Biological Membrane Systems
Type
Course Code
Teaching Semester
Teaching Hours per Week
ECTS Credits
Syllabus
- Membrane properties
- Introduction to bioenergetics
- Oxidative phosphorylation
- Photosynthesis
- Membrane transport
- Membrane pumps
- Ion channels
- Neurotransmission
- Sensory systems
- Hormone properties and function
Learning Outcomes
The main objective of the course is a good understanding of the properties and function of biological membrane systems.
Processes such as respiration, photosynthesis, transport across membranes and signal transduction are carried out by membrane systems. Thus, it is important for postgraduate students to acquire the necessary knowledge regarding the structural and functional properties of these systems. Understanding these systems is important for the elucidation of the molecular aspects of vital processes. Since membrane systems are the target of many natural products and drugs, through this course the students will better understand the function of these compounds at a molecular level. Such a knowledge will be necessary especially for those who will be involved in the pharmaceutical section.
The students, after the successful completion of the course
- will understand the unique properties of membrane protein systems
- will know the basic principles of bioenergetics
- will know the unique properties of hormones and neurotransmitters and their role in signal transduction
- will be introduced in various aspects of certain drug and natural product function on a molecular level
Student Performance Evaluation
Language of evaluation: Greek or English if there are non-Greek speaking students.
Methods of evaluation:
- Oral presentation of a topics related to course material (40%)
- Final written examination, duration 2 hours (60%)
The final grade of the course results from:
- 40% oral presentation
- 60% written exam
Prerequisite courses
The course requires a good background in Biochemistry.
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Frequently asked questions
Who can apply?
The program is addressed to graduates of Faculties of Sciences and Technology, Faculties of Engineering, Schools of Agriculture, and other Faculties of related subjects of Higher Education Institutions.
What is the methodology used?
The training curriculum consists of a number of specialized lectures on the above mentioned topics, laboratory and field work, hands-on exercises on data analysis and numerical modeling.
Is the programme full time?
Yes, and it lasts 4 semesters
What is the cost of the programme?
There are no tuition fees.
Is the programme tought in English?
The courses are taught in Greek or English depending on the audience. The Master thesis can be written in Greek or English after approval from the overseen committee.