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Index to volume 13
Journal of Molecular and Cellular Cardiology ( 198 1) 13, 109 1- 1104
Index
to Volume
13
A high velocity impact device for obtaining multiple, contiguous, myocardial biopsies, 197 A protective effect of coenzyme Q10 on ischemia and reperfusion of the isolated perfused rat heart, 65 A variety of intercellular connections in heart muscle, 185 ABELMANN, W. H., see KINO, M., 981 Abrupt withdrawal of chronic beta-blockade: adaptive changes in cyclic AMP and contractility, 999 Acetylcholine, 349, 963 Acidic glycosaminoglycans, 28 1 __in human heart valves, 281 Acidosis, 699, 867 Actin tubes, 1081 Action potential, 349, 399, 655 Actomyosin Ca2+/Mg2+-ATPase, 753 --ATPase, 679 Acute myocardial ischaemia, 425 Acyl-CoA, 991 AD 32, 913 Adenine nucleotide depletion and resynthesis, 229 ____ translocase, 99 1 Adenosine triphosphate, 7 15 Adenyiate cyclase, 323 Adrenalectomy, 833 Adriamycin, 381, 741, 855, 913 ~ cardiotoxicity: possible pathogenic mechanisms, 381 Aftercontraction, 655 Age difference, 28 1 __ -related alterations in cardiac protein turnover, 589 Aggregates of fetal rat heart cells: electrophysiology and tetrodotoxin sensitivity, 241 Aging, 589 AHUMADA, G. G., RENNARD, S. I., FIGUEROA, A. A. AND SILVER, M. H. Cardiac fibronectin: developmental distribution and quantitative comparison of possible sites of synthesis, 667 Alcoholic cardiomyopathy, 5, 443 Alcohol-induced cardiac hemodynamic and Ca *+ flux dysfunctions are reversible, 443 D-aldosterone, 833 ALLSOPP, D., see HIGGINS, T. J. C., 599, 1027 Aminopyridine, 889 Amino acid compartmentation, 925 An ultrastructural study of calcium induced degenerative changes in dissociated heart cells, 265 ANAND-SRIVASTAVA, M. B., see DHALLA, N. S., 413 Angiotensin II, 797 Anoxia, 599 -811 __ calcium and contracture as mediators of myocardial enzyme release, 93 Antiarrhythmic drugs, 641, 1031 Arachidonate, 695 ARNIM,
T. V. AND WELMAN,
E. Propranolol
beta-adrenergic blocking and protective Arrhythmia, 75, 253, 489 Arrhythmogenesis, 699 ASHRAF, M., see MATLIB, M. A., 163 ASIMAKIS,
G. K., see SORDAHL,
in ischaemic-reperfused
working
rat heart:
dissociation
effect, 521
L. A., 525
Aspects of the mammalian cardiac sarcotubular 373 Atherosclerosis, 253 ATP, 197, 381, 599, 741, 867, 941 __ ase, 293, 303 __ depletion, 1027 __ and resynthesis, 229 __ resynthesis, 65 Atria1 automaticity, 641 __ explants, 925
system revealed by freeze fracture electron microscopy,
o[
1092 Atrium,
Index 253
AUCLAIR, M.-C., see JOURDON, P., 861 Automaticity, 349 Autonomic nerves, 2 17 Autophagic vacuoles, 37 __in heart muscle and liver. A comparative morphometric study including circadian variations in med fed rats, 37 AV node, 253 AWATA, N., see AZUMA,J., 381 AZUMA,J., SAWAMURA,A., HARADA, H., TANIMOTO,T., ISHIYAMA,T., MORITA, Y., YAMAMURA,Y. ANIJ SPERELAKIS,N. Cyclic adenosine monophosphate modulation of contractility via slow Gas+ channels in chick heart, 577 -, SPERELAKIS, N., HASEGAWA,H., TANIMOTO,T., VOGEL,S., OGURA,K., AWATA, N., SAWAMLIRA, A., HARADA, H., ISHIYAMA,T., MORITA, Y. ANDYAMAMURA,Y. Adriamycin cardiotoxicity: possible pathogenic mechanisms, 38 1
BAGBY,G.J., see MONTINI,J., 903 BAILEY, P. J., see HIGGINS,T. J. C., 599, 1027 BAKER, J. E., see HEARSE, D. J., 1087 BALL, G. R., see HEARSE, D. J., 197 BARRY,W. H., see MIURA, D. S., 949 BATES,P. C., see CRIE, J. S., 589 BEINLICH, C. J., CLARK, M. G., MCKEE, E. E., LINS, J, A. AND MORGAN, H. E. Neutral-alkaline proteolytic activity in rat cardiac muscle cells, 23 BENEVOLENSKY, D. S., see LEV~~KY, D. O., 785 BERKOFF, H. A., see HUNTER, D. R., 823 P-adrenergic receptor, 443 Beta-blockade, 999, 1077 __ -receptor 999 Bicarbonate, 1031 BIEDERT, S., see MIURA, D. S., 949 BING, 0. H. L., see KING, M., 