Acta Physiol Scand 2005, 185, 345-346 Author index Alkner, B. see Gallagher, P. Fraga, S. see Soares-da-Silva, P Amin, A.S., Verkerk, A.O., Bhuiyan, Z.A., Wilde, A.A.M. & Fujitsuka, N. see Yoshimura, A. Tan, H.L. Novel Brugada syndrome-causing mutation in ion-conducting pore of cardiac Na” channel does not affect Gallagher, P., Trappe, S., Harber, M., Creer, A., Mazzetti, S., ion selectivity properties, 291 Trappe, T., Alkner, B. & Tesch, P. Effects of 84-days of Andersen, J.L. see Sandgaard, N.C.F. bedrest and resistance training on single muscle fibre myosin Ando, Y. see Yoshimura, A. heavy chain distribution in human vastus lateralis and soleus Arasan, S. see Subramani, S. muscles, 61 \rrizurieta, E. see De Luca Sarobe, V. Geny, B. see Zoll, ]. Ashton, N. & Szokodi, T. Editor’s Choice, 3 Grant, C. see Doolette, DJ. Astier, C. Vermaelen, M. Green, H.]. see Rush, J.W.E. \ukland, K. Arnold Heller and the lymph pump, 171 Gundersen, K. see Bruusgaard, J.C. Gustafsson, L.E. & Lundgren, O. Editor’s Choice, 87 Baan, J. see Bal, M.P. Badawi, ].K., Uecelehan, H., Hatzinger, M., Michel, MLS.., Haferkamp, A. see Badawi, J.K. Haferkamp, A. & Bross, S. Relaxant effects of B-adrenergic Hansen, M.B. see Larsen, R. agonists on porcine and human detrusor muscle, 151 Harber, M. see Gallagher, P. Bal, M.P., de Vries, W.B., van der Letj, F.R., van Oosterhout, Harris, B.A. The influence of endurance and resistance exercise M.F.M., Baan, J., van der Wall, E.E., van Bel, F. & Steendijk, on muscle capillarization in the elderly: a review, 89 P. Left ventricular pressure-volume relationships during Hatzinger, M. see Badawi, }.K. normal growth and development in the adult rat — studies in Henriksson, ]. & Knol, M. A single bout of exercise is 8- and 50-week-old male Wistar rats, 181 followed by a prolonged decrease in the i1n terstitial Balakrishnan, S. see Subramani, S. glucose concentration in skeletal muscle, 31‘l 3 Barontini, M. see De Luca Sarobe, V. Henriksson, J. see Bie, P. van Bel, F. see Bal, M.P. Holstein-Rathlou, N.-H. see Sandgaard, N.C.F. Bentley, L.F. & Lehman, S.L. Doublets and low-frequency Huey, K.A., Hyatt, J.-P.K., Zhong, H. & Roy, R.R. Effects of fatigue in potentiated human muscle, 51 innervation state on Hsp25 content and phosphorylation in Benyamin, Y. see Vermaelen, M. inactive rat plantaris muscles, 219 Bhuiyan, Z.A. see Amin, A.S. Hughes, S.M. see Bruusgaard, J.C. Bie, P., Henriksson, ]., Skott, O., Hultborn, H. & van der Hultborn, H. see Bie, P. Vusse, G. Editorial, 1 Hyatt, ].-P.K. see Huey, K.A. Bie, P. see Sandgaard, N.C.F. Hyyppa, S. see Kaikkonen, M. Bindslev, N. see Larsen, R. Blomstrand, I a Moller, x. Secher, N.H. & Nybo, EJ ffect of Ibarra, F.R. see De Luca Sarobe, \ carbohydrate ingestion on brain exchange of amino acids lemitsu, M., Maeda, S., Miyauchi, T., Matsuda, M. & Tanaka, during sustained exercise in human subjects, 203 H. Gene expression profiling of exercise-induced cardiac Borge, B. \. Sé¢ Iversen, V.V. hypertre yphy in rats, 259 Brack, A.S. see Bruusgaard, J.C. lemitsu, M. see Maeda, S. Bross, S. see Badawi, }.K. Iversen, V.V., Nedrebo, T., Borge, B.A., Salvesen, G.S. & Bruusgaard, ].C., Brack, A.S., Hughes, $.M. & Gundersen, K. Reed, R.K. Platelet activating factor (PAF) increases plasma Muscle hypertrophy induced by the Ski protein: protein extravasation and induces lowering of interstitial