Table Of Content

Acta Physiol Scand 1994 151, 547-550 Author index AKSNES, G. see Fu, M.L.X. DRUMMER, C. see EMMELUTH, C. AL-SarFFiR, A. see RAHMAN, M. DuNER-ENGSTROM, M. & FREDHOLM, B.B. Carbachol- ALSTER, P. see ERIKSSON, M. induced phosphatydylcholine hydrolysis and chol- ANDEN, T. see TROLIN, G. ine efflux in rat submandibular gland involves ANDERSEN, J.L., KLITGAARD, H. & SALTIN, B. Myosin phospholipase D activation and is modulated by heavy chain isoforms in single fibres from m. vastus protein kinase C and calcium, 515 lateralis of sprinters: influence of training, 135 ARNBERG, H. see HOGMAN, M. EpreLpt, H. & LUNDVALL, J. Skeletal muscle and skin ARRIZURIETA, E.E. see VERON, D. as targets for powerful homeostatic vasomotor AsztELy, A., ToBin, G. & Exstr6m, J. Masticatory- baroreflexes in humans during prolonged circu- salivary reflexes mobilize non-adrenergic, non- latory stress: a study on the innervated and nerve cholinergic secretory mechanisms in parotid glands locked forearm, 61 of conscious rats, 373 EDVINSSON, L. see RALEVIC, V. ATHANASSAKIS, I. see VASSILADIS, S. EpwaALL, L. see Kerezounis, N.P. Ee, I see ELajo, G.I. BECHENSTEEN, A.G., HALVoRSEN, S. & SKOTTNER, A. EKMAaN, R. see EkstROM, J. Recombinant human insulin-like growth factor-1 EksTrOM, J. see AszTELy, A. (rh-IGF-1) stimulates erythropoiesis in adult, but ExkstROM, J., EKMAN, R., HAKANSON, R., Luts, A. & not in newborn mice, 117 SUNDLER, F. Developmental studies on vasoactive Beyer, N. see Kye, M. intestinal peptide, substance P and calcitonin gene- Brg, P. see EMMELUTH, C. related peptide in salivary glands of postnatal rats, BIRKELAND, S. & HEXEBERG, E. Is_postsystolic 107 shortening area always a marker of myocardial Exam, M. see NOLL, G. ischaemia?, 269 ELBROND, H., Tottrup, A., VIRCHENKO, S. & FORMAN, BJORKSTRAND, E. see ERIKSSON, M. A. Effects of transmural field stimulation in isolated Biomavist, G., Se1Tz, R.J., SJOGREN, I., HALLDIN, muscle strips from rabbit sphincter of Oddi and C., STONE-ELANDER, duodenum, 91 S., WIDEN, L., SoLin, O. & HAaPaRANTA, M. Regional Exajo, G.I., Emer, I. & KNARDAHL, S. The role of the cerebral oxidative and total glucose consumption adrenal medulla in cardiovascular responses to during rest and activation studied with positron hypertonic saline in haemorrhaged conscious rats, emission tomography., 29 429 Boxter, C.P. Intrinsic cardiac rate regulation in the EMMELUTH, C., DRUMMER, C., GERZER, R & BIE, P. anaesthetized rabbit, 421 Natriuresis in conscious dogs caused by increased BoneEN, A. see McDermott, J.C. carotid [NA*] during angiotensin II and aldosterone Borsujo, J. see FERNADEZ, N. blockade, 403 BOTTINELLI, R. see PoL.a, B. ENOKI, Y. see SHIMIZU, S. BousHEL, R. see KJAEER, M. ERICSSON, A. see FRANCO-CERECEDA, A. BURNSTOCK, G. see RALEVIC, V. ERIKSSON, M., BJORKSTRAND, E., SMEDH, U., ALSTER, P., MATTHIESEN, A.