Syllabus
Lectures
Introduction to biophysics (Hanus 3)
Descriptive statistics (Selke Krulichova 2)
Probability (Selke Krulichova 2)
Dispersions, concentration (Masin 3)
Membrane potential, AP (Kremlacek 2)
Electrocardiography, electrocardiogram (Kremlacek 1)
Osmosis, Starling hypothesis (Masin 1)
Cardiac cycle (Hanus 2)
Heart work (Hanus 1)
Rheology (Hanus 2)
Stimulus and response (Kremlacek 1)
Physical acoustics (Masin 2)
Physiological acoustics (Masin 1)
Eye as an optical instrument (Masin 2)
Photoreceptors (Masin 1)
Light and electron microscopy (Zahora 1)
Special optical imaging methods (Zahora 2)
Ionizing radiation (Hanus 1)
Interaction and biological effect of ionizing radiation (Hanus 2)
Radiation protection, dosimetry (Hanus 1)
Radiography, fluoroscopy (Hanus 2)
Computed tomography (Hanus 1)
Ultrasound (Hanus 2)
Magnetic resonace imaging (Kremlacek 1)
Lasers (Hanus 2)
New materials and methods (Hanus 1)
Practical courses & seminars
Lecturers
Prof. Jan Kremlacek, M.Sc., Ph.D.
Assoc. Prof. Josef Hanus, M.Sc., Ph.D.
Ales Bezrouk, MS, Ph.D.
Martin Kopecek, M.Sc.
Vladimir Masin, M.D., Ph.D.
Iva Selke Krulichova, MS, Ph.D.
Jiri Zahora, MS, Ph.D.
Practical courses
Introduction to biophysics and Information systems
Descriptive statistics
Probability
Hypothesis testing
Correlation and regression
Excel statistics 1
Excel statistics 2
Lab 1
Seminar to test 1
Lab 2
TEST I
Lab 3
Seminar to test 2
Lab 4
TEST II
Lab 5
Seminar to test 3
Lab 6
Test III
Project presentation I
Project presentation II
Protocol
Credits
Annotation
Biophysics: biophysics of circulation, senses, ionizing and non-ionizing radiation, ultrasound, CT, MRI, word processing, spreadsheet Biostatistics: probability, descriptive statistics, experimental and theoretical distributions, hypothesis testing, regression and correlation