cyto-architecture and ultrastructure, 141 fluid pressure (P¢) in rat skin, 5 arranza, A. see De Luca Sarobe, V. Jakubowska, K. see Safranow, K. hlubek, D. see Safranow, K. Jesmin, S. see Maeda, S. hopard, A Vermaclen, M. Jorgensen, F. & Kroese, A.B.A. lon channel regulation of the hristoffel, S. see Reinsberg, J. dynamical instability of the resting membrane potential in ode, L.M. see Rush, |.W.E. saccular hair cells of the green frog (Rana esculenta), 271 reer, A. see Gallagher, P. Jyoti, T. see Subramani, S. De Luca Sarobe, V., Nowicki, $., Carranza, A., Levin, G., Kaikkonen, M. & Hyyppa, S. Comparison on plasma caesium Barontini, M., Arrizurieta, E. & Ibarra, F.R. Low sodium kinetics in goats and horses with special emphasis on intake induces an increase in renal monoamine oxidase exercising horses, 335 activity in the rat. Involvement of an angiotensin II Karachentseva, O.V., Yartsev, V.N., Dvoretsky, D.P. & dependent mechanism, 161 Zhdanova, I.V. Melatonin-evoked potentiation of the Diemunsch, P. see Zoll, }. juvenile rat tail artery neurogenic reactivity depends on Doolette, D.J., Upton, R.N. & Grant, C. Countercurrent degree of the change in the reactivity, 99 compartmental models describe hind limb skeletal muscle Knol, M. see Henriksson, | helium kinetics at resting and low blood flows in sheep, 109 Kroese, A.B.A. see Jorgensen, F. Doutreleau, S. see Zoll, J. Kumar, A. see Reinsberg, J. Dvoretsky, D.P. see Karachentseva, O.V. Larsen, R., Hansen, M.B. & Bindslev, N. Duodenal secretion in Favre-Juvin, A. see Verges, S. humans mediated by the EP4 receptor subtype, 133 Flore, P>. see Verges, S. Laughlin, M.H. & Vornanen, M. Editor’s Choice, 257 © 2005 Scandinavian Physiological Society Author index Lehman, S.L. see Bentley, ; Sathishkumar, S. see Subramani, S. van der Leij, F.R. see Bal, M.P Secher, N.H. see Blomstrand, E. Lepers, R. see Sarre, G. Serrao, P. see Soares-da-Silva, P. Levin, G. see De Luca Sarobe, V Sheel, A.W. see Nilsson, H. Lévy, P. see Verges, S. Skott, O. see Bie, P. Listewnik, M.]. Safranow, K. Soares-da-Silva, P., Serrao, P., Fraga, S. & Pinho, M.J. Expres Lunderen. O Gustafsson, L.I sion and function of LAT1, a neutral amino acid exchanger, in renal porcine epithelial cell line LLC-PK,, 71 MacLean, D.A. see Rush, ].W.E Steendijk, P. see Bal, M.P Maeda, S., lemitsu, M., Jesmin, S. & Miyauchi, T Subramani, S., Balakrishnan, S., Jyou, T., Sathishkumar, S.., \cute exercise causes an enhancement of tissue Mohammed, A.A., Arasan, S. & Vijayanand, ¢ Force—fre renin—angiotensin system in the kidney in rats, 79 quency relation in frog-ventricle is dependent on the Maeda, S lemitsu, M. direction of sodium/calcium exchange in diastole, 193 Mandros, ¢ Tzelepis, G.E. Szokodi, T. see Ashton, N. Marini, J.-I Vermaelen, M Matsuda, M lemitsu, M. Tan, H.L. see Amin, A.S. Mazzetti, S Gallagher, P. Tanaka, H. see lemitsu, M. Mazzucotelli, | P S€¢ Zoll, a Tesch, P. see Gallagher, P Mercier, J Vermaelen, M. Toyoda, Y. see Yoshimura, A. Mettauer, B. se Zoll, |. Trappe, S. see Gallagher, P Michel, M.S Badawi, J.K. Trappe, T. see Gallagher, P. Miyauchi, J lemitsu, M. lzelepis, E. see Tzelepis, G.F. Miyauchi, 7 Maeda, S. Tzelepis, G.E., Zakynthinos, S., Mandros, C., Tzelepis, I Mogensen, M. & Sahlin, K. Mitochondrial efficiency in rat & Roussos, C. Respiratory muscle performance with skeletal muscle: influence