- S. & UvNAs-Mopera, K. Role CaLverT, D.T. see SHENNAN, D.B. of vagal nerve activity during suckling. Effects on CHRISTENSEN, P see Leyssac, P.P plasma levels of oxytocin, prolactin, VIP, somato- CveEk, K. see OLSSON, K. statin, insulin, glucagon, glucose and of milk secretion in lactating rats, 453 Decucut, T. see NisHtyasu, T. ERIKSSON, P. see Fu, M.L.X. DikéGuex, G. see FERNADEZ, N. Escospar, E. see VERON, D. Diener, M., PeTer, A. & SCHARRER, E. The role of volume-sensitive Cl~ channels in the stimulation FANDRIKS L. see JONSON, C. of chloride absorption by short- chain fatty acids in FERNADES, A. see KJAE/ER, M. the rat colon, 385 FERNANDEZ, N., GARCIA-VILLALON, L., BorBujo, J., Dinan, T.G., THakoreE, J. & O’KEANE, V. Lowering Monce, L., Garcia, J.L., GOMEz, B. & DiéGEux, cortisol enhances growth hormone response to G. Cooling effects on the histaminergic reponse of growth hormone releasing hormone in healthy rabbit ear and femoral arteries: role of the subjects, 413 endothelium, 441 548 Author index Fotkow, L.P. see SkoG, P. HoesEKE, J. see Fu, M.L.X. ForMaAN, A. see ELBROND, H. Hocman, M., FRosTeLt, C., ARNBERG, H., SAND- FRANCO-CERECEDA, A., ERICSSON, A., SELLEI, P. HAGEN, B. & HEDENSTIERNA, G. Prolonged bleeding VAAGE, J., VALEN, G. & LUNDBERG, J.M. Endothelin time during nitric oxide inhalation in the rabbit, release at reperfusion of the porcine ischaemic heart 125 in relation to noradrenaline and neuropeptide Y, Horn, A. see Kyér, M. 545 HossaINt-HILa.l, J. see OLSSON, K. FREDHOLM, B.B see DUNER-ENGSTROM, M. Friep, G. & Lut, Y.-A. Effects of endothelin, calcium IkEDA, K. see SUNOSE, H. channel blockade and EDRF inhibition on the ILEBEKK, A see Fu, M.L.X. contractility of human uteroplacental arteries, 477 IsHIDA, K., TAKAISHI, T. & MryAMuRA, M. Ventilatory FROSTELL, C. see HOGMAN, M. responses at the onset of passive movement and Fu, M.L.X., ILEBEKK, A., Xu, X., PERGOLA, G., voluntary exercise with arms and legs, 343 ERIKSSON, P., KIRKBGEN, K., AKsNES, G., HOEBEKE, IsHIGAKI, M. see SuNosE, H. J. & HjaLMarson, A. Gi-mediated adenylyl cyclase JAMIESON, E.A. see SHENNAN, D.B. inhibition in timolol-treated stunned porcine myo- JANSSEN, B.J.A., STRUIJKER BoupieErR, H.A.J. & Sits, cardium, 291 J.F.M. Role of afferent renal nerves in renal Fu, R.G. see Ji, L.L. adaption to sodium restriction in uninephrectom- Fucul, T., ROSDAHL, H., HICKNER, R.C., UNGERSTEDT, ized rats, 395 U. & HENRIKSSON, J. Microdialysis of rat skeletal Ji, L.L., Fu, R.G., MITCHELL, E.W., GRIFFITHS, M., muscle and adipose tissue: dynamics of the Watprop, T.G. & Swartz, H.M. Cardiac hy- interstitial glucose pool, 249 pertrophy alters myocardial response to ischaemia and reperfusion in vivo, 279 Ga.so, H. see HAN, X. JORGENSEN, F. & Kroese, A.B.A. Ionic slectivity of GaLpo, H. see KJAEzR, M. the mechano- electrical tranduction channels in the Gao, H. see VAN Dijk, G. hair cells of the frog sacculus, 7 Ga.uska, D. see NoLTE, L.A. JOHANSSON, B see JONSON, C. Garcia, J.L. see FERNANDEZ, N. JOHANSSON, S. Graded action potentials generated by GarciA-VILLALON, L. see FERNANDEZ, N. differentiated human neuroblastoma cells, 331 GERZER, R. & EMMELUTH, C. JONSON, C., JOHANSSON, B. & FANDRIcKS, L. On the Gomez, B. see FERNANDEZ, N. point of action for sympatho-adrenergic inhibition GONZALEZ, E. see KORNFELD, M. of duodenal alkaline secretion in the rat, 261 GriFFITHS, M. see Ji, L.L. GuTIERREZ, A.M. see KORNFELD, M. KarLsson, T. see