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Requirement and attendance<br />

Requirement: Medical Physiology (AOKIKELT2A)<br />

In case of an over-application selection will be made on the base of the exam achievement.<br />

Condition of the sign: participation at min. 75% of the lessons. Replacement of an absence is not<br />

possible.<br />

Absence: Certification of the absence from the lessons is not required. Absence from the exam<br />

should be certificated in three weekdays (medical certificate).<br />

Semester requirement: Recitation: every week, oral or written. Details will be given on the first<br />

lesson.<br />

End-semester evaluation: Condition of the sign: participation at min. 75% of the lessons. A<br />

practical mark will be given.<br />

Mark: Weekly results plus the oral exam grade.<br />

Exam sign up: On the last week, personal.<br />

Written subject-matter of instruction: the discussable themes were selected by the lecturers of<br />

the Department of Physiology, and are given to the students every week. The necessary<br />

subject-matter of instruction will be published on the home page of the Department of Physiology.<br />

Use of data bases in the Central Library of the University (e.g. PubMed) is required.<br />

OBLIGATORY ELECTIVE COURSES FOR MEDICINE I. II. III.<br />

YEARS:<br />

1. BASIC CELL BIOLOGY – Department of Genetics, Cell- and Immunobiology<br />

– from the second year!<br />

Lecturers: Prof. Dr. András Falus<br />

Dr. Valéria László<br />

First semester<br />

Credit:3<br />

1. Intracellular transport mechanisms<br />

2. Endoplasmic reticulum. Vesicular transport<br />

3. Secretion and Golgi<br />

4. Endocytosis. Endosomal – lysosomal system<br />

5. Nuclear envelope and nuclear lamina. Nuclear pores and gated transport<br />

6. Functions and malfunctions of some nuclear components<br />

7. rRNA synthesis. Telomerase<br />

8. Endosymbiotic cell organelles. Mitochondrion<br />

9. Peroxisome<br />

10. Cytoskeleton. Microtubules<br />

11. Microfilaments and intermediate filaments<br />

12. Cell – cell and cell –ECM adhesion and junction<br />

13. Regulation of cell cycle I<br />

14. Regulation of cell cycle II.<br />

SEMMELWEIS UNIVERSITY / FACULTY OF MEDICINE<br />

Faculty of Medicine<br />

165

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