Medical Biotechnology MSc 2011

Transcription

1 A. CORE MATERIAL A.1. Foundation modul (25-40) Basic science courses (20-30) Biochemistry Introduction to molecular and cell biology Human Physiology Genetics Biophysics Informatics Basic economics and ethics courses (5-15) Balázs Sümegi József Szeberényi László Lénárd Miklós Nyitrai Gábor Pauler Introduction to Economics Attila Varga Management Ákos Jarjabka Business law Tibor Nochta Ethics in Biotechnology János Kállai Foundation modul

2 A. CORE MATERIAL A.2. Specialized core material (20-40) Nucleic acid manipulation and vector design Proteins and protein networks Signal transduction Immunology Microbiology Molecular basis of microbial pathogenesis Molecular pathology Ferenc Kilár Tímea Berki Júlia Szekeres- Barthó Csaba Fekete László Pajor Developmental biology Péter Balogh In vivo test systems and transgenic animals Tissue culture techniques Specialized core material Péter Balogh Total A. Core material 60 B. Specialty courses (30-50) 40 C. Masters thesis (20) MEDICAL BIOTECHNOLOGIST MSc ( ) 120

3 B.1. Specialty in Molecular biotechnology (30-50) Molecular and functional genetics, genomics Molecular basis of pathogenesis and diseases, and diagnostics Molecular targeting Balázs Sümegi Molecular toxicology Pál Perjési Pharmacologycal testing using in vitro human and in vivo animal systems Lóránd Barthó Drug research and development Erika Pintér B.1. Credit Elective specialty courses (min 10 credit) Elective other (min 10 credit) Total B.1. credit 40 B.2. Specialty in Cell- and Tissue-engineering (30-50) Molecular development Péter Balogh Transdifferentiation Péter Balogh Biological therapies Three dimensional tissue culture techniques Autologous tissue transplantation Tamás Illés B.2. credit Elective specialty courses (min 10 credit) Elective other (min 10 credit) Total B.2. credit 40

4 Elective courses Biotechnological methods in forensic medicine Katalin Sipos Application of biomarkers in public health Zoltán Gyöngyi Application of high throughput screening methods and biorobotics in biotechnology Antibody and vaccine production in plants Gábor Jakab Neurobiology Róbert Gábriel Enzime biotechnology Tímea Berki Laboratory diagnostics Attila Miseta Introduction to Gerontology Miklós Székely Molecular gerontology Protein expression systems in laboratory and industry Basics and application of fluorescence Gábor Hild microscopy Modern biophysical research methods Gábor Hild Nanobiotechnology László Grama The cytoskeletal system Miklós Nyitrai Applied virology Ferenc Jakab Immunpathology Immunpathology Júlia Szekeres- Barthó Basic principles of electron microscopy in László Seress clinical practice and biological research Capillary electrophoresis Ferenc Kilár Statistical analysis László Pótó

5 Elective courses Biometrics Progress grade László Pótó Clinicopathology László Pajor Biophysical background and clinical application of isotopdiagnostic and radiotherapeutic Katalin Zámbó Genetic toxicology Csaba Varga Theoretical and clinical aspects of neuroendocrine experiments Valér Csernus Archeogenetics István Ember Population genetics István Ember Inborn errors of metabolism Tamás Decsi Theory and practice of evidence based medicine Tamás Decsi Total credit Additional Elective Courses Communication in science Progress grade Péter Balogh Intellectual property law Zsolt György Balogh Marketing in biotechnology Gábor Pauler Global business strategies Progress grade Total credit