Lecture 1 Introduction to Physiology. Excitable tissues. Membrane potentials. Muscle Physiology. Lecture 2 part 1 Physiology of receptors, nervous fibers, synapses. Lecture 3 part2 Excitation and inhibition in CNS. Principles of reflectory activity coordination. Lecture 4 (І)Role of different levels of CNS in motor function regulation. Lecture 4 (ІІ)Role of different levels of CNS in motor function regulation. Lecture 4 (ІІІ) Role of different levels of CNS in motor function regulation Lecture 5 Physiology of autonomic nervous system, its role in regulation of visceral functions. Lecture 6 Endocrine system. Lecture 7 Blood system common characteristics. Blood as transport medium and the internal environment of organism. Lecture 8 Erythrocyte physiology. Blood groups. Lecture 9 Leucocyte physiology Lecture 10 Platelet physiology. Primary hemostasis. Secondary hemostasis. DIC syndrome. Anticoagulants and fibrinolysis. Regulation of blood coagulation Lecture 11 Blood circulation system. Physiological properties of cardiac muscle. Electrocardiography (ECG). Lecture 12 Phases of cardiac cycle, heart sounds. Lecture 13 Role of vessels in blood circulation. Lecture 14 Respiratory system physiology. Lecture 15 Energy metabolism, thermoregulation Lecture 16 Digestion in oral cavity. Role of gustatory and olfactory sensory systems.. Lecture 17 Digestion in stomach. Regulation of secretory and motor function of stomach. Digestion in duodenum, role of pancreas and liver in digestion, regulation of their secretory and motor activity Lecture 18 Excretory system physiology.