of respiration rate, substrate and stretch-shortening cycle manoeuvres: maximal inspiratory muscle type, 229 pressure—flow curves, 251 Mohammed, A.A Subramani, S. Moller, K Blomstrand, E. Uecelehan, H. see Badawi, ].K. Murakami, 7 Yoshimura, A Upton, R.N. see Doolette, D.J. Nedrebo, c Iversen, V \ ° van der Ven, H. see Reinsberg, J. Nilsson, H. & Sheel, A.W. Editor’s Choice Venosa, R.A. Protein kinases A and C stimulate the Nowicki, S De Luca Sarobe, V. Na’ active transport in frog skeletal muscle without an Nybo, I Blomstrand, E. appreciable change in the number of sarcolemmal Na” pumps, 329 Olszewska, \MA Safranow, K. Verges, S., Flore, P., Favre-Juvin, A., Lévy, P. & Wuvam, B van Oosterhout, M.F.M. see Bal, M.P. Exhaled nitric oxide during normoxic and hypoxic exercise in endurance athletes, 123 Pinho, M.] Soares-da-Silva, P. Verkerk, A.O. see Amin, A.S. Piquard, I Zoll, J. Vermaelen, M., Marini, J.-F., Chopard, A., Benyamin, Y Mercier, J. & Astier, C. Ubiquitin targeting of rat muscle Ponsot, | Ce Zoll, | proteins during short periods of unloading, 33 Vijavanand, C. see Subramani, S Rac, M.I Safranow, K. Vornanen, M. see Laughlin, M.H Reed, R.K Iversen, V.V. de Vries, W.B. see Bal, M.P. Reinsberg, ]., Christoffel, S., Kumar, A. & van der Ven, H. van der Vusse, G. see Bie, P. Escherichia « derived factors modulate human granulosa cell steroidogenesis, 303 Roussos, ( ['zelepis, G.E. van der Wall, E.E. see Bal, M.P. Roy, R.R. see Huey, K.A. Wilde, A.A.M. see Amin, A.S Rush, J.W.E., Green, H.J., MacLean, D.A. & Code, L.M. Wuyam, B. see Verges, S. Oxidative stress and nitric oxide synthase in skeletal muscles of rats with post-infarction, compensated chronic heart Yartsev, V.N. see Karachentseva, O.V. failure, 211 Yoshimura, A., Toyoda, Y., Murakami, T., Yoshizato, H., Rzeuski, R. see Safranow, K. Ando, Y. & Fujitsuka, N. Glycogen depletion in intrafusal fibres in rats during short-duration hig intensity treadmill Safranow, K., Rzeuski, R., Listewnik, M.J., Jakubowska, K., running, 41 Rac, M.E., Olszewska, M. & Chlubek, D. Myocardial and Yoshizato, H. see Yoshimura, A coronary sinus purines as indicators of pig heart energy metabolism during reperfusion after extracorporeal Zakynthinos, S. see Tzelepis, G.E. circulation, 13 Zhdanova, I.V. see Karachentseva, O.V. Sahlin, K. see Mogensen, M. Zhong, H. see Huey, K.A. Salvesen, G.S. see Iversen, V.V. Zoll, J., Ponsot, E., Doutreleau, S., Mettauer, B., Piquard, F., Sandgaard, N.C.F., Andersen, J.L., Holstein-Rathlou, N.-H. & Mazzucotelli, ].P., Diemunsch, P. & Geny, B. Acute myo Bie, P. Saline-induced natriuresis and renal blood flow cardial ischaemia induces specific alterations of ventricular in conscious dogs: effects of sodium infusion rate and mitochondrial function in experimental pigs, 25 concentration, 2257 Sarre, G. & Lepers, R. Neuromuscular function during prolonged pedalling exercise at different cadences, 321 346 © 2005 Scandinavian Physiological Society Acta Physiol Scand 2005, 185, 347-348 Subject index 4-acetamido-4’-isothiocyanostilbene-2,2’-disulfonic acid, : acid, 25 133 fatty acid oxidation, 229 acetazolamide, 133 fibre type, 61 acidosis, 99 force frequency relation, 193 active propulsion, 171 force—velocity, 251 ageing, 89 frog-ventricle, 193 aldosterone, 23 alkalosis, 99 gas exchange, 123 amino acid exchanger, 71 gases, 109 angiotensin converting