Acta Physiol 2006, 188, 233-234 Author index Ahlsén, M. see Kramer, D.K. Hafting, T., Haug, T.M., Ellefsen, S. & Sand, O. Hypotonic Ajisaka, R. see Otsuki, stress activates BK channels in clonal kidney cells Arbo, I. see Kemi, OF: via purinergic receptors, presumably of the P2yY, Armentano, R.L. see Cabrera Fischer, E.I. subtype, 2 Haga, S. see Ikeda, S Backstrém, T. see Wang, M.-D. Hageman, K.S. see Ferreira, L.F. Balogh, A. see Fiilop, L. Hahn, S.A. see Ferreira, L.F. Banyasz, T. see Fiil6p, L. Haug, T.M. see Hafting, T. Bhattacharya, J. see Lundberg, J. Hitomi, Y. see Ikeda, S. Bia, D. see Cabrera Fischer, E.I. Hjeltnes, N. see Kramer, D.K. Bianchi, R. see Romagnoli, | Hogan, M.C. & McGuigan, M. Editor’s Choice, 1 Bie, P. see Gammelgaard, I. Hoydal, M.A. see Kemi, O.J. Bird, T. see Fulop, eo Boonyarom, O. & Inui, K. Atrophy and hypertrophy of Iemitsu, M. see Otsuki, T skeletal muscles: structural and functional aspects, — S., Kawamoto, H., Kasaoka, K., Hitomi, Y., Kizaki, Bruce, S.A. see Onambele, G.N.L. , sankai, Y., Ohno, H., Haga, S.p em ito T. Muscle Buus, N.H. see Mathiassen, O.N. on specific response of PGC-1«% and oxidative enzymes during voluntary wheel running in mouse skeletal muscle, Cabrera Fischer, E.1., Bia, D., Camus, J.M., Zocalo, Y., de 217 Forteza, E. & Armentano, R.L. Adventitia-dependent Inagaki, M. see Naito, Ee: mechanical properties of brachiocephalic ovine arteries in Inui, K. see Boonyarom, O. in vivo and in vitro studies, 103 Ishikawa, S. see Naito, T. Camus, J.M. see Cabrera Fischer, E.I. Cannon, J., Kay, D., Tarpenning, K.M. & Marino, F.E. Jansson, E. see Kramer, D.K. Normalized lengthening peak torque is associated with Johnsson, E. see Ewert, S. temporal twitch characteristics in elderly women but not young women, bs. Kamata, K., Satoh, T., Matsumoto, T., Noguchi, E., Cch ristensen, K.L. see Mathiassen, O.N. Taguchi, K..K obayashi, T., Tanaka, H. & Shigenobu, K. Enhancement of methoxamine-induced contractile Ebert, B. & Koivisto, A.-P. Editors Choice, 151 responses of rat ventricular muscle in streptozotocin- Edebo, A. see Ewert, S. induced diabetes is associated with %,, adrenoceptor oude Egbrink, M. see Snoeckx, L.H.E.H. upregulation, 173 Ellefsen, S. see Hafting, T. Kasaoka, K. see Ikeda, S Ellingsen, ©. see Kemi, O,J. Kawamoto, H. see Ikeda, S Ewert, S., Spak, E., Olbers, T., Johnsson, E., Edebo, A. & Kay, D. see Cannon, J. Fandriks, L. Angiotensin I induced contraction of rat and Kemi, O.J., Arbo, I., Hoydal, M.A., Loennechen, J.P., human small intestinal wall musculature in vitro, 33 Wisloff, U., Smith, G.L. & Ellingsen, O. Reduced pH and contractility in failing rat cardiomyocytes, 185 Fandriks, L. see Ewert, S. Kizaki, T. see Ikeda, S. Ferreira, L.F., Hageman, K.S., Hahn, S.A., Williams, J., Kobayashi, T. see Kamata, K. Padilla, D.J., Poole, D.C. & Musch, T.I. Muscle Koivisto, A.