Biomedical Instrumentation: Technology and Applications

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Part One: Measuring, Recording and Monitoring InstrumentsChapter 1: Fundamentals of Medical InstrumentationChapter 2: Bioelectric Signals and ElectrodesChapter 3: Physiological TransducersChapter 4: Recording SystemsChapter 5: Biomedical RecordersChapter 6: Patient Monitoring SystemsChapter 7: Arrhythmia and Ambulatory Monitoring InstrumentsChapter 8: Foetal Monitoring InstrumentsChapter 9: Biomedical Telemetry and TelemedicineChapter 10: OximetersChapter 11: Blood FlowmetersChapter 12: Cardiac Output MeasurementChapter 13: Pulmonary Function AnalysersChapter 14: Clinical Laboratory InstrumentsChapter 15: Blood Gas AnalyzersChapter 16: Blood Cell CountersChapter 17: Audiometers and Hearing AidsChapter 18: Patient SafetyPart Two: Modern Imaging SystemsChapter 19: X-ray Machines and Digital RadiographyChapter 20: X-ray Computed TomographyChapter 21: Nuclear Medical Imaging SystemsChapter 22: Magnetic Resonance Imaging SystemChapter 23: Ultrasonic Imaging SystemChapter 24: Thermal Imaging SystemPart Three: Therapeutic EquipmentChapter 25: Cardiac PacemakersChapter 26: Cardiac DefibrillatorsChapter 27: Instruments for SurgeryChapter 28: Laser Applications in Biomedical FieldChapter 29: Physiotherapy and Electrotherapy EquipmentChapter 30: Haemodialysis MachinesChapter 31: LithotriptorsChapter 32: Anaesthesia MachineChapter 33: VentilatorsChapter 34: Radiotherapy EquipmentChapter 35: Automated Drug Delivery SystemsREFERENCESINDEX