25 euro

Study guidance
Permanent possibility for questioning, guidance and coaching.

Teaching Methods
Lectures, discussion, symposium attendance

Assessment
Oral examination with written preparation, evaluation reports of symposium visit or lecture of invited speakers

Lecturer(s)
S. Werbrouck