PHYS 695 Biomagnetism 3 (3+0) Biomagnetic fields. The Josephson effect. SQUID Magnetometers: layout, noise cancellation, rf, dc, and high Tc SQUIDs. Magnetoencephalography (). Magnetocardiography (MCG). Magnetoneumography (MPG). PHYS 696 Free Radicals in Biological Systems 3 (3+0) General molecular bonding and structures - Definition of free radicals - Free radicals in chemical and biochemical interactions Chemical properties of free radicals Magnetic – – properties of free radicals Biradicals Generation of free radicals by spin resonance of – – free radicals Hyperfine interactions of free radicals Free radical labeling Beneficial – – – and damaging roles of free radicals in biological systems Antioxidants and free radical – scavengers. PHYS 697 Environmental Radiation Biophysics 3 (3+0) Radiation and environmental radioactivity. Sources of environmental radioactivity. Radioecological pollution. radiation interaction with matter. radiation effects on living system. stochastic and non-stochastic effects. delayed effects and physical-chemical properties of radiation effect in cells. environmental pathways analysis and dose assessment; radioactivity risk assessment
PHYS 695 Biomagnetism 3 (3+0) Biomagnetic fields. The Josephson effect. SQUID Magnetometers: layout, noise cancellation, rf, dc, and high Tc SQUIDs. Magnetoencephalography (). Magnetocardiography (MCG). Magnetoneumography (MPG). PHYS 696 Free Radicals in Biological Systems 3 (3+0) General molecular bonding and structures - Definition of free radicals - Free radicals in chemical and biochemical interactions – Chemical properties of free radicals – Magnetic properties of free radicals – Biradicals – Generation of free radicals by spin resonance of free radicals – Hyperfine interactions of free radicals – Free radical labeling – Beneficial and damaging roles of free radicals in biological systems – Antioxidants and free radical scavengers. PHYS 697 Environmental Radiation Biophysics 3 (3+0) Radiation and environmental radioactivity. Sources of environmental radioactivity. Radioecological pollution. radiation interaction with matter. radiation effects on living system. stochastic and non-stochastic effects. delayed effects and physical-chemical properties of radiation effect in cells. environmental pathways analysis and dose assessment; radioactivity risk assessment
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