GENETISCHE IDENTIFICATIETECHNIEKEN
 
Taught in 1st year Master in Biosciences, Agricultural scienceplantaardige en dierlijke productie - Main Subject: Plant and animal production
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1st year Master in Biosciences, Horticulturelandschaps- en groenbeheer
Theory [A] 24.0
Exercises [B] 12.0
Training and projects [C] 12.0
Studytime [D] 90.0
Studypoints [E] 3
Level in-depth
Credit contract? Unrestricted access
Examination contract? Access denied
Language of instruction Dutch
Lecturer Kathy Messens
Reference BMLBKP01K00001
 
Key words
DNA structure, nucleic acid, proteins, qualitatieve & quantitative genetic identification technniques, PCR, quality aspects / IWETO-codes: p320- nucleïnezuren; b220-genetica; b225-plantengenetica; t490-biotechnologie

Objectives
The aim of the course is to give an overview of some of the different available genetic identification techniques. Emphasis will be given not only to the theoretical background but also several practical applications will be discussed.
Competences : The course enables the student to understand and implement the different available genetic identification techniques within the agro sector

Topics
THEORETICAL:
The course gives an lineary organised overview of the different available genetic identification techniques. Initial attention will be given to the basic principles for the amplification and detection of DNA and RNA. Thereafter the genetic identification techniques will be covered in detail, e.g. gelelectroforesis, restriction analysis, chromosome walking, PCR, RFLP, DNA sequencing, protein analysis. Finally an overview of some practical applications within the agro sector will be included.

PRACTICALS:
During the practical excercises different procedures will be covered for obtaining an genetic fingerprint, based on either proteins or DNA, followed by an interpretation of the obtained signals. A number of theoretical excercises will also be included in the excercises. The students will also pay a visit to a biotechnological firm and/or research institution.

Prerequisites
A basic knowledge of genetics, biochemistry and biotechnology.

Final Objectives
Thorough knowledge and implementation of the research and analytical instrumentarium of the genetic analyses

Materials used
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Syllabus
Textbooks and scientific papers; websites

Study costs
Cost syllabus and practicum notes: 8,0 Euro

Study guidance
Additional information can always be asked.

Teaching Methods
Lectures; laboratory excercises and visit to research institution

Assessment
Theory: Written examination
Practicals: permanent evaluation and quotation of the reports

Lecturer(s)
T.: Kathy Messens
P: Kathy Messens, Nicolas Gryson