NOLL, G. Kartort, Y. see SuNosE, H. HaapaRANtTA, M. see BLomavist, G. Katz, A. & Raz, I. Hexokinase kinetics in human HAKANSON, R. see EksTROM, J. skeletal muscle after hyperinsulaemia, hypergly- HALLpIN, C. see BLomavist, G. caemia and hyperepinephraemia, 527 HALVoRSEN, S. see BECHENSTEEN, A.G. Kerezoup!s, N.P., OLGART, L. & EDWALL, L. Corp Han, X. & GaLBo, H. The effect of putative insulin- (8-37) reduces the duration but not the maximal like substances released by the motor nerve on increase of antidromic vasodilation in dental pulp glucose tranport in perfused rat muscle, 181 and lip of the rat, 83 Hao, J-X., Herrecopts, P., Linp, G., MEYERSON, B., KEuL, J. see Rokitzk1, L. SEIGER, A. & WEISENFELD-HALLIN, Z. Photo- KIRKBOEN, K. see Fu, M.L.X. chemically induced spinal cord ischaemia in Kjyar, M., Perko, G., SECHER, N.H., BousHEL, R.., rats: assessment of blood flow by laser Doppler Beyer, N., PoLLACK, S., Horn, A., FERNANDES, A., flowmetry, 209 Morr, T., Lewis, S.F. & GaLso, H. Cardovascular Harvey, R.B. see McKINLEY, M.J. and ventilatory responses to electrically induced HEDENSTIERNA, G. see HOGMAN, M. cycling with complete epidural anaesthesia in HEDENSTIERNA, G. see TROLIN, G. humans, 199 HELLSTROM, P.M. see RAHMAN, M. KLITGAARD, H. see ANDERSEN, J.L. HENRIKSSON, J. see Fucui, T. KNARDAHL, S. see ELGjo, G.I. HERREGODTS, P. see Hao, J-X. Konzuk1, H. see SHiMizu, S. HEXEBERG, E. see BIRKELAND, S. KorNFELD, M., GUTIERREZ, A.M., GONZALEZ, E., Heyman, F. & Strip, K.-G. Pressure-induced local SALOMONSSON, M. & Persson, A.E.G. Cell calcium venous constrictor responses in human fingers, 301 concentration in glomerular afferent and efferent HICKNER, R.C. see Fucut, T. arterioles under the action of noradrenaline and HJALMARSON, A. see Fu, M.L.X. angiotensin II, 99 Author index 549 Kroese, A.B.A. see JORGENSEN, F. Ouaa, Y. see SHIMIZU, S. Kune5, J. see ZICHA, J. Oyrec, G. & WistRAND, P.J. Renal handling and Kunimoto, M. see NoLL, G. plasma elimination kinetics of carbonic anhydrase isozymes I, II, and III in the rat, 531 Lewis, S.F. see Ker, M. O’KEANE, V. see DINAN, T.G. Leyssac, P.P. & CHRISTENSEN, P. A comparison Oxupa, B. Cerebello-thalamo-cerebral projection between endogenous and exogenous lithium clear- from the dentate nucleus onto the frontal eye field ance in the aneasthetized rat, 173 in the cat, 1 Linp, G. see Hao, J-X Oxeart, L. see Kerezoupis, N.P. LOGEMANN, E. see ROKITZKI, L. Oxsson, K., Hossaint-HILal, J. & Cvek, K. Dis- LOrDAL, M. see RAHMAN, M. crepant effects of angiotensin II and phenyl- Lut, Y.-A. see FrieD, G. ephrine on plasma volume in conscious goats, 83 LUNDBERG, J.M. see FRANCO-CERECEDA, A. 83 LUNDVALL, J. see EDFELDT, H. Luts, A. see EKsTROM, J. PATERSON, D.J. see RYAN, D.M. PERGOLA, G. see Fu, M.L.X. McDermott, J.C. & BoNeN, A. Lactate transport in PERKO, G. see KjR, M. rat sarcolemmal vesicles and intact skeletal muscle, Persson, A.E.G. see KORNFELD, M. and after muscle contraction, 17 Peter, A see DIENER, M. McKINLEY, M.J., HARVEY, R.B. & Vivas, L. Reducing Poti, B., BoTTINELLI, R., SANDOLI, D. Sarp1, C. & brain sodium concentration prevents post-prandial REGGIANI, C. Cortisone-induced changes in myosin and dehydration-induced natriuresis in sheep, 467 heavy chain distribution in respiratory and hindlimb MCNEILLIE, S.A. see SHENNAN, D.B. muscles, 353 Manr TIN, I.K. see Note, L.A. PoLLAck, S. see KyzR, M. MarTIN, R.S. see VERON, D. MATSsuMuRA, K. see SHIMIZU, S. RAHMAN, M., LorpaL, M., AL-Sarrir, A. & HELL- MATTHIESEN, A.