-P. see Ebert, B. microvascular oxygenation in chucaic heart failure: role of Kramer, D.K., Ahlsén, M., Norrbom, J., Jansson, E., nitric oxide av ailability, 3 Hjeltnes, N., Gustafsson, T. & Krook, A. Human skeletal de Forteza, E. see Cahiers Fischer, E.I. muscle fibre type variations correlate with PPAR«, PPARO and PGC-1a mRNA, 207 Fukue, M. see Naito, T Krook, A. see Kramer, D.K. Filép, L., Banyasz, T., Szabo, G., Toth, I.B., Bird, T., Lorincz, I., Balogh, A., Peto, K., Mik6, I. & Nanasi, P.P. Lanini, B. see Romagnoli, I Effects of sex hormones on ECG parameters and Larsen, M.L. see Mathiassen, O.N. expression of cardiac ion channels in dogs, 163 Loennechen, J.P. see Kemi, O.J. Lorincz, I. see Fiil6p, L. Gammelgaard, I., Wamberg,S . & Bie, P. Systemic effects of Lundberg, J. & Bhattacharya, J. Editor’s Choice, angiotensin III in conscious dogs during acute double blockaofdt ehe renin— angiotensin—aldosterone-system, 129 McGuigan, M. see Hogan, M.C. Gavin, T.P., Westerkamp, L.M. & Zwetsloot, K.A. Soleus, Maeda, S. see Otsuki, T. plantaris and gastrocnemius VEGF mRNA responses to Marino, F.E. see Cannon, J. hypoxia and exercise are preserved in aged compared with Mathiassen, O.N., Buus, N.H., Olsen, H.W., Larsen, M.L., young female C57BL/6 mice, 113 Mulvany, M.J. & Christensen, K.L. Forearm Gigliotti, F. see Romagnoli, I plethysmograp! ny in the assessment of vascular tone and Gorini, M. see Romagnoli, I resistance vasculature design: new methodological Grazzini, M. see Romagnoli, I insights, 91 Gustafsson, T. see Kramer, D.K. Matsumoto, T. see Kamata, K. Author index Metzger, I.F., Sertorio, J.T.C. & Tanus-Santos, J.E. Satoh, T. see Kamata, K. Relationship between systemic nitric oxide metabolites Scano, G. see Romagnoli, I. and cyclic GMP in healthy male volunteers, 123 Sertorio, J.T.C. see Metzger, LF. Miko, L. s¢ 6p, L. Shigenobu, K. see Kamata, K. Miyauchi, T. see Otsuki, T. Smith, G.L. see Kemi, OJ. Mulvany, M.J. see Mathiassen, O.N. Snoeckx, L.H.E.H., oude Egbrink, M. & van der Vusse, G.J. Musch, T.I. see Ferreira, L.F. Letter to the editor: Workshop on ‘Innovative methods in teaching physiology. Experiences with problem-based Naito, T., Ozawa, Y., Tomoyasu, M., Inagaki, M., Fukue, learning’ at the joint meeting of the German Physiological M., Sakai, M., Yamamoto, T., Ishikawa, S. & Onizuka, M. Society and the Federation of European Physiological New method for evaluation of lung lymph flow rate with Societies, 225 intact lymphatics in anaesthetized sheep, 139 Spak, E. see Ewert, S. Nanasi, P.P. see Fiilop, L. Stendardi, L. see Romagnoli, I. Noguchi, E. see Kamata, K. Szabo, G. see Fiil6p, L. Norrbom, J. see Kramer, D.K. Taguchi, K. see Kamata, K. Yhno, H. see Ikeda, S. Takemasa, T. see Ikeda, S. bers, T. see Ewert, S. Tanaka, H. see Kamata, K. Yisen, H.W. see Mathiassen, O.N. Tanimura, Y. see Otsuki, T Jnambele, G.N.L., Bruce, S.A. & Woledge, R.C. Oestrogen Tanus-Santos, J.E. see Metzger, IF. status in relation to the early training responses in human Tarpenning, K.M. see Cannon, J. thumb adductor muscles, 41 Tomoyasu, M. see Naito, T. Ynizuka, M. see Naito, T. Toth, I.B. see Flop, L. tsuki, T., Maeda, S., Iemitsu, M., Saito, Y., Tanimura, Y., \jisaka, R. & Miyauchi, T. Contribution of systemic arterial van der Vusse, G.J. see Snoeckx, L.H.E.H. compliance and systemic vascular resistance to effective arterial elastance changes during exercise in humans, 15 Wamberg, S. see Gammelgaard, I. Ozawa, Y. see Naito, T. Wang, M.