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The thematic plan of lectures




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.  

The thematic plan practical\laboratory lessons

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.  

Tasks for solitary work of student (SWS)


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