-S. see ERIKSSON, M. STROM, P.M. Intestinal motility responses to neuro- Mepso@, J.I. & SEyeERSTED, O.M. Plasma K* changes peptide y in vitro and in vivo in the rat: comparison during intense exercise in endurance-trained and with neurokinin 1 and neurokinin 2 receptor sprint-trained athletes, 363 agonists, 497 MEYERSON, B. see Hao, J-X. Racevic, V., Epvinsson, L. & Burnstock, G. MITCHELL, E.W. see Ji, L.L. Inhibition of neuropeptide Y-induced augmen- Mryamura, M. see IsHipA, K. tation of noradrenaline-induced vascoconstriction Monr, T. see Kye, M. by D-myo-inositol 1,2,6-triphosphate in the rat MoncE, L. see FERNANDEZ, N. mesenteric aterial bed, 309 Morimoto, A. see NIsHryasu, T. Raz, I. see Katz, A. Morimoto, K. see NisHryasu, T. REGGIANI, C. see POLLA, B. MurakaMI, N. see NisHryasu, T. RokiTzki, L., LOGEMANN, E., SaGrepos, A.N., Murpny, M. see ROKITZKI, L. Murpny, M., WetzeL-Rotu, W. & KEUuL, J. Lipid peroxidation and antioxidative vitamins under NISHIYAMA, A. see SUNOSE, H. extreme endurance stress, 149 NisHryasu, M. see NisHryasu, T. RospDAHL, H. see Fucui, T. NisHryasu, T., UENO, H., NisHryasu, M., Tan, N., Rossitt1, S. & STEPHENSEN, H. Temporal hetero- Morimoto, K., geneity of the blood flow velocity at the middle Morimoto, A., DecucHi, T. & Murakami, N. cerebral artery in the normal human characterized Relationship between mean arterial pressure and by fractal analysis, 191 muscle cell pH during forearm ischaemia after Ryan, D.M. & Paterson, D.J. Effect of ouabain and sustained handgrip, 143 verapamil on restoration of contraction by adren- NOLL, G., ELAM, M., Kunimorto, M, Kar.sson, T. & aline during high K* in the frog heart, 417 WALLIN, B.G. Skin sympathetic nerve activity and effector function during sleep in humans, 319 SaGrepos, A.N. see ROKITZKI, L. No te, L.A., GALuska, D., MartTIN, I.K., ZIERATH, Saita, Y. see SUNOSE, H. J.R. & WALLBERG- HENRIKSSON, H. Elevated free SakaTA, S. see SHIMIZU, S. fatty acid levels inhibit glucose phosphorylation in SALOMONSSON, M. see KORNFELD, M. slow-twitch rat skeletal muscle, 51 SALTIN, B. see ANDERSEN, J.L. NorpIn, M. Intrafascicular recordings of afferent SANDHAGEN, B. see HOGMAN, M. multi-unit activity from the human supraorbital SANDOLI, D. see PoLLa, B. nerve, 507 Sarp1, C. see Poua, B. 550 Author index SCHARRER, E. see DIENER, M. oxide (NO) in expired air at rest and during SECHER, N.H. see Ky@r, M. exercise, 159 SeIGER, A. see Hao, J.