Biological Foundations of Biomedical EngineeringJacob Kline |
Contents
Energetics | 3 |
Physicochemical Properties of Gases and Solutions | 19 |
The Chemistry of Living Cells Macromolecular Constituents | 43 |
Copyright | |
44 other sections not shown
Common terms and phrases
acid action potential activity afferent airway alveolar amplitude amygdala axon behavior blood flow body brain capacitance capillary cardiac cells cerebellar cerebellar cortex cerebellum changes chemical circuit components concentration conductance constant cortex curve decrease dendritic depolarization diffusion dorsal effect efferent electrical electrode EPSP Equation excitatory extrapyramidal system feedback fibers fluid frequency function gamma motoneurons ganglion gland glucagon glucose hormone hypothalamus increase inhibition inhibitory insulin intracellular ionic ions lesions lung mechanism medial membrane potential metabolic motoneurons motor muscle muscle spindle nerve nervous system neural neurons Neurophysiol normal nucleus occur organs osmotic output passive pathways permeability Physiol Physiology plasma postsynaptic potassium pressure produce properties protein pulmonary arterial pulse pyramidal reabsorption receptive fields receptors reflex region Reproduced with permission resistance respiratory response result reticular formation secretion sensory sodium solution soma stimulation structure synapse thalamus tion tissue tract vascular velocity ventricle ventricular voltage volume