Table Of Content

icksberg, M.R. \kima, H., Kubo, Iding, S. see Mohan, Gunji, A. & Fukur soodman, ( resistance tra Grassi, B., Mognoni, lower | Marconi, C. & Cerret \kivama, ’ SU5U m witt stimulation a cat, Andersen, O.K. Hansell, P. \rthur, P.C ¥. I lansen, P.( ). Harmer, A.R. Bengtsson, U. > n, M. Berndt, T.J. Kompan 1, W. : Berne, C. see Sarabi, M. Hon, J.K.F., Steendijk, P., Khar mg. K. & Yacoub, M. Besnard, N., Horne, I \cute effects « ulmonary artery ban rin sheep on and lipopolysaccharid right ventricle pressure—volume relations: relevance to the itresia in rat ovat arterial switch operation, Bhattacharya, S. Horne, E.A.L. see Besnard, N. 3inder-Macleod, S.A. & Scott, W.B. Comparisor Horton, M.J. re Sciote, J.J. produced by various electrical Huct -t-Cadiou, C. Léotv,1 C. Bryant, G.]. Thom, J|.M I fultkvist Bengtsson, U. see Sababi, M. Hunter, S.K. see Thom, J.M. Cerretelli, P. Grassi, B \kima, H. Choisy, S$ Léoty, C. Oishi. y Christmass, M.A., Dawson, B., Goodman, C. & P.G. Brief intense exercise followed by passive Janse De Jonge, X.A.K. Thom, |.M. modifies the Mellander, A. sequent sustain TS. Isen, AJ. Leichtweis, S. Dawson, B. Christmass, M.A. nsson, B.-L. see Fernqvist-Forbes, I Doolette, D.J., Upton, R.N. & Zheng, D. tissue equ and arteriovet 1 hisa, H. se describi}e skeietal muscie nitrous Oxide Kinetics at 1ehisa, H. low blood flows tn rlstr6m, B. S: Kawakami, Y. see Fukunaga, T. .dgerton, V.R. 5 Khan, H. see Hon, J.K.P. dman, K.A.P. s Knox, F.G. see Kompanowska-Jezierska, E. Itayb, A., Lindblom, S., Oerther, S$. & Ahlenius, S Kompanowska-Jezierska, E.., Berndt, T.J. & Knox, F.G. \dditive hypothermic effects of the 5-HT re Prostaglandin E> concentrations in rat cortical and agonist 8-OH-DPAT and the dopamine D medullary interstitium: effect of volume expansion and agonist 7-OH-DPAT in the rat, 205 renal perfusion pressure, 287 iriksson, M.J. see Fernqvist-Forbes, I Koskinen, S.O.A. see Ahtikoski, A.M Kouzaki, M. see Fukunaga, T. ‘asching, A. see Odlind, C Kovanen, V. see Ahtikoski, A.M. Fernqvist-Forbes, E., Johansson, B.-L. & Eriksson, Kubo, K. see Akima, H. Effects of C-peptide on forearm bli od flow artery dilatation in patients with type | diabetes 1 Leichtweis, S & Ji, L.L. Glutathione deficiency intensifies 159 ischaemia-reperfusion induced cardiac dysfunction and ‘onda, J.S. see Thom, J.M. oxidative stress, 1 ‘ugmann, A. see Sarabi, M. Léotv, C., Huchet-Cadiou, C., Talon, S., Choisy, S. & ‘ukashiro, S., Noda, M. & Shibavama, A. /n Hleihel, W. Caffeine stimulates the reverse mode of nation of muscle viscoelasticity in the human leg, Na /Ca~” exchanger in ferret ventricular muscle, Fukunaga, T. Editorial, 239 Lind, L. see Sarabi, M. Fukunaga, T. see Akima, H. Lindblom, S. see Eltayb, A. Fukunaga, T. see Nakazawa, K. Liss, P. see ( Ydlind, c.. \uthor index Sarabi, M. Scott, W.B. see Binder-Macleod, S.A. n, Y.-B. Sen, N., Glucksberg, M.R. & Bhattacharya, S. 5-Hydroxy- tryptamine-induced microvascular pressure transients in Force—length characteristics of lungs of anaesthetized rabbits, 81 279 Shibayama, A. Fukashiro, S. Grassi, B. Sjévall, H. se Mellander, A. Grassi, B. Song, X., Vaage, J. & Valen, G. The role of neuronal nitric Thomson, C.E. & McKinley, M.J. Influence oxide synthase in ischaemia—reperfusion injury of the water-loading on renal sodium excretion and isolated mouse heart, 291 r intake following feeding in sheep, 149 Stauber, W.T. see Willems, M.E.T. Matsumoto, H. see Oishi, Y. Steendijk, P. Hon, J.K.F. Mattiotti, S. Grassi, B. Sun, Y.