-X. Trotrup, A see ELBROND, H. Se1Tz, R.J. see BLomgvist, G. TsoukatTos, D. see VASSILADIS, S. SEJERSTED, O.M. see MEpso, J.I. Turaro, D. see VERON, D. SELLEI, P. see FRANCO-CERECEDA, A. SHENNAN, D.B., McNEILLIE, S.A., JAMIESON, E.A. & UENO, H. see Nisuryasu, T. Ca.vert, D.T. Lysine transport in lactating rat UNGERSTEDT, U. see Fucut, T. mammary tissue: evidence for an_ interaction Uvnas-MobserG, K. see ERIKSSON, M. between catonic and neutral amino acids, 461 Uvnas-MobserG, K. see SMEDH, U. Suimizu, S., ENoki, Y., SAKATA, S., Kouzuk1, H., OuGa, Y. & Matsumura, K. Erythropoietin re- VAAGE, J. see FRANCO-CERECEDA, A. sponse to acute hypobaric or anaemic hypoxia in VALEN, G. see FRANCO-CERECEDA, A. gentamicin-administered rats, 225 Van Dik, G., VissiNG, J., STEFFANS, A.B. & GALBO, SJOGREN, I. see BLomaQvisT, G. H. Effect of anaesthetizing the region of the Sxoc, E.B. & Fotkow, L.P. Nasal heat and water paraventricular hypothalamic nuclei on energy exchange is not an effector mechanism for water metabolism during exercise in the rat, 165 balance regulation in grey seals, 233 VassiLapDIs, S., TsoukaTos, D. & ATHANASSAKIS, I. SKOTTNER, A. see BECHENSTEEN, A.G. Interferon-induced class II expression at the SMEDH, U. see ERIKSSON, M. spongiotrophoblastic zone of the murine placenta is SMEDH, U. & Uvnis-MopserG, K. Intracerebro- linked to fetal rejection and developmental ab- ventricularly | administered _corticotropin-re- normalities, 485 leasing factor releases somatostatin through a VERON, D., MartTIN, R.S., EscoBar, E., Turaro, D., cholonergic, vagal pathway in freely fed rats, Visconti, P., TEzoN, J.G. & Arrizurieta, E.E. 241 Effect of NPPB on chloride (CI) transport in distal Smits, J.F.M. see JANSSEN, B.J.A. colon of potassium (K*) adapted rats., 45 SOLIN, O. see BLomavist, G. VIRCHENKO, S. see ELBROND, H. STEFFENS, A.B. see VAN Dijk, G. VISCONTI, P. see VERON, D. STEPHENSEN, H. see RossitT1, S. VISSING, J. see VAN Dijk, G. STONE-ELANDER, S. see BLOMQVIST, G. Vivas, L. see McKINLEY, M.J. Strip, K.-G. see HEYMAN, F. STRUIJKER BouptEr, H.A.J. see JANSSEN, B.J.A. Wacprop, T.G. see Ji, L.L. SUNDLER, F. see EKSTROM, J. WaALLBERG-HENRIKSSON, H. see NOLTE, L.A. SunosE, H., ZHANG, W., IsHiGak1, M., KatTort, Y., WALLIN, B.G. see NOLL, G. Suzuk1, M., Ikepa, K., TaKASAKA, T., Saito, Y. & WEISENFELD-HALLIN, Z. see Hao, J-X. NISHIYAMA, A. Isolation of acini from nasal glands WETZEL-RoTH, W. see ROKITZKI, L. of the guinea-pig, 377 WIDEN, L. see BLomavist, G. Suzuki, M. see SuNosE, H. WISsTRAND, P.J. see OytEG, G. Swartz, H.M. see Ji, L.L. Xu, X. see Fu, M.L.X. TAKAISHI, T. see IsHipa, K. TAKASAKA, T. see SUNOSE, H. ZHANG, W see SuNOSE, H. Tan, N. see NisHtyasu, T. ZicHA, J. & Kune, J. Haemodynamic changes TEZON, J.G. see VERON, D. induced by short- and long-term sodium chloride THAKORE, J. see DINAN, T.G. or sodium bicarbonate intake in deoxycortico- TOBIN, G. see ASZTELY, A. sterone-treated rats, 217 TROLIN, G., ANDEN, T, & HEDENSTIERNA, G. Nitric ZIERATH, J.R. see NOLTE, L.A. Acta Physiol Scand 1994 151, 551-553 Subject index Abortion, 485 Cerebral arteries, 191 ACh, 377 Cerebrospinal fluid sodium concentration, 467 Action potential, 331 Chloride, 45 Acute remodelling, 269 Cholecystokinin, 241 Adenine nucleotide, 279 Choline, 395 Adenylyl cyclase, 291 Cholinergic nerves, 91, 515 Adipose tissue, 249 Circulatory response, 343 Adrenal medulla, 429 Cl channels, 385 Adrenaline, 165, 417, 429 Class II, 485 Afferent arteriole, 99 Co-expression, 135 Afferent nerves, 73 Colon (rat), 385 Afferent renal nerves, 395 Computerized brain atlas, 