Page 411 - Color_Atlas_of_Physiology_5th_Ed._-_A._Despopoulos_2003

Blood flow 122, 212, 232 viscosity 92, 188 second messenger 276
Bl brain, control 212 high altitudes 136 Bradypnea 108
central regulation 214 volume 88, 182, 186, 188, 206 Brain 310ff.
Br coronaries 210, 212 central 204 anatomy 310
gastrointestinal 232 determination 168 blood flow 186
lungs 122, 186 distribution 187 A regulation 212
muscle 214 endurance athletes 77 C cortex
properties 92 measurement 168 afferents 324
rate 188 sensors 214 area 1 311 E, 324, 325 C
regulation, neuronal 214 total 186 area 2 311 E, 324, 325 C
renal 150 B-lymphocytes 94, 98 area 3 311 E, 324, 325 C
skin 212, 214, 224 BMAL1 334 area 4 311 E, 324, 325 C
velocity 92, 188, 190 BMI (body mass index) 230 area 5 311 E, 324, 325 C
vessel segments 189 A BMR (basal metabolic rate) 226 area 6 331 E, 324, 325 C
function 88ff. Body fluids 92, 168 area 7 311 E, 324, 325 C
glucose 282, 284 compartments 168 area 22 311 E, 370
groups 100 homeostasis 168 area 44 311 E, 370
measurement 168
–
area 45 311 E, 370
HCO 3 concentration 142, 146
Abbreviations hormone transport 268 mass index (BMI) 230 area MI 324, 325 C
osmolality 170
area PM 324, 325 C
lipids 256
loss 90, 173, 218
area S1 318, 322, 323 A
plethysmography 114
area S2 318, 323 A
pH 138
temperature 132, 222, 224,
298, 330, 375, 381 C
area SMA 324, 325 C
puffer 138, 144
normal range 142
circadian variation 224,
measurement 146
Index, pressure 74, 86, 184, 188, 202, measurement 224 asssociation areas 328, 336
381 C
auditory 368
Brodman’s areas 311 E
menstrual cycle 298
206, 212, 214
columns 332
arterial 206 pressure saturated (BTPS) corticocortical signal loops
amplitude 206 112 324
angiotensin II effect 184 respiration 132 cortical afferents 324
fetal 220 set point 224 efferents 324
mean 188, 189 A, 206 water ! body fluids ultrastructure 332
measurement 206 weight 230 motor 324, 328
normal range 206 regulatory mechanism 230, motosensory 370
physical work 74 280 neuronal circuitry 332
regulation 216 Bohr effect 128 orbitofrontal area 340
renin-angiotensin sys- equation, dead space 114, 115 A organisation 332
tem 184 Boiling point, water 375 potentials 332
salt deficit 170 Bomb calorimeter 228 prefrontal association 324
sensors 214 Bone 290, 292 premotor area (PMA) 324
shock 218 break down 290 prepiriform 340
control 214, 216 calcitonin effect 292 primary motor area (MI) 324
diastolic 206 calcitriol effect 292 pyramidal cells 332
pulmonary 122, 206 conduction, sound 364 scarring 338
sensors 214 estrogen effects 302 sensory association 324
systolic 190, 206 growth 302 input 322
venous 204 marrow 88, 90, 94 supplementory motor area
sugar 282ff. Fe homeostasis 90 (SMA) 324
testis barrier 306 megakaryocytes 102 death, diagnosis 332
transfusion 100 preprocessed precursor cells derived growth factor (BDGF)
vessels 188, 212ff. 94 338
autoregulation 212 metabolism 290 glucose deficit 242
chemosensors 212 mineralization 292 glutamate, transmitter 336
cross-sectional area 189 A PTH effect 290 hemisphere, dominant 337
diameter 189 A Botulinum toxin 56 metabolism 282
function 188ff. Bowman’s capsule 148 nerve cells 338, 340, 359
holding capacity 189 A Bradycardia, sinus 200 stem (! also medulla oblong-
nervous control 214 Bradykinesia 326 ata, pons, and mid-
precapillary sphincter Bradykinin 184, 208, 214, 269, brain) 310, 318
188 318 motor centers 324, 328
398 skin 224 coronary vasodilatation 210 survival time, anoxia 130
wall tension 188 salivary glands 236 swelling 172
Despopoulos, Color Atlas of Physiology © 2003 Thieme
All rights reserved. Usage subject to terms and conditions of license.