-B., Lou, F. & Edman, K.A.P. 2,3-Butanedione McKinley, M.J. see Mathai, M.L. monoxime increases speed of relaxation in single muscle Mellander, A., Jarbur, K., Hemlin, M. & Sj6vall, H. Effects fibres of frog, 53 of motility on epithelial transport in the human Suzuki, Y. see Akima, H. descending duodenum, 69 Mivatani, M. Fukunaga, T. Tachi, M. see Fukunaga, T. Moenoni, P. see Grassi, B. Takala, T.E.S. \htikoski, A.M. Mohan, R.M., Golding, S. & Paterson, D.J. Intermittent Talmadge, R.J. see Oishi, Y. hypoxia improves atrial tolerance to subsequent anoxia Talon, >, Se¢ Léoty . & ind reduces stress protein expression, 89 Taniguchi, K. see Oishi, Y. Terkelsen, A.J., Andersen, O.K., Hansen, P.O. & Jensen, Nakazawa, K., Yamamoto, S.-1., Ohtsuki, T., Yano, H. & T.S. Effects of heterotopic- and segmental counter Fukunaga, T. Neural control: novel evaluation of stretch stimulation on the nociceptive withdrawal reflex in reflex sensitivity, 257 humans, 211 Noda, M. see Fukashiro, S. Thom, J.M., Thompson, M.W., Ruell, P.A., Bryant, G.]., Fonda, J.S., Harmer, A.R., Janse De Jonge, X.A.K. & Odlind, C., Fasching, A., Liss, P., Palm, F. & Hansell, P. Hunter, S.K. Effect of 10-day cast immobilization on Changing dopaminergic activity through different path- sarcoplasmic reticulum calcium regulation in humans, ways: consequences for renal sodium excretion, regional 141 blood ow and oxvgen tension in the rat, 219 Thompson, M.W. see Thom, J.M. Oerther, S. se Eltayb, 4A . Thomson, C.E. see Mathai, M.L. Ohira, Oishi, Y. Ohtsuki, T. Nakazawa, Kk. Upton, R.N. see Doolette, D.J. Oishi, Y., Ishihara, A., Talmadge, R.J., Ohira, Y., Taniguchi, K., Matsumot », H., Roy, R.R. & Edgerton, V.R. Vaage, J. see Song, X I xpression oT hea , shock protein 72 in atrophied rat Valen, G. see Song, X. ‘3 keletal muscles, 1 Virtanen, P. see Ahtikoski, A.M. Palm, F. see Odlind, ¢ Whitehead, S.A. see Besnard, N. Pascoe, G. Sciote, }.]. Widegren, U., Ryder, J.W. & Zierath, J.R. Mitogen-activated Paterson, D.]. protein kinase signal transduction in skeletal muscle: effects of exercise and muscle contraction, 227 Roy, R.R. Vishi, Y. Willems, M.E.T. & Stauber, W.T. Force deficits after Ruell, P.A. Thom, J.M. repeated stretches of activated skeletal muscles in female Ryder, ].W. see Widegren, | and male rats, 63 Wong, K. see Hon, J.K.F. Sababi, M., Hultkvist Bengtsson, U. Enhanced intestinal motilit fluences absorption in anaesthetized rat, 115 Yacoub, M. see Hon, J.K.F. Sarabi, M., Fugmann, A., Karlstr6m, B., Berne, C., Lithell, H. & Yamamoto, S.