Page 423 - Color_Atlas_of_Physiology_5th_Ed._-_A._Despopoulos_2003

GRP second messenger 276 concentration, blood 138 buffer system 138
–
Gr stomach 242 normal range 142 /Cl antiport 124
GSC (glomerular sieving coeffi- excretion 174 /CO 2 buffer 140, 144
He cient) 154 renal 142 CO 2 transport, blood 124
GTP (guanosine triphosphate) gradient 158 erythrocytes 124
274, 276, 278 Na antiport 26ff., 161 C, 162, excretion 138, 142, 144, 172,
+
transducin 348 174ff. 176
GTPase 276 secretion, renal 174 high altitude 136
transducin 350 symport 158, 258 gastric mucosa 242
GTPase-activating protein (GAP) uniporter (UCP) 222, 230 intestinal absorption 262
+
+
350 H -K -ATPase 26f., 28, 174, 182, loss, diarrhea 262
Guanine 8 242 plasma 142, 146
Guanine nucleotide-releasing collecting duct 174, 182 production, amino acid metab-
protein (GNRP) 30 colon 262 olism 176
Guanosine production 174 renal 145 B2
diphosphate ! GDP renal excretion 174 renal reabsorption 156, 174
monophosphate, cyclic ! GMP, + secretion, gastric 242 saliva 236
secretion 242, 246
renal tubular 174
cyclic
Abbreviations Guanosylmonophosphate ! H -ATPase 14, 26, 174 stomach 242
triphosphate ! GTP
bile ducts 248
pancreas 246
lysosomes 14
salivary glands 236
+
H -peptide cotransport 26ff.,
GMP
158, 258
Guanylyl cyclase-activating pro-
tein (GCAP) 350
H -phosphate cotransport 17 B2
titration curve 147
+
+
Index, Guanylyl cyclase, coronary arter- H -pyruvate cotransport 17 B2 hCS (human chorionic soma-
ies 210
totropin) 304
H 2, large intestine 264
HDL (high density lipoproteins)
cytoplasmatic 278
Habituation 336
254, 256
Hageman factor 102
retina 350
α-gustducin 338 Hagen-Poiseuille’s equation 188, estrogen effect 302
Gut 234ff. 390 Head’s reflex 132
absorption, amino acids 262 Hair cells 58, 342 Head’s zones 318
Ca 2+ 262 inner 364 Hearing (! also sound) 362ff.
-
Cl 262 outer 364, 368 audibility limit 362
mechanisms 263 D electromotility 366 auditory cortex 368
glucose 262 potential 366 pathway 368, 370
Mg 2+ 262 sensor potential 366 binaural 368
+
Na 262 vestibular ganglion 342 cochlear amplification 366,
mechanisms 263 D follicle receptors 314 368
phosphate 262 Haldane effect 124, 126 direction 368
H 2O 262 Hamburg shift 124 threshold 368
mechanism 263 B Haptenes 100 loss 364, 366
bacteria 232, 250, 264 Haptoglobin 90 sensors 364ff.
Brunner’s glands 244 Haustration 264 thresholds 362, 366, 368
calcitriol effect 292 Hay fever 100 Heart (! also cardiac and myo-
CCK production 234 hBSEP (human bile salt export card) 86, 186, 210
defecation 264 pump) 248 action potential 192, 193 A
gases 264 H (histamine) cells, stomach 242 afterload 202, 204
motility 244 hCG (human chorionic all-or-none contraction 68, 192
structure 244 gonadotropin) 304 arrhythmias 180
Gynecomastia 294 hCL (human placental lactogen) atrial contraction 190
Gyrus, angularis 370 304 flutter 200
cingulate 310, 330 HCl (hydrochloric acid) 142, 238 fibrillation 200
parahippocampal 330 gastric 238, 242, 258 septum defect 220
postcentral 322, 338 production in metabolism 174 tachycardia 200
–
HCO 3 (bicarbonate) 124, 126, atrioventricular block 200
140, 146, 236, 262 node 192
H actual 146 valves 190
blood 142 automaticity 192
h (multiple of a unit) 373 concentration, actual 142 autonomic nervous system
H zone, muscle 62 measurement 146 194
H 138, 140, 142, 144, 242 normal range 142, 146 beats ! heart rate
+
410 buffering 138, 140, 142, 144 standard 142 bundle of His 192
chemosensors 132 measurement 146 cholinergic transmission 83 B
Despopoulos, Color Atlas of Physiology © 2003 Thieme
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