Application of physical principles to biological systems, interaction, sensitivity, specificity. Diagnosis, therapy. Legal requirements, hygiene levels and ecology. Certification of manufacturer and product. Risk Analysis. Standardisation, verification, clinical test.
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Content of lectures
1. Medical reliability (alarm priority), hardware reliability (degradation resistance), software reliability (robustness of algorithms, quantification of expertise). Accreditation, registration, preconditioning, validation, certification, vigilance, disinfection.
2. Technical and biological systems, biophysics, neurotransmission, homeostasis
3. Bio-oscillograms, cardiogram, Poincaré phologram, hardware subsystems
4. Materials, structure. Strength. Electrical conductivity. Ferromaterials
5. Design criteria. Cooling. Electrothermal analogy.
6. Biomonitor function, rheography, hemodynamics, nomogram
7. Transformers, cardiograph, cardiotocograph, pacemaker, defibrillator, alarm indication.
8. Hematology, sonograph, cryocautery, electroscalpel, lithotriptor, X-ray, NMR, PET
Whiteboard exercises
1. Quantities, units, dimensional analysis
2. Approximation of nonlinearities, Saving amplifier (electronic Ranvier), superposition, series of values
3. Piezoresistance, pressure measurement, ultraacoustics, doppler
4. Acoustic alarm, normalization
5. Bioamplifier, voltage tendency detector, Bioohmmeter, biorhythmicity detector
6. Bioadmittance, defibrillator, Radio communication (telemeter)
7. Drip infusion, solution dosing, electrometer, electrodynamics
8. Lithotriptor, X-ray, transparency, gas analyser
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