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PřF MCBE Molecular and Cell Biology
Name in Czech: Molecular and Cell Biology
master's full-time single-subject, language of instruction: English English
Included in the programme: PřF N-MCBE Molecular and Cell Biology

Study-related information

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  • Parts of the final state examination and its content
    Final state exam has two parts: subjects Molecular Biology and Cell Biology. To pass the exam, students have to prove they are well oriented in both disciplines mentioned above on the level determined by the profile courses of the degree programme.
  • Suggestion of theses topics and the topics of defended theses
    Examples of Diploma theses topics:
    1. Molecular characterization of antiviral effect of tick-borne encephalitis virus inhibitors
    2. Insertion of cleavage sites for lysosomal proteases into human ferritin for an improved release of encapsulated anticancer drugs
    3. Immunosuppressive cell analysis in monoclonal gammopathy patients
    4. MYB oncogene in osteosarcoma progression
    5. Interaction between lytic phage of the genus Kayvirus and Staphylococcus aureus strains with different genotypes
    6. Molecular mechanisms of resistance to thiosemicarbazones
    7. Comparative analysis of red clover (Trifolium pratense) transcriptome from root nodules
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Recommended progression through the study plan

Diploma Thesis (min. 20 ECTS)

Students are obliged to enroll the course Diploma Thesis in Molecular and Cell Biology in each semester with total credit value of 30. To get the credits, students are supposed to study and perform experimental lab work to reach the aims of specific research project under guidence of his/her supervisor. This effort should result in written Diploma Thesis and its succesfull public defense in the last semester of the study.

Code Name Guarantor Type of Completion Extent and Intensity Credits Term Profile Cat.
PřF:Bi0086enDiploma Thesis in Molecular and Cell Biology IV M. Čížz 0/0/1515 4-
PřF:Bi7018enDiploma Thesis in Molecular and Cell Biology I M. Čížz 0/0/55 1-
PřF:Bi8018enDiploma Thesis in Molecular and Cell Biology II M. Čížz 0/0/55 2-
PřF:Bi9015enDiploma Thesis in Molecular and Cell Biology III M. Čížz 0/0/55 3-
30 credits

Obligatory Courses (more than 90 ECTS)

Students have to pass obligatory courses to get sufficient orientation in the field of Molecular and Cell Biology a to get prepared for passsing the state master exam. Total credit value of obligatory courses is 95 credits (Diploma Thesis - 30 credits, other courses 65 credits).

Code Name Guarantor Type of Completion Extent and Intensity Credits Term Profile Cat.
PřF:Bi0324enMolecular and Cell Biology Seminar IV J. Kohoutekz 0/2/02 4-
PřF:Bi1700enCell Biology R. Veselskázk 2/0/02+2 1Z
PřF:Bi3030enAnimal Physiology M. Váchazk 2/0/02+2 1Z
PřF:Bi4025enMolecular Biology J. Šmardazk 2/0/04 2Z
PřF:Bi4060enPlant Physiology M. Bartákzk 2/0/02+2 2Z
PřF:Bi4095enMicrobiology M. Vítězovázk 2/0/04 1Z
PřF:Bi4999enStructural Biology and Bioinformatics J. Damborskýzk 2/0/02+2 3-
PřF:Bi5220enImmunology L. Kubalazk 2/0/02+2 1Z
PřF:Bi6140enEmbryology M. Buchtovázk 0/0/02+2 2Z
PřF:Bi7291enHuman Genetics P. Kuglíkzk 2/0/02+2 3Z
PřF:Bi7321enMolecular and Cell Biology Seminar I J. Kohoutekz 0/2/02 1-
PřF:Bi8322enMolecular and Cell Biology Seminar II J. Kohoutekz 0/2/02 2-
PřF:Bi8870enMechanisms of Cell Death A. Hyršlová Vaculovázk 2/0/02+2 4Z
PřF:Bi9323enMolecular and Cell Biology Seminar III J. Kohoutekz 0/2/02 3-
PřF:Bi9393enAnalytical Cytometry K. Součekzk 2/0/02+2 3-
PřF:Bi9903enDevelopmental Biology Of Animals M. Buchtovázk 2/0/02+2 3Z
PřF:Bi9910enMolecular and Cell Biology of Tumors L. Knopfovázk 2/0/02+2 4P
PřF:S1001Chemical properties, structure and interactions of nucleic acids M. Fojtazk 3/03+2 1P
PřF:Bi9690enSynthetic Biology K. Říhazk 2/0/02+2 3-
69 credits

Facultative Courses

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Students are supposed to make a compulsory choice from these courses according to the personal preferencies and diploma thesis specialization in minimal extent of 10 credits.

Code Name Guarantor Type of Completion Extent and Intensity Credits Term Profile Cat.
PřF:Bi2080enHistology & Organology H. Nejezchlebovázk 3/0/03+2 2-
PřF:Bi3030cenAnimal Physiology – Practical Course M. Váchaz 0/2/02 1-
PřF:Bi4030cenLaboratory Course in Molecular Biology T. Botkaz 0/3/03 2-
PřF:Bi5444 -- 0/0- 3-
PřF:Bi5614enGenetics in animal model organisms L. Keegank 1/0/01+1 1-
PřF:Bi6140cenEmbryology - Practical Course M. Buchtováz 0/2/02 2-
PřF:Bi6384enAdvanced Immunology M. Čížzk 2/0/02+2 4-
PřF:Bi7031cenMicrobiology – Practical Course I. Kushkevychz 0/2/02 2-
PřF:Bi9250cenSpecial Methods of Immunology – Practical Course L. Kubalaz 0/2/02 1-
PřF:Bi9393cenAnalytical Cytometry – Practical Course K. Součekz 0/1/01 3-
PřF:S1002Chemical properties, structure and interactions of nucleic acids – practical course M. Fojtaz 0/102 1-
PřF:S2002Methods in plant cytogenetics and cytogenomics I. - practical course T. Malík Mandákováz 0/24/02 3-
PřF:S2003Methods in plant cytogenetics and cytogenomics II. - practical course T. Malík Mandákováz 0/24/02 4-
29 credits

Recommended Courses

Students can make a choice from a supply of recommended courses in the extent of 15 credits according to his/her personal preferencies.

Code Name Guarantor Type of Completion Extent and Intensity Credits Term Profile Cat.
PřF:Bi0008Principles of water and nutrient use by plants V. Gloserzk 2/0/02+2 3-
PřF:Bi0011Masaryk University Life Sciences Seminar V. Bryjaz 0/2/02 1-
PřF:Bi0323Experimental Plant Biology M. Bartákk 0/0/0 70 h of work in a laboratory on project.5 1-
PřF:Bi1100enHormones – Cellular and Molecular Mechanisms P. Dobešzk 1/0/01+2 2-
PřF:Bi1151enEffective Science Communication: Written and Graphic Skills J. Harnošk 2/0/02+1 --
PřF:Bi5050Structural virology I. Rudolfzk 3/03+2 1-
PřF:Bi8030enProduction Plant Biology M. Bartákzk 2/0/02+2 3-
PřF:Bi9680enArtificial Intelligence in Biology, Chemistry, and Bioengineering J. Damborskýzk 2/0/02+2 3-
PřF:C3901Mechanisms of cell ageing P. Procházková Schrumpfovázk 2/0/02+2 2-
PřF:C7861Plant Biochemistry T. Kašparovskýzk 2/0/02+2 3-
38 credits