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Preface | |
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Measurement Systems | |
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Studying Biomedical Engineering | |
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Scales of Biological Organization | |
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Fields of Biomedical Engineering | |
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Fields of Biological Science | |
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Workplace Environments for Biomedical Engineers | |
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The Need for Bioinstrumentation | |
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The Scientific Method | |
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Clinical diagnoses | |
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Feedback in Measurement Systems | |
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Instrumentation | |
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Measurands | |
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Sensors | |
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System Characteristics | |
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Outputs | |
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Panels and Series | |
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Errors in Measurements | |
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Sources of Error | |
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Accuracy and Precision | |
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Calibration | |
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Statistics | |
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Distributions | |
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Statistical Estimations | |
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Hypothesis Testing | |
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Lifelong Learning | |
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Problems | |
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References | |
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Basic Concepts of Electronics | |
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Electronic Components and Circuit Analysis | |
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Current | |
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Voltage and Potential | |
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Resistors and Ohm's Law | |
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Basic Circuit Analysis | |
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Attenuators | |
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Common Electrical Instruments | |
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Capacitors | |
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Inductors | |
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First-Order Systems | |
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Frequency | |
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Series and Parallel Impedances | |
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Electrical Safety | |
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Amplifiers | |
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Basic Op Amp | |
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Ideal Op Amp | |
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Inverter | |
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Noninverting Amplifier | |
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Differential Amplifiers | |
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Comparators | |
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Frequency Response | |
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Filters | |
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Input-Output Relationship of Filters | |
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Low-pass Filter | |
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High-Pass Filter | |
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Other Filters | |
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Timers | |
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Analog-to-Digital (ADC) and Digital-to-Analog (DAC) Conversion | |
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Number Systems | |
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Digital-to-Analog Converters (DAC) | |
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Analog-to-Digital Converters (ADC) | |
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Digital Signal Processing | |
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Digital Signals | |
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Sampling Theorem | |
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Microcomputers | |
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Structure of a Microcomputer | |
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Microprocessor-Based Systems | |
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Software and Programming Languages | |
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Operating System | |
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Programming Languages | |
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Algorithms | |
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Database systems | |
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Display Devices | |
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Recording Devices | |
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Problems | |
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References | |
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Analysis of Molecules in Clinical Medicine | |
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Spectrophotometry | |
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Components | |
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Theory | |
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Calibration | |
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Clinical Laboratory Tests | |
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Microdialysis | |
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Oxygen Saturation | |
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Bilirubin | |
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Lactate | |
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Creatinine | |
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Urea | |
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Glucose | |
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Glucose Oxidase Method | |
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Hexokinase method | |
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Amperometric Biosensors for Oxygen and Glucose | |
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Oxygen (PO[subscript 2]) | |
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Glucose | |
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Ion-selective Electrodes for pH and CO[subscript 2] | |
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Flame Photometry | |
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Lithium | |
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Sodium and Potassium | |
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Mass Spectrometry | |
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Sample Inlet | |
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Ion Source | |
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Mass Analyzer | |
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Detector | |
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Carbon Dioxide Concentration Measurement by Infrared Transmission Spectroscopy | |
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Nitrogen by Emission Spectrometry | |
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Drugs by Fluorometry and Chromatography | |
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Fluorometry | |
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Chromatography | |
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Gas Chromatography | |
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Liquid Chromatography | |
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Ion Exchange Chromatography | |
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Electrophoresis | |
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Components of an Electrophoretic System | |
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Electrophoretic Mobility | |
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DNA Sequencing | |
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Problems | |
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References | |
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Surface Characterization in Biomaterials and Tissue Engineering | |
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Molecules and Biomaterials | |
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Integrated Approach | |
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Types of Biomaterials | |
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Polymers | |
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Molecules and Tissue Engineering | |
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Tissue Engineering | |
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Cellular Composites | |
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Surface Analysis | |
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Topography | |
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Chemical Composition | |
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Polymer-water Interface | |
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Protein Adsorption | |
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Protein Molecule | |
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Protein Adsorption Fundamentals | |
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Protein Adsorption Measurements | |
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Molecular Size | |
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Problems | |
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References | |
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Hematology | |
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Blood Components and Processing | |
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Components of Blood | |
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Basic Techniques | |
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Blood Collection | |
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Centrifugal Method | |
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Red Blood Cells | |
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Factors Affecting Red Blood Cell Count | |
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Hematocrit | |
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Hemoglobin | |
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Red Blood Cell Indices | |
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Red Blood Cell Count | |
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Hemoglobin | |
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Reticulocyte Count | |
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Sickle Cell Test | |
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White Blood Cells | |
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Differential White Blood Cell Counts | |
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Platelets | |
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Phase Hemocytometer | |
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Complete Blood Count | |
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Problems | |
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References | |
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Cellular Measurements in Biomaterials and Tissue Engineering | |
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Cell Measurement Overview | |
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What Is a Cell? | |
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Fixed Versus Live Cells | |
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Light Microscopy | |
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Resolution Versus Magnification | |
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Light Microscope Modes | |
