Table Of Content

Acta Physiol Scand 2000, 170, 271-272 Author index Battistella-Patterson, A.S., Fultz, M.E., Li, C., G Hafting, T. & Sand, O. Purinergic activation of BK channels Norton, M. & Wright, G.L. PKC« translocatior in clonal kidney cells (Vero cells), 99 microtubule-dependent in passaged smooth m Hanani, M. & Freund, H.R. Interstitial cells of Cajal — their cells, 87 role in pacing and signal transmission in the digestive Baumgarten, |. see Morita, H. system, 177 Bellinger, B.M., Bold, A., Wilson, G.R., Noakes, T.D. & Haugan, A. see Kirkebo, A. Myburgh, K.H. Oral creatine supplementation Heiden, M. see Crenshaw, A.G. plasma markers of adenine nucleotide degradatios Henriksson, J. see Wretman, C. a 1-h cycle test, 217 Bert, ].L., Gyenge, C.C., Bowen, B.D., Reed, R.K Ide, K., Boushel, R., Sorensen, H.M., Fernandes, A., Cai, Y.. Lund, T. A model of fluid and solute exchang Pott, F. & Secher, N.H. Middle cerebral artery blood human: validation and implications, 201 velocity during exercise with f-1 adrenergic and unilateral Blix, A.S. see Mesteig, K stellate ganglion blockade in humans, 33 Bold, A. see Bellinger, B.M. Borthne, K., Langslet, A., Lindberg, H., Skomedal, Jalonen, J. see Lund, V. Osnes, J.-B. Differential recruitment of %,- and Juel, C. Expression of the Na’ /H” exchanger isoform noceptors in inotropic control of atrial child my NHE1 in rat skeletal muscle and effect of training., 59 by endogenous noradrenaline, 21 Boushel, R. see Ide, K. Kanehisa, H. see Kubo, K. Bowen, B.D. see Bert, |.L. Karlsson, S. see Crenshaw, A.G. Browning, J. see Dwyer, D. Kawakami, Y. see Kubo, K. Brunsting, ].R. see Roossien, A. Kentala, E. see Lund, V. Kirkebo, A, Haugan, A. & Mesteig, K. Sustained increase in Cai, Y. See Ide, IK. arterial blood pressure and vascular resistance induced by Christensen, L.O.D. see Morita, H. infusion of arachidonic acid in rats, 1 crenshaw, A.G., Gerdle, B., Heiden, M., Karlsson, Klossner, J. see Lund, V. Fridén, J. Intramuscular pressure and electrom Kubo, K., Kanehisa, H., Takeshita, D., Kawakami, Y. responses of the vastus lateralis muscle during 1 Fukashiro, S. & Fukunaga, T. /7 vivo dynamics maximal isokinetic knee extensions, 119 of human medial gastrocnemius muscle-tendon custaud, M.-A., Millet, C., Frutoso, J., Maillet, A., complex during stretch-shortening cycle Gauquelin, G., Gharib, C. & Fortrat, J.-O. No exercise, l 27 venoconstrictive thigh cuffs on orthostatic hypot induced by head-down bed rest, 77 Langslet, A. see Borthne, K. Li, C. see Battistella-Patterson, A.S. Dwyer, D. & Browning,J . Endurance training in \ Lindberg, H. see Borthne, K. decreases receptor sensitivity to a serotonin ag Lionikas, A. see Wretman, C. Lund, T. see Bert, J.L. Ereline, J. see Paasuke, M. Lund, V., Kentala, E., Scheinin, H., Klossner, J., Sariola- Erga, Re: Peen, E., Tenstad, O. & Reed, R.K. I Heinonen, K. & Jalonen, J. Hyperbaric oxygen increases and anti-lactoferrin antibodies: Effects of iron parasympathetic activity in professional divers, 39 lactoferrin on albumin extravasation in different rats, 11 Maillet, A. see Custaud, M.-A. Mesteig, K, Tyler, N.J.C. & Blix, A.S. Seasonal changes in Fernandes, A. see Ide, K. heart rate and food intake in reindeer (Rangifer tarandus Fortrat, }.-O. see Custaud, M.-A. tarandus), 145 Freund, H.R. see Hanani, M. Mesteig, K. see Kirkebo, A. Fridén, J. see Crenshaw, A.G Millet, C. see Custaud, M.-A. Frutoso, J. see Custaud, M.-A. Morita, H., Olivier, E., Baumgarten, J., Petersen, N.T., Fukashiro, S. see Kubo, K. Christensen, L.O.D. & Nielsen, J.B. Differential changes Fukunaga, T. see Kubo, Kk. in corticospinal and Ia input to tibialis anterior and soleus Fultz, M.E. see Battistella-Patterson, A.S. motor neurones during voluntary contraction in man, 65 Muntinga, |.H.J. see Roossien, A. Gapeyeva, H. see Paasuke, M. Myburgh, K.H. see Bellinger, B.M. Gauquelin, G. see Custaud, M.-A. Geng, W. see Battistella-Patterson, A.S. Nielsen, J.B. see Morita, H. Gerdle, B. see Crenshaw, A.G. Noakes, T.D. see Bellinger, B.M. Gharib, C. see Custaud, M.-A. Norton, M. see Battistella-Patterson, A.S. Giebisch, G. & Wang, W. Renal tubule potassium « function, regulation and structure, 153 Olivier, E. see Morita, H. Gyenge, C.C. see Bert, J.L. Osnes, J.