29 Amiloride, 45, 173 Conscious rat, 429 Amino acids, 461 Contractility, 477 Anaemic hypoxia, 225 Corticosterone, 165 Angiotensin II, 83, 99 Corticotropin-releasing factor, 241 Antibody, 291 Cortisol, 413 Antioxidant enzyme, 279 Cortisone acetate, 353 L-arginine pharmacology, 91 Cutaneous ateries, 441 Argon laser irradiation, 209 Cutaneous capitance vessels, 301 Arm exercise, 343 Cytosolic free calcium, 99 Arterial blood pressure, 199 Arterial compliance, 217 D-myo-inositol 1,2,6-triphosphate («-trinositol), 309 Arterial pressure, 125, 429 Denervation, 181 Ascorbic acid, 149 Dentate nucleus, | Atrial natriuetic peptide, 83, 403 Developmental abnormalities, 485 Atropine, 241, 377 Diltiazem, 477 Autonomic nervous system, 261 Distal colon, 45 Doppler ultrasound, 191 Baroreflex, 61 Duodenum, 261 Bicarbonate, 261 Biological oscillators, 191 EDRF, 477 1,6-biphosphate, 527 Effect of training, 363 Bleeding time, 125 Efferent arteriole, 99 Blood circulation, 191 Electolyte transport, 385 Blood flow, 61, 73, 209, 249 Electrical stimulation, 17 Blood flow velocity, 191 Electroltye secretion, 377 Blood glucose homeostasis, 165 Enalaprilat, 403 Blood pressure, 217 Endogenous lithium clearance, 173 Bupivacaine, 165 Endothelin, 477, 541 Erythroid colony-forming units (CFU-E), 117 Calcitonin gene-related peptide, 73, 107 Erythropoiesis, 117 Calcium channels, 477, 515 Erythropoietin, 117, 225 Canrenoate, 403 Erythrosin B, 209 Carbonic anhydrase, 531 Ethanol, 249 Carbonic anhydrase inhibitors, 531 Exercise hyperponea, 343 Cardiac output, 217 Exertion, 181 Cardiac pacemaker, 421 Exhausting exercise, 363 Cardiopulmonary bypass, 541 f-carotene, 149 Face, 507 Cat, 1 Flameless AAS, 173 Cerebellocerebral projection, 1 Fluorescence digital imaging microscopy, 99 552 Subject index Fluorescence microscopy, 377 Ischaemia, 209, 279, 541 Food deprivation, 241 Ischaemic kidney, 531 Fractals, 191 Isozymes, 531 Frog, 417 Frog sacculus, 7 Lactate, 17, 199 Frontal eye field, 1 Laser Doppler flowmetry, 209 Functional electrical stimulation, 199 LBNP, 61 Fura-2, 377 Leg exercise, 343 Fura-2/AM, 99 Leukotrienes, 385 Lip, 73 Gastrin, 241 Lung, 159 Gastrointestinal motility, 497 Lysine, 461 Gentamicin, 225 GFR, 173 Mammary gland, 461 Gi, 291 Marathon, 149 Glucocorticoids, 353 Mastication, 373 Glucose, 17, 249, 527 Mean arterial blood presure, 143 Glucose 6-phosphate, 51 Mechano-electrical transduction channel, 7 Glucose disposal, 527 Mesangium, 99 Glucose metabolism, 29 Mesentric arterial bed, 309 Glucose oxidation, 29, 51 Metyrapone, 413 Glucose phosphorylation, 51 Microdialysis, 249 Glucose turnover, 165 Microneurography, 507 Glucose uptake, 181 Microvein responsiveness, 301 Glucose-fatty acid cycle, 51 Migratinig myolectric complex, 497 Glutathione, 279 Milk secretion, 453 Goat, 83 Monitoring, 191 Graded impulse, 331 mRNA, 291 Growth hormone, 413 Muscarinic receptor, 291 Growth hormone releasing hormone, 413 Muscle contraction, 181 Muscle fibre types, 353 Haematocrit, 83 Muscle pressor reflex, 199 Haemodynamics, 61, 191, 429 Myocardial contraction, 269 Haemorrhage, 429 Myocardial ischaemia, 269 Hair cell, 7 Myocardial stunning, 291 Heart, 417, 541 