P 561 Biophysical Systems
Fundamentals of Biochemistry: Biological macromolecules – Biochemical methods – Metabolism and energy – The blood – Therapy techniques of cancer cells – Bio membranes and liposomes- Basis of General Biology: Introduction – Bio membranes – Physiology of CNS – Electrophysiology – Physical techniques – Analysis-Physical Aspects: Biophysical systems – Mechanical properties – Optical properties – Analog circuit of Bio membranes and cell contents – Electrodes – Biosensors – Biosynthesis Environment – Selective permeability – Concentration cell and diffusion potential – Biological clock.

P 562 Communication and Control Techniques
Membrane Theory of Biochemical Phenomena: Physical basis of biopotential – Stimulation – Strength duration curve – Ionic theory of action potential – Nerve impulse – Neuromuscular transmission of synaptic functions- Mathematical Aspects: Hodgkim Huxley theory – Cable theory – Nerve axon equivalent circuit – Electrical properties – Physical treatments for injured and intact sites – Neural networks – Surface manifestation of biopotentials: Bio signal characteristics and analysis – Extra cellular action potential – Surface records – EEG – ECG – ERG – EMG Analysis.

P 563 Theoretical and Experimental Basis of Biophysical Instruments
Electronics: Electrodes – Simple electrical meters – C.R.O. - Chart recorder – Microwave devices – High frequency AC in surgery – Preamplifiers – Amplifiers.
Photometry and Photobiology: Spectrophotometer – Emission and absorption spectra – UV, V and IR in diagnosis and Therapy – Birefringence of biosystems – Laser – Optical cable
Radiation Biophysics: Nucleons for biology – Scales and units – dosimeters – Ionizing and non-ionizing radiation – Radiation protection and hazard.

P 564 Practical Course