-D., Rahman, M., Zhu, D. & Backstrém, T. Pregnenolone sulphate and Zn>* inhibit recombinant rat Padilla, D.J. see Ferreira, L.F. GABAag receptor through different channel property, 153 Peto, K. see Fiil6p, iA Westerkamp, L.M. see Gavin, T.P. Poole, D.C. see Ferreira, L.F. Williams, J. see Ferreira, L.F. Wisloff, U. see Kemi, O.J. Rahman, M. see Wang, M.-D. Woledge, R.C. see Onambele, G.N.L. Romagnoli, I., Gorini, M., Gigliotti, F., Bianchi, R., Lanini, Woodard, G.E., Zhao, J. & Rosado, J.A. Different effect of B., Grazzini, M., Stendardi, L. & Scano, G. Chest wall ATP on ANP receptor guanylyl cyclase in spontaneously kinematics, respiratory muscle action and dyspnoea hypertensive and normotensive rats, 195 during arm vs. leg exercise in humans, 63 Rosado, LE \. see Woodard, G.E. Yamamoto, T. see Naito, T. Saito, Y. see Otsuki, T. Zhao, J. see Woodard, G.E. Sakai, M. see Naito, T. Zhu, D. see Wang, M.-D. Sand, O. see Hafting, T. Zocalo, Y. see Cabrera Fischer, E.I. Sankai, Y. see Ikeda, S. Zwetsloot, K.A. see Gavin, T.P. Acta Physiol 2006, 188, 235-236 Subject index acute aerobic exercise, 113 acute hypoxia, 113 intra-arterial pressure, ‘ adductor pollicis, 41 ion channels, 163 adenosine triphosphate, 21 isometric force, 41 adventitial function, 103 isoproterenol, 173 ageing, 53, 113 aldosterone secretion, 129 kidney, 21 AngII, 129 knee extensor, 53 angiotensin receptors, 33 ANP, _28, 195 leg exercise, 63 antinatriuresis, 129 lung lymph, 139 arm exercise, 63 arterial buffering function, 103 metabolic clearance rate, 129 arterial conduit function, 103 methoxamine, 173 ATP, 195 microcirculation, 3 ATPyS, 195 minimum vascular resistance, 91 atrophy, 77 muscle cross-sectional area, 41 myocytes, 185 BK, 21 blood pressure, 15 Na’ /H" exchanger-1, 185 neuromuscular factors, 53 Ca? 2 nitrate, 123 cardiac, 185 nitric oxide, 123 cardiac output, 15 nitrite, 123 caudal mediastinal node, 139 normalized torque, 53 cell volume, 21 chest wall kinematics, 63 oestrogen, 41 contractility, 185 oxygen delivery, 3 contraction, 33, 173 oxygen uptake, 32 cyclic GMP, 123 papillary muscle, 173 diabetes, 173 peak torque, 53 dofetilide, 163 pentobarbital, 153 dyspnoea, 63 PGC-1a, 217 pH, 185 eccentric contractions, 53 pregnenolone sulphate, 153 elastic modulus, 103 pulmonary oedema, 139 electrocardiography, 163 purinergic receptors, 21 electromyography, 53 P2Y receptors, 21 exercise, 3 exercise training, 207 renal glomeruli, 195 renin-angiotensin system, 33 fibre type, 207 repolarization reserve, 163 first dorsal interoseus, 41 reproducibility, 91 forearm blood flow, 91 respiratory muscles, 63 functional change, 77 resting vascular resistance, 91 GABA, 153 sex hormones, 163 GABAag receptor, 153 skeletal muscle, 3, 217 gender, 163 small intestine, - ”~ ~9 gene expression, 207 smooth muscle, 3~a 3 spinal cord injury, 207 heart, 173 spontaneously hypertensive rats, heart failure, 185 streptozotocin, 173 heart rate, 15 stretch force, 41 hypertension, 129 stroke volume, 15 hypertrophy, 77 structural change, 77 Subject index thoracic duct, 139 venous pressure, 91 time-course, 173 ventricular repolarization, 163 training, 41 Vero cells, 21 twitch contractile properties, 53 viscous modulus, 103 twitch interpolation, 41 wheel running, 217 WKY, 195 _ ultrasound transit-time flow meter, 139 vascular endothelial growth factor, 113 Zax>, ¥55 venous occlusion plethysmography, 91