"The authors maintain a remarkably high standard and consistency when the diversity of both the techniques used and the influences on interpretation are considered... Whilst this is an essential reference work for biomedical engineers, it provides chemical and biochemical analysts with a refreshingly different insight into the problems of measurement. --Analyst

• Absorption spectroscopy. Acoustic microscopy. Amplifiers and isolation. Applied potential imaging. Auditory perception. Biotelemetry. Blood flow: invasive and noninvasive measurement. Bone: measurements of properties. Cells. Circulatory system. Computerized axial tomography. Coulter counters. Data acquisition and analysis, computer-aided. Dentistry: equipment and devices. Dentistry: research. Digestive system: myoelectric activity. Electrical safety. Electrocardiograms: computer analysis. Electroencephalography. Emission spectroscopy. Fetal monitoring. Gait analysis: measurements. Heart-valve prostheses: performance measurement. His bundle electrocardiography. Insects: measurements. Jaws and teeth. Joints: biomechanics. Kidney prostheses, portable. Lung modelling. Magnetic resonance imaging. Mechanical aids for locomotion. Microbiology measurements. Muscle-bone connections. Nervous system. Neuromuscular control. Olfactory measurements and modelling. Optical microscopy. Physiological temperature measurement. Posture and balance: measurements. Radiography in dentistry. Radioisotopic imaging. Respiratory system. Scanning electron microscopy. Sensory systems: transduction mechanisms. Skin: biomechanics. Soft tissue: dielectric properties. Speech: measurements. Stereological analysis of heterogeneous solids. Tactile measurements and modelling. Taste measurement and modelling. Telemetry in the musculoskeletal system. Thermal imaging. Transmission electron microscopy. Ultrasonic imaging. Urinary system: functional measurements. Visual system: psychophysics. X-ray imaging.

"The authors maintain a remarkably high standard and consistency when the diversity of both the techniques used and the influences on interpretation are considered... Whilst this is an essential reference work for biomedical engineers, it provides chemical and biochemical analysts with a refreshingly different insight into the problems of measurement. --Analyst

• Absorption spectroscopy. Acoustic microscopy. Amplifiers and isolation. Applied potential imaging. Auditory perception. Biotelemetry. Blood flow: invasive and noninvasive measurement. Bone: measurements of properties. Cells. Circulatory system. Computerized axial tomography. Coulter counters. Data acquisition and analysis, computer-aided. Dentistry: equipment and devices. Dentistry: research. Digestive system: myoelectric activity. Electrical safety. Electrocardiograms: computer analysis. Electroencephalography. Emission spectroscopy. Fetal monitoring. Gait analysis: measurements. Heart-valve prostheses: performance measurement. His bundle electrocardiography. Insects: measurements. Jaws and teeth. Joints: biomechanics. Kidney prostheses, portable. Lung modelling. Magnetic resonance imaging. Mechanical aids for locomotion. Microbiology measurements. Muscle-bone connections. Nervous system. Neuromuscular control. Olfactory measurements and modelling. Optical microscopy. Physiological temperature measurement. Posture and balance: measurements. Radiography in dentistry. Radioisotopic imaging. Respiratory system. Scanning electron microscopy. Sensory systems: transduction mechanisms. Skin: biomechanics. Soft tissue: dielectric properties. Speech: measurements. Stereological analysis of heterogeneous solids. Tactile measurements and modelling. Taste measurement and modelling. Telemetry in the musculoskeletal system. Thermal imaging. Transmission electron microscopy. Ultrasonic imaging. Urinary system: functional measurements. Visual system: psychophysics. X-ray imaging.