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Electronic Microscopy | |
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Cellular Markers | |
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Confocal Laser Scanning Microscopy | |
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Two-Photon Excitation Microscopy | |
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Image Processing | |
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Cell Orientation | |
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Orientation Chamber | |
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Video enhanced contrast microscopy | |
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Cell-rolling Velocity | |
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Cell Pore Size Determination | |
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TEM | |
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SEM | |
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Cell Deformation | |
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Micropipet Technique | |
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Optical Trapping | |
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Cell Shear Stress | |
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Cone and Plate | |
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Fluorescent Ratiometric Imaging | |
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Cell Adhesion | |
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Laser Trap | |
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Interferometry | |
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SEM | |
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Cell Migration | |
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4-D Image Processing System | |
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Cell Uptake | |
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Nanovid Microscopy | |
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Electroporation | |
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Cell Protein Secretion | |
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Atomic Force Microscopy | |
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Fluorescence Lifetime Imaging | |
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Fluorescence Recovery after Photobleaching | |
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Cell Proliferation | |
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Radiation Monitoring | |
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Fluorescence Microscopy | |
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Cell Differentiation | |
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Fluorescence Ratio Imaging | |
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Cell Sorter | |
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Cell Signaling and Regulation | |
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Fluorescence In-Situ Hybridization (FISH) | |
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Radioactive Labeling | |
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Problems | |
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References | |
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Nervous System | |
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Cell Potential | |
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Resting Potential | |
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Action Potential | |
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Brain, EEG, and Evoked Potentials | |
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Anatomy and Function of the Brain | |
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Electroencephalography (EEG) | |
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Evoked Potentials | |
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Brain Imaging: X ray | |
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Brain Imaging: CT | |
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Brain Imaging: MRI | |
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Brain Imaging: Nuclear Imaging | |
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Brain Imaging: Single-Photon Emission Computed Tomography (SPECT) | |
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Brain Imaging: Positron Emission Tomography (PET) | |
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Brain Imaging: Biomagnetism | |
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Eye, ERG, EOG, and Visual Field | |
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Electroretinogram (ERG) | |
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Electro-Oculogram (EOG) | |
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Visual Field | |
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Eye Pressure | |
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Ophthalmoscopy | |
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Ears and Audiometry | |
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The Ears | |
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Audiometry | |
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Otoscopy | |
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Muscles | |
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Muscle Contraction, Length and Force | |
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Electromyography (EMG) | |
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Neuromuscular Performance | |
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Problems | |
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References | |
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Heart and Circulation | |
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Cardiac Anatomy and Physiology | |
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Heart Valves | |
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Cardiac Cycle | |
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Cardiac Excitation and Control | |
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Cardiac Biopotentials | |
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Electrodes | |
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Electrocardiogram | |
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Electrograms | |
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Cardiac Pressures | |
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Strain Gage | |
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Catheter | |
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Cardiac Output | |
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Fick Method | |
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Thermodilution | |
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Dye Dilution | |
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Radionuclide Angiography | |
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Echocardiography | |
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Magnetic Resonance Imaging (MRI) | |
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Cardiac Sounds | |
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Stethoscopes | |
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Microphones | |
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Myocardial Viability | |
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Positron Emission Tomography (PET) | |
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Thallium-201 Imaging | |
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Myocardial Contrast Echocardiography | |
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Circulation | |
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Blood Flow | |
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Dilution | |
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Electromagnetic Flowmeter | |
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Ultrasonic Flowmeter | |
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Laser-Doppler Flowmeter | |
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Blood Pressure | |
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Indirect Measurement | |
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Direct Measurement | |
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Arterial tonometry | |
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Vessel Distension | |
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Intravascular Ultrasound | |
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Angiography | |
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Vessel Volume Flow | |
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Flow Visualization | |
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Ultrasonic Sonography | |
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Video Microscopy | |
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Problems | |
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References | |
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Lung, Kidney, Bone, and Skin | |
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Lung | |
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Pulmonary Volume | |
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Measurement of Pulmonary Volume | |
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Pulmonary Flow | |
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Measurement of Pulmonary Flow | |
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Pulmonary Diffusion | |
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Pulmonary Airway Resistance | |
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Kidney | |
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Kidney Clearance | |
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Creatinine | |
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Kidney Imaging | |
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Pyelogram | |
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Hemodialysis | |
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Peritoneal Dialysis | |
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Kidney Function | |
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Extracellular Water by Impedance | |
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Bones and Joints | |
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Bone Mineral Density | |
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Stress and Strain | |
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Strain Gage | |
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LVDT | |
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Soft Tissue Strain | |
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Joint Friction | |
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Bone Position | |
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Bone Strain-Related Potentials | |
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Skin | |
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Water Loss | |
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Color | |
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Problems | |
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References | |
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Body Temperature, Heat, Fat, and Movement | |
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Regulation of Body Temperature | |
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Clinical Temperature Measurement | |
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Surface Temperature Measurement | |
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Core Temperature Measurement | |
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Measurement of Body Heat: Calorimetry | |
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Direct Calorimetry | |
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Indirect Calorimetry | |
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Measurement of Body Fat | |
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Direct Measurement of Body Fat | |
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Indirect Measurement of Body Fat | |
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Measurement of Body Movement | |
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Goniometers and Accelerometers | |
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Video and Optoelectronic Systems | |
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Problems | |
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References | |
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Index | |