-B. see Borthne, K. \uthor index Paasuke, M., Ereline, ]., Gapeyeva, H., Sirkel, S. & Sander, P. Scheinin, H. see Lund, V. \ge-related differences in twitch contractile properties of Schmidt, E. see Ruh, J. plantarflexor muscles in women, 51 Secher, N.H. see Ide, K. Peen, E. see Erga, K.S. Sirkel, S. see Paaisuke, M. Petersen, N.T. see Morita, H. Skomedal, T. see Borthne, K. Popova, E. Glycinergic and GABAergic control of intensity Sorensen, H.M. see Ide, K. response function of frog ERG waves under different conditions of light stimulation, 225 Takeshita, D. see Kubo, K. Pott, F. Ide, K. Tenstad, O. see Erga, KS. Tyler, N. see Mesteig, K Reed, R.K. Erga, K.S. Reed, R.K. see Bert, J.L. Vogel, F. see Ruh, J. Roossien, A., Brunsting, ].R., Zaagsma, J., Zijlstra, W.G. & Muntinga, J.H.J. The vagal cardiac accelerator system in the reflex control of heart rate in conscious dogs, 191 Wang, W. see Giebisch, G. Ruh, J., Vogel, F. & Schmidt, E. /v 1 ivo assessment of W esterblad, H. see Wretman, ¢ villous microcirculation in the rat small intestine in Widegren, U. see Wretman, C. Indomethacin-induced inflammation: role of mast-cell Wilson, G.R. see Bellinger, B.M. stabilizer Ketotifen, 13 Wretman, C., Widegren, U., Lionikas, A., Westerblad, H. & Henriksson,J . Differential activation of mitogen-activated Saito, M. Exercise-induced sympathetic activation is corre protein kinase signalling pathways by isometric contrac lated with cerebral hemisphere laterality, but not hand tions in isolated slow- and fast-twitch rat skeletal muscle, 45 edness, 111 Wright, G.L. see Battistella-Patterson, A.S. Sand, ©. see Hafting, T. Sander, P. see Paaisuke, M. Zaagsma,J . see Roossien, A. Sariola-Heinonen, K. see Lund, V. Zijlstra, W.G. see Roossien, A. 2000 Scandinavian Physiological Society Acta Physiol Scand 2000, 170, 273-274 Subject index 4-adrenoceptors, 21 Glycine, 225 f-1 blockade, 33 Head-down bed rest, at f-adrenc cept rs, 21 Heart rate variability, 39 Heart rate, 191 5SHTLA, 211 High-frequency power, 39 H-reflex, 65 \daption, 211 Human plantarflexor muscles, 51 \drenergic receptors, 2 Human, 201 \geing, 51 Hyperbaric hyperoxia, 39 \lbumin extravasation, 11 Hyperbaric oxygenation, 39 Ammonia, 217 Hypertonic saline dextran, 201 \rachidonic acid, 1 Hypoxanthine, 217 Arctic, 145 \rterial blood pressure, 1 la afferents, 65 ATP, 99 Inflammation, 11 \utonomic nervous system, 39 Interstitial cells of Cajal, 177 \utonomic response, 111 Intesity-response function, 22 5 Iron, l | Baroreflex, 77, 191 Isokinetic contraction, 119 BK channel, 99 Blood volume restitution, 2( Ketotifen, 137 Kidney, 99 ‘a’ *-activated K* channels, 99 ‘ardiac conduction, 39 Lactoferrin, 11 ‘ardiovascular deconditioning, 77 LBNP, 77 ‘entral fatigue, 211 ‘entral motor command, 111 Main arteriole, 137 ‘erebral blood flow, 33 Mast cells, 137 children, 21 Mathematical model, 201 >-Kit protein, 177 Mean power frequency, 119 ‘olchicine, 87 Medical gastrocnemius muscle, 127 congenital heart defects, 21 Metab« reflex, 111 ‘ontractile properties, 51 Microcirculation, 137 ‘ontraction IMP, 119 Microtubules, 87 ‘ontraction, 45 Microvascular permeability, -orticospinal tract, 65 Motor cortex, 65 ‘reatine supplementation, 217 Motor neurones, 65 cytochrome P450 enzyme, Myocardium, 21 LVtose slic Ca e >, Digestive system, 177 Na’ /H° exchanger density, 59 Neurotransmitters, 177 Electromyographic activity (EMG), 119 Endogenous noradrenaline, 21 Orthostatic hypotension, Endogenous rhythm, 145 Enteric nervous system, 177 P>y, 99 ERK1/2, 45 p38 MAPK, 45 Exercise, 33, 211 Parasympathetic activity, pH regulation, 59 Fascicle length, 127 PKC, 87 Fatigue, 119 Plantar flexion, 127 Fibre types, 45 Plasma volume, 77 Fluid balance, 201 Power spectral analysis, 3 Fluid infusions, 201 Prostanoids, 1 Frog ERG, 225 Purinergic receptors, 99 GABA, 225 Rat small intestine, 137 Gastrointestinal tract, 145 Recepte or, 211 2000 Scandinavian Physiological Society 274 Subject index Relaxation IMP, 119 Transcrania ] magnetic stimulation, 65 Renal blood flow, 1 Translocation, 87 Retinal sensitivity, 225 Treadmill training, 59 Root mean square, 119 Twitch, 51 Ruminant, 145 Ultrasonography, 127 Serotonin, 211 Urate, 217 Skeletal muscle, 45 Skin, 11 Vagal cardiac acceleration, 191 Smooth muscle, 87, 177 Vasoactive intestinal polypeptide, 191 Spinal cord, 65 Vastus lateralis muscle, 119 Splanchnic blood flow, 145 Vero cells, 99 Stand test, 77 Villus, 137 Static handgrip, 111 Voluntary movement, 65 Submaximal exercise, 217 Sympathetic regulation, 21 Women, 51 Tendon structures, 127 Total protein amount, 45 raining, 211 2000 Scandinavian Physiological Society