i77" 



HANDBOOK OF PHYSIOLOGY 



CIRCULATION II 



methods of study, 1035 



of myocardium, 1 054 



of uterus, 1608 



origin and drainage, 1527 



permeability compared to capillaries, 



1062 

 plexuses 



density of, 1038 



dI heart. T054 



pressure in, diaphragm and, 1065 

 pressure, 1037 



increased venous pressure and, 1038 



respiration and, 1 038 

 pulmonary 



anastomotic connections, 1052 



anatomical arrangement, 1051 



edema and, 1051 

 radiopaque dyes in studies of, 1036 

 regional, signilicance, 1049 

 renal, 1466 



anatomy. 1055 



obstruction, 1058 



pyelonephritis and, 1058 



"safety valve" mechanism, 1058 

 response to trauma, 1040 

 retention of substances, 1062 

 right lymph duct 



composition of lymph, 1052 



origin of contents, 1051 

 sensitivity to epinephrine, 1040 

 shock in, 1058 

 shunts in, 1063 

 terminology, 1036 

 thoracic duct, 1050 



location, 1039 



rate of flow, 1 050 



structure, 1039 



valve system, 1039 

 transport 



function, 1044 



lipid, 1044 

 valves in, 1037 



variability of structures, 1039 

 venous 



origin, 1037 



pressure and, 1037 

 Lymphatic permeabilitv 



anatomical structures important in, 



1064 

 colloidal particles, factors involved, 



1 06 1 - 1 066 

 concepts, 1066 



intraluminal pressure and, 1064 

 "leaky pump" concept, 1066 

 potential physical openings, 1 065 

 size limitation, 1064 

 stigmata, stomata and, 1065 

 test substances for, 1064 

 theories of, 1065 

 "toxic" effect of urea, 1064 

 Lymphatic vessels 

 capillaries 



in myocardium, 1054 



relationship to small blood vessels, 



'°37 

 contractility of, 1039- 1040 

 development and structure of, 1036- 



1037 

 distribution of, 1038- 1039 

 in heart valves, 1054 

 permeability pattern in, 1062 

 protein leakage, 1 062-1 063 

 shock and, 1050- 1058, 1 058-1 061 

 Lymphedema 



lymph and interstitial protein in, 986 



Macrocanalicular system 



definition, 1653 

 Maculadensa: see Glomeruli, juxta- 

 glomerular complex 

 Magnesium 



arteriolar size and, 948 



entrance rate into muscle, 1 138 



ion diameters, 1 1 38 



mobility in electric field, 1 138 



relative diameter, 1 1 38 



smooth muscle tension and, 1 158 



vascular 



resistance, 1 158 



smooth muscle tension and, 1 1 57 — 

 1 158 

 vasodilatation and, 1158 

 Magnet-coil current 



heat production and, 13 17 

 Malnutrition 



proteins of edema fluids in, 982 

 Mammals 



protein osmotic pressure in, 975 

 Man 



aortic resonance in, 826 

 arteriovenous anastomosis in ear, 1 252 

 automaticity in blood vessels, 1356 

 axillary artery, tension muscles, 869 

 bile acid formation in, 1 180 

 biphasic action of adrenaline, 1371 

 birth 



cardiac index at, 1642 

 cardiac output at, 1641 

 changes in systolic pressure at, 1642 

 heartbeat at, 1641 



pulmonary vascular resistance at, 

 1 64 1 

 blood 



lipids and atherosclerosis, 1187 

 supply to interventricular septum, 



1520 

 vessels in cochlea, 915 

 blood flow 

 in foot, 1340 

 in forearm, 1339 

 in hand, 1338 

 bone blood flow in, 1657 

 brachial pulse in, 831 

 capillaries of labyrinth, 915 

 capillary 



blood pressure in, 965 



networks of the cochlea, 916 

 cardiac glycogen before birth, 1638 

 circulation 



skeletal muscle, 1363 



through skin, 1325 

 electron micrograph of lung, 1677 

 essential fatty acids and, 1 1 83 

 extension-release curves of aorta, 877 

 filtration coefficients for tissues, 992 

 flow pulses in, 859-862 

 hepatic blood flow in, 1405 

 heredity and atherosclerosis, 1205 

 interstitial fluid pressure in, 980 

 lipoproteins in, 1 177 

 medullary pressure in, 1660 

 mountain sickness in, 1721 

 nephron types in kidneys, 1458 

 osmotic pressure of plasma proteins 



in. 9 6 5 

 patterns of circulating lipids, 1203 

 placental histology, 1621 

 plasma components, 974 

 pressure-volume diagram in aorta, 875 

 protein 



content of plasma, 974 



osmotic pressure in, 965, 973 

 pulmonary 



artery in, 1674 



blood flow, 1697 



blood pressures, 1697 



vascular resistance, 1697 



vein in. 1674 

 renal blood How 



in infants, 1644 



trauma and, 1506 

 renal circulation 



adrenergic control, 1 486 



compared to dog, 15 01 

 renal clearance in, 1483 

 skeletal muscle innervation, 1 364, 1 366, 



>3 6 7 

 stimulation of arterial baroreceptors 



in, 1363 

 studies on bulbar conjunctiva, 894 

 sympathetic vasoconstrictor nerves in, 



■359 

 tissue composition of veins, 881 

 umbilical arterial flow in, 1633 

 \ in\ lite cast of heart, 1519 

 Mandible 



arterial supply to, 1655 

 Mannitol 

 renal 



artery pressure and, 1 1 48 

 lymph flow and, 1058 

 vein flow and, 1 148 

 Marsupials 



uterus in, 1585 

 Mayerson, H. S. 



The physiologic importance of lymph, 

 io35-'°73 



