INDEX 



I 761 



contribution to pressure-volume 



diagram, 873 

 description, 869 



elastic behavior of, 868 



extensibility of, 805 



function in blood vessels, 869 



in thoracic aorta, 873 

 plastic behavior of, 868 



recruitment of fibers in, 876 



stress-strain relation, 805 



structural arrangement, with smooth 

 muscle, 873 



visco-elastic behavior of, 868 

 Elastic tubes 



internal pressure to radius, 939 

 Elasticity 



definition, 866 



description of, 866 



properties of blood vessels, 866 

 Electrocardiogram 



after lymphic obstruction, 1 055 



cardiac pumping and, 777 



fetal, 1627 



for division of cardiac cycle, 775 

 Electrochemical gradients 



ions and, 1 138 

 Electrolytes 



mean activity coefficients, 1 137 



of vascular tissue, 1141 



placental exchange of, 1594 



relative entrance rates, 1 1 38 



renal 



artery pressure and, 1 1 48 

 vein flow and, 1 148 

 Electromagnetic -induction principle: see 



Flowmeters, electromagnetic 

 Emotional stress 



atherosclerosis and, 1 208 



cholesterol metabolism and, 1208 



gastric blood flow, 1447 



intestinal blood flow and, 1450 



lipid metabolism and, 1208 



skin circulation and, 1343 



vasodilators to human muscle and, 1367 

 Endothelium 



active transport through, 883 



contraction of, 924 



description, 868 



diffusion through, 883 



permeability, 11 98 



see also Blood vessel walls 

 Energy production 



discussion of, 1536 

 Enzymes 



concentration in lymph, 1047 



transportation via lymph, 1047 

 Ephedrine 



cardiac hemodynamics and, 1564 



cardiac lymph flow and, 1055 



splenic blood flow and, 1450 

 Epinephrine 



arterial diameter and, 807 



atherosclerosis and, 1202 

 biphasic action 



in man, 1371 



in muscle circulation 1373 

 biphasic transient dilatation and, 1371 

 blocking of, by chlorpromazine, 1373 

 blood pressure 



coronary flow and, 1551 



in bone marrow and, 1 66 1 

 bone medullary pressure and, 1660 

 capillary pressure and, 968 

 cardiac 



hemodynamics and, 1564 



lymph flow and, 1055 



oxygen consumption, 1551 

 cardiovascular response to, 141 8 

 cholesterol metabolism and, 1202 

 coronary 



blood flow and, 1551 



vasomotion and, 1551-1552 

 cutaneous blood flow and, 1345 

 direct and indirect effects, 1370 

 effect in various vascular beds, 950 

 fat mobilization and, 1175 

 filtration coefficients, 999 

 gastric blood flow and, 1446 

 intestinal blood flow and, 1447 

 isolated aortic rings and, 807 

 joint blood flow and, 1663 

 K efflux and, 1 156 

 lipid metabolism and, 1202 

 mean systemic pressure and, 1 1 1 1 

 mesenteric blood flow and, 1451 

 muscle 



blood flow and, 948, 1359 



venous outflow and, 1371 

 neuromuscular transmission and 1363, 

 peripheral resistance and, 1 1 1 1 

 plasma K, anesthesia and, 11 52 

 postpartum uterine blood flow and, 



1608 

 rate of injection, venous return and, 



1 1 1 1 

 renal blood flow and, 1485 

 residual sustained vasodilatation and, 



1371 

 resistance in vascular bed and, 948 

 segmental resistance and, 951 

 sensitivity to lymphatic system, 1040 

 skeletal muscles and, 1355 



blood flow, 1370, 1372 



circulation and, 1369 



circulation, exercise and, 1374 

 skin 



capillaries and, 904 



circulation and, 1345 

 splenic blood flow and, 955, 1450 

 stretch curves for aorta and, 802 

 total systemic effect, 1418 

 vascular 



changes due to, g6g, 970-971 

 volume and, 955 



venous return curves and, 1 1 10 

 Epiphyses 



blood supply of, 1653 

 Ergotamine 



intestinal blood flow and, 1447 

 Ergotoxine 



gastric blood flow and, 1446 

 Erythermalgia : see Erythromelalgia 

 Erythrocytes 



filtration coefficients, 992 

 Erythrol 



gastric blood flow and, 1447 

 Erythromelalgia 



acetylsalicylic acid and, 1242 



cutaneous pain fibers and, 1242 



description, 1241 



diagnosis of, 1 242 



mechanism of, 1241 



symptoms, 1241 



temperature changes and, 1241 



vasodilation and, 1241 

 Esophageal pressure 



carbon dioxide and, 1690 



exercise and, 1690 

 Essential hypertension 



definition, 875 



smooth muscle tension and, 875 

 Estrogens 



as vasodilating agents, 1603 



blood vessel walls and, 1204 



uterine 



acetylcholine and, 1599 

 blood vessels and, 1600-1601 

 histamine and, 1599 



uterus and, 1 600-1601 



vascularity of endometrium and, 1599 

 Ether 



renal blood flow and, 1489 

 Excitement 



coronary blood flow and, 1555 

 Exercise 



adrenaline and, 1374 



aortic flow and, 846 



pressure-flow curves and, 772-773 



arterial transmission line and, 852 



atherosclerosis and, 1206 



capillary blood volume, 1705 



cardiac output, 11 13 



cholesterol metabolism and, 1 206 



circulation, skeletal muscle and, 1374 



coronary 



atherosclerosis and, 1207 

 blood flow and, 1554 



ejection pulse and, 845 



heart and, 846 



hepatic circulation and, 1426 



hyperemia, 1355, 1368, 1376, 1380 

 pH and, 1379 



intestinal blood flow and, 1449 



lipid metabolism and, 1206 