-I. 5 Nakazawa, K. Lind, L. An ordinary mixed meal transiently impairs endo Yamazaki, T. see \kivama, T. thelium-dependent vasodilation in healthy subjects, 107 Yano, H. see Nakazawa, K. Sciote, J.J., Horton, M.J., Zyman, Y. & Pascoe, G. Differ ential effects of diminished oestrogen and androgen levels Zheng, D. see Doolette, D.J. on development of skeletal muscle fibres in hypogonadal Zierath, |.R. see Widegren, | 17 mice, 1/9 Zyman, Y. see Sciote, J.J. avian Physiological Society Subject index receptors, 205 ibs rptic ny, l | 5 acivicin, | inaesthetized cat, 11 androgen, 179 velocity relation, 53 ingiotensin, 149 free vibration technique, 241 inrep effect, 97 nctional electrical stimulation, 195 ipoptosls, 7 beta vasopressin arterial dilation, 159 S97 1 arterial switch operati thione, | atria, 59 rvl trinitrate, 159 ‘ - —— trop|h y, 1OSa Ceus, | BDM, 53 shock { d1C arb mate absorpti eterotopit ¢ t ood flow, 107 nd limbif unloadin: ~~ buthionine [S,R] sulphoxir nd limb muscles, 63 ymeometric autoregula 70. RO transient, 53 _ 89 calcium ATPase, 1 1an C-peptide, 15 ilcium release, 141 Iman quadriceps muscle, 195 calcium uptake, 141 iman triceps surae, 241 car2 bonydraat e 279 iman, 269° cardiac ganglia, 11 imans, 211 cardiomyoplast droxyproline, 131 carnitine, 39 pogonadism, 179 chloride secretion, 69 povolaemia, 149 chronic hypoxia, 189 poxia/anoxia, 89 cé Id pressor test, 21 l collagen, 131 mobilization, 131, 141 compensatory vasodilat ictivity, 269 computer-assisted nut nsulin-dependent diabetes mellitus, 159 COMT, 219 itermittent exercise, 39 »nductance testinal motility, 69 naemia-reperrmusion injury, <V O )] i yrque, 249 denervation, 12 dextran, 149 ctate paradox, 189 diffusion, 167 eft ventricle, 11 L-dopa, 219 ipids, 107 dopamine D popolysaccharide, 17 dopamine, 219 sodium contracture, 27 doublets, 195 ing micropuncture, 81 duodenum, 69, 115 macrophages, 17 ; eccentric contraction, nagnetic resonance imaging, 269, 279 ejection fraction, 159 mammalian heart, 27 elbow muscles, 257 netabolism, 39 electrical stimulation, 279 methylxanthine, 27 endothelial function, 159 nicrodialysis, 11 endothelium, 107 mitogen-activated protein kinase, 227 end-systolic pressure—volume relation, 97 nixed meal, 107 exercise, 227 nonoamine oxidase, 219 extracellular signal-regulated kinase, 227 motility, 115 Subject index mRNA, 131 renal cortex, 287 muscle contraction, 227 renal medulla, 287 muscle damage, 63 renin, 149 muscle fatigue, 195 right ventricular function, 97 muscle size, 269 muscle strength, 141 sarcomere, 279 muscle stretch, 257 sarcoplasmic reticulum, 141 muscle volume, 249 segmental pressures, 81 myocardial infarction, 291 servonull method, 81 myocardial ischaemia-reperfusion, | sheep, 167 myosin, 179 skeletal muscle, 53, 131, sodium absorption, 69 neuronal nitric oxide synthase, 291 sodium, 219 nitric oxide, 107, 291 soleus, 123, 22 79 nitrous oxide, 167 specific tension, 249 nociceptive withdrawal reflex, 211 square-wave current analysis, 69 stimulation frequency, 63 oestrogen, 179 stress-activated protein kinase, 227 osmoregulation, 149 stretch reflex, 257 oxidative stress, | stretch, 131 oxygen, 219 supramaximal exercise, 189 perfusion, 167 tenotomy, 123 PGE, 287 thirst, 149 t slantaris, 123 tibialis anterior, 279 Iy re- and post-ganglionic vagal nerves, 11 transposition of great arteries, 97 | oT treadmill running, 39 Is rolyl 4-hydroxylase, 131 tumour necrosis factor %, 291 Is ulmonary artery banding, 97 I sulmonary circulation, 81 ultrasonography, 257, 279 ultrasound Doppler technique, 159 pat 1150235 133 rats, 63, 205 ultrasound, 249 RBF, 219 reactive hyperaemia, 159 vasodilation, 107 recovery, 63 iscoelastic characteristics, 241 2001 Sca ndir avian Physiological Society