№
| Topic
| Number of hours
|
| Biological membranes. Passive and active transport of substances.
|
|
| Concept of electric excitability. Rest potential and action.
|
|
| Electrogenesis of organs. Potential of action of cardiac cells.
|
|
| Laws of absorption of light. A luminescence of biological systems.
|
|
| Primary stages of photobiological processes. Photochemical reactions.
|
|
| Rheological properties of blood.
Hemodynamic laws of blood movement on vessels.
|
|
| Medical technique.
|
|
| Photo-electric converters.
Designs of sensors and their basic characteristics.
|
|
| Medical devices of therapeutic purpose.
|
|
№
| Topic
| quantity of hours
|
| Modern methods of studying of structure and functions of biological membranes.
|
|
| Research of forces of a superficial tension.
|
|
| Ionizing radiation. Dosimetry.
|
|
| Principles of transformation of biological and not electric signals in electric. Sensors and electrodes designs, their basic characteristics.
|
|
| The device, work principle of electrocardiograph. The basic approaches to registration of an electrocardiogram.
Registration of an electrocardiogram and principles of the analysis.
|
|
| The device, work principle of electroencephalograph. Basic rhythms of EEG. Registration of EEG and principles of the analysis.
|
|
| Laser radiation. Application of laser radiation in medicine.
|
|
| The device, work principle of spectrophotometer. Application spectrophometrical methods of research for definition of substances concentration in biological liquids.
|
|
| Polarization of light by biosystems.
Boundary control
|
|
| Special microscopy receptions of biological objects.
|
|
| Model of sliding strings. Biomechanics of a muscle. The Hill’s equation. Modeling of muscular reduction.
|
|
| Devices for measurement of function of external breath. The device and a work principle. Registration and the analysis of the given functional researches.
|
|
| Research of rheological properties of biological liquids. Methods of research of blood circulation. Rheography.
|
|
| Physical bases of hemodynamic. Laws of blood movement in an arterial and venous channel.
|
|
| The basic means of medical nondestructive testing.
|
|
| The therapeutic techniques based on application of a direct current.
|
|
| The therapeutic techniques based on application of HF, microwave and UHF currents.
Boundary control
|
|
| Error sources at registration of medical parameters.
Total test control.
|
|