enzyme, 79 gene mutation, 291 angiotensin II, 79, 161, 237 glucose, 73114132 angiotensinogen, 79 glycogen depletion, 41 < antioxidant enzyme, 211 gl ycogen synthase kinase-3), 259 arrhythmias, 291 goats, 335 athletes, 123 ATPase, 329 hair cell, 271 atrophy, 33 heart failure, 211 heart-to-body weight ratio, 181 beta-adrenoceptor, 151 heat shock protein 25, 219 beta-agonist, 151 High Performance Liquid Chromatography, 5 jails 49 ' ; biography, 171 high-performance liquid chromatography, 13 biopsy, 89 histology, 89 blood, 335 history, 171 blood flow, 313 horses. 335 brain, 203 human, 151 Brugada syndrome, 291 hypoxia, 123 butaprost, 133 inactivity, 89, 219 -aesiuMm, 99 inflammation, 5 -alcineurin-inhibitor, 259 intrafusal fibres, 41 -alcium-handling, 193 n-vitro. 303 capillaries, 89 ion selectivity, 291 -ardiac muscle, 193 ischaemia, 25 -ardiac sodium channel, 291 cardioplegi; a, l 3 : L AT1, 71 cardiopulmonary bypass, 13 left ventricle, 259 catecholamines, 151 leucine, 71 conducting pore, 291 LLC-PK, cells, 71 contractility, 181 low sodium intake, 161 creatine kinase, 25 low-frequency fatigue, 51 c“y| cl= ingc,v 3392 1 ]l ymph, 177 1 lymphatics, 171 decompression, 109 denervation, 219 melatonin, 99 detraining, 89 , membrane potential, 27 detrusor relaxation, 151 microdialysis, 5, 313 diphenylamine-2-carboxylate, 133 microgravity, 61 dopamine, 161 mitochondria, 25, 141, 229 dynamaic autoregsiuil ation,» 29 37 modifieidr-e Ussing chamber, 13o3s muscle, 141, 321 electrical field stimulation, 99 aa - muscle fatigue, 51 elecjottrheolmiyn-o1g.r am2,5 9 2392 1 muscle f-i bre type, 229 enda;o tmeln-i, 9 25 324 myocardial inf-a rction, 25= endurance, _5? IZ myocardium, 132 energetic efficiency, 229 energy metabolism, 13 329 exercise, 123, 203, 313, 335 Na /K > Na(+)-K(+)-exchanging ATPase, 335 exercise training, 259 nitric oxide, 123, 211 exercise-induced hypoxaemia, 123 tlul 313 noradrenaline, 99 extracellular space, 1D © 2005 Scandinavian Physiological Society Subject index normalization, 181 redox signalling, 211 nuclear domains, 141 renal dopamine, 161 renal monoamine oxidase, 161 oestradic yl, 303 renin activity, 237 1-OH prostaglandin E,, 133 reperfusion, 13 optical density, 41 resistance training, 89 8 “ee organ bath, 151 respiratory muscles, 251 ovarian function, 303 oxidative phosphorylation, 229 sacculus, 271 oxygen uptake, 321 sarcoplasmic reticulum, 141 oxygen utilization, 229 SCN5A, 291 sickness, 109 pelvic inflammation, 303 skeletal muscle, 219, 313, 329 permeability, 5 skeletal slow or fast muscles, 33 pharmacokinetics, 109 ski, 141 phosphorylation, 219 smooth muscle, 151 pig, 13, 151 sodium current, 291 platelet activating factor, 5 sodium excretion, 161 post exercise recovery, 31 3 sodium—calcium exchanger, 193 potassium, IID spinal cord isolation, 219 : potassium channels 271 substrate oxidation, 25 a potentiation, 51 sulprostone, 133 power, 251 pressure—flow, 251 transit time ultrasound flow probes, pressure—volume relations, 181 treadmill running, 41 progesterone, 303 tryptophan, 203 prostaglandin | protein kinases ubiquitin, 33 protein kinases C, unloading, 61 proteolysis, 33 purines, 13 ventricular function, 181 voltage fluctuation, 271 rat tail artery, 99 reactive oxygen species, 211 weightlessness, 61 recruitment, 41 redistribution of blood flow, 79 z-disc, 141 © 2005 Scandinavian Physiological Society