Handbook of PathophysiologyThis text is designed to serve as a quick review source for students of nursing and other health related professions. Material is presented in outline format and is organized by body system. Topics covered include physiologic and pathophysiologic concepts, and diseases. Key illustrations highlight important information for enhanced understanding, and developmental considerations of children and adults are emphasized as appropriate. |
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Page 331
... vessel and decreases the resistance to flow . Increases or decreases in the radius of the vessels occur through neural , hormonal , and local mediators of blood flow . The third layer of the blood vessels is the tunica intima , the ...
... vessel and decreases the resistance to flow . Increases or decreases in the radius of the vessels occur through neural , hormonal , and local mediators of blood flow . The third layer of the blood vessels is the tunica intima , the ...
Page 338
... vessels supplying skeletal muscle have a different type of receptor , called ß2 receptors , which when stimulated by norepinephrine cause the vessels to relax . It appears that this sympathetic vasodilatory response plays a significant ...
... vessels supplying skeletal muscle have a different type of receptor , called ß2 receptors , which when stimulated by norepinephrine cause the vessels to relax . It appears that this sympathetic vasodilatory response plays a significant ...
Page 602
... vessels , sen- sory and sympathetic nerves , lymphatic vessels , hair follicles , and sweat and sebaceous glands . Mast cells , which release histamine during injury or inflammation , and macrophages , which phagocytize dead cells and ...
... vessels , sen- sory and sympathetic nerves , lymphatic vessels , hair follicles , and sweat and sebaceous glands . Mast cells , which release histamine during injury or inflammation , and macrophages , which phagocytize dead cells and ...
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acid acidosis action potential active adrenal aldosterone alveoli antibodies antigen arterioles artery bicarbonate blood flow blood pressure body bone brain calcium called cancer capillary carbon dioxide cardiac muscle cardiac output cause chronic circulation Clinical Manifestations concentration contraction damage decreased depolarization develop diabetes diabetes mellitus Diagnostic Tools diffusion disease drugs edema effects enzymes estrogen excreted filtration function gene gland glomerular glomerulus glucocorticoids glucose heart failure heart rate hemoglobin hormone hydrogen ion hypertension hypothalamus hypoxia immune increased blood individual infant infection inflammation inflammatory injury insulin interstitial fluid intestine kidney leading levels liver lungs membrane metabolic mmHg mucus muscle cells nerves neurons normal occur osteoblasts oxygen pain pituitary plasma produced protein pulmonary reabsorption receptors red blood cells reduce release renal failure renin respiratory response result risk secretion skin smooth muscle sodium spinal stimulation syndrome therapy tion tissue tract Treatment tubule tumor urine usually valve vascular ventricle vessels