Myocardium, 279 Heart rate, 199, 429 Myofibrillar ATPase histochemistry, 135 a-helical CRF-41, 241 Myosin heavy chain, 353 High intensity exercise, 363 Myosin heavy chain isoforms, 135 Histomine, 441 Human, 61, 135 Na*-current, 331 Human microvenous activity, 301 NANC nerves, 91 Hypertonic saline, 429 NANC transmitters, 373 Hypertrophy, 279 Natriuresis, 173, 467 Hypobaric hypoxia, 225 Neonatal, 117 Hypothalmus, 165 Neuroblastoma, 331 Neurogenic drive, 343 Incisor pulp, 73 Neurokinin A, 497 Insulin, 249, 453 Neurokinins, 497 Insulin sensitivity, 181 Neuromuscular blockade, 181 Insulin-like growth factor-1, 117 Neuropeptide y, 541 y-interferon, 485 Neuropetide Y, 309 Interstitial space, 249 Nifedipine, 477 Intestinal secretion, 261 Nitric oxide, 91, 125, 441 Intrinsic atrial rate, 421 Nitric oxide (NO), 159, 477 Intrinsic cardiac rate regulation, 421 Non-exhausting exercise, 363 Ionic selectivity, 7 Noradrenaline, 99, 165, 199, 541 Iron, 117 NPPB, 45 Subject index 553 Nuclear magnetic resonance spectroscopy, 143 Salivary glands, 107, 373 Sensory vasodilatation, 309 Ontogeny, 107 Short-chain fatty acids, 385 Osmoreceptor urodilatin(ANP95—126), 403 Signal transduction, 515 Osmoregulation, 233, 467 Single fibres, 135 Ouabain, 417 Sinoatrial node, 421 Oxidative, 279 Skeletal muscle, 51, 61, 249 Oxytocin, 453 Skeletal muscle chemoflexes, 143 Skin, 61, 319 Passive movement, 343 Sleep, 319 Patch-clamp, 377 Smooth muscle, 91, 477, 497 Pathophysiology, 485 Sodium bicarbonate, 217 Phase I, 343 Sodium chloride, 217 Phenylephrine, 83 Sodium homeostasis, 395 Phosphatidylcholine hydrolysis, 515 Sodium restriction, 395 Phospholipase D, 515 Somatosensory stimulation, 453 Photochemical reaction, 209 Somatostatin, 241, 453, 527 Pig, 291 Sonomicrometry, 269 Pinnipeds, 233 Spinal cord, 209 Placental arteries, 477 Splanchnic nerves, 261 Plasma membranes, 17 Strength- and interval-training, 135 Plasma protein concentration, 83 Stress, 279 Plasma renin activity, 395 Stroke volume, 217 Plasma volume, 225 Submandibular gland, 515 Positron emission tomography, 29 Substance P, 73, 107, 497 Post-prandial, 467 Sympathetic, 61 Potassium, 417 Sympathetic activity, 319 Potassium adaptation, 45 Systemic resistance, 217 Pressure-length loop area, 269 Presylvian sulcus, 1 Tachykinins, 497 Prolactin, 453 Temperature, 441 Protein binding, 531 Temporal correlation, 191 Protein concentration, 83 Tight-seal recording, 331 Protein elimination, 531 a-tocopherol, 149 Protein kinase C, 515 Training, 279 Proximal convoluted tubules, 225 Transport, 17, 461 Pulmonary ventilation, 199 Treadmill running, 363 Pulse pressure, 217 Trigeminal nerve, 507 Rabbits, 125 Undernutrition, 353 Radicals, 149 Rat, 45, 73, 395 Vagal nerve, 453 Reflex seretion, 373 Vagotomy, 241, 261 Regional activation, 29 Vascular resistance, 61 Renal denervation, 395 Vasoactive intestinal peptide, 107 Renal function, 395 Vasopressin, 403 Reperfusion, 279 Venous myogenic responses, 301 Respiration, 159 Ventilatory response, 343 Respiratory water loss, 233 Ventromedial nucleus, 1 Reticulocytes, 117 Verapamil, 417 Retinol, 149 VIP, 453 Right artrial pressure, 421 Rubidium, 45 Water-deprivation, 467