981 Biochemical characterization and cellular localization of serine protease in myopathic hamster, 1035 Biopsies, 197 BLAIR, M. L., see KASS, R. S., 797 BOGDANOV,K. Y., ZAKHAROV,S. I. AND ROSENSHTRWKH, L. V. Inhibition of thk slow response action potential during the aftercontraction in mammalian heart muscle, 655 Book Review, 251, 537 Borderzone, 197 BOUDOT,J. P., see LEGRAND,A. M., 833 BRACHMANN, J.,see SENGES, J.,253,811 BRICKNELL,0. L., DARIES, P. S. AND OPIE, L. H. A relationship between adenosine triphosphate, glycolysis and ischaemic contracture in the isolated rat heart, 941 8-Bromo cyclic GMP, 963 B~DDE, TH., see R&EN, P., 539 BUJA, L. M.,see MUKHERJEE,A., 171 BUNGER, R., see ZIMMER, H.-G., 531 By-laws of The International Society for Heart Research, 117 Ca channel, 823 Ca-dependent contraction, 1023 Ca2+, 843 -current, 457 -dependent action potential, 457 __ ~ ATPase, 413 __ slow channel antagonists, 843 Caffeine, 655, 861 __ effects on mechanical activity in newborn rat myocardium, 861 Calcium, 265, 293, 303, 511, 715, 753, 867, 981 __ and calcium slow channel antagonists on cyclic nucleotide levels in the isolated rat heart, 843 antagonist, 359 __ binding and uptake, 443 -binding rate and capacity of cardiac sarcoplasmic reticulum, 785 __ buffering system, 265 __ deficiency, 171
Index __ __
1093
entry in the calcium paradox, 867 ion effects on the rising phases of action potentials obtained from guinea-pig papillary muscles at different potassium concentrations, 457 __ overload, 381 paradox, 93, 867, 1087 ~ slow channels, 381 __ transport, 767, 785 CALDARERA,~. M.,see CL&C., 773 Canine sinus node, 349 Capillary density, 47 1 Carboxymethylation, 311 Cardiac actin, 1081 __ action potential, 577, 889 __ catalase, 5 __ fibronectin: developmental distribution and quantitative comparison of possible sites of synthesis, 667 __ glycoproteins, 667 __ glycoside binding to the Na/K-ATPase in the intact myocardial cell: electrophysiological measurement of chemical kinetics, 777 __ glycosides, 777 __ hypertrophy, 881 __ muscle, 373, 1035 __ myofibrillar ATPase activity in diabetic rats, 1063 __ myosin isoenzymes, 107 1 __ relaxation, 303 __ sarcolemma, 4 13 Cardiomyocyte, 563 Cardiomyopathy, 981, 1035 Cardiotoxicity, 381, 741, 913 Casein hydrolysis, 23 Catecholamine, 5 11, 705 -histochemistry, 2 17. CAVERO, I., see LEGRAND, A. M., 833 Cell culture, 563 __ injury, 93 __ isolation, 563 __ -to-cell coupling, 75 Cellular manganese uptake by the isolated perfused rat heart: a probe for the sarcolemma calcium channel, 823 CHALLICE, C. E., see TAN, K.-S., 399 Changes in rat cardiac myosin during development and in culture, 1011 CHAPPELL, D. A., see HEARSE, D.J., 197 Characterization of rat myocardial sarcolemma, 105 1 CHAZOV, E. I., see LEVITSKY, D. O., 785 Chemical kinetics, 777 Chick embryo ventricle, 949 Chronic effects of ethanol under partial inhibition of catalas& activity in the rat heart: light and electron microscopic observations, 5 Circadian variations, 37 CITTADINI, A., see RUSSO, M. A., 265 CLARK, M. G., see BEINLICH, C.J., 23 CL& C., TANTINI, B., COCCOLINI, M. N. AND CALDARERA, C. M. Mediation of polyamine-induced decrease of cyclic AMP content by cyclic AMP-phosphodiesterase in chick heart cell cultures, 773 COCCOLINI, M. N., see CL& C., 773 Coenzyme Qlo, 65, 741 COKER, S. J., MARSHALL, R. J., PARRATT, J. R. AND ZEITLIN, I. J. Does the local myocardial release of prostaglandin E, or F,, contribute to the early conseqtwnces of acute myocardial ischaemia?, 425 COLTART, D. J., see MANNING, A. S., 999, 1077 Comparison of the subunit compositions and ATPase activities of myosin in the myocardium and conduction svstem, 3 11 Contractile protein dysfunction as a determinant of depressed cardiac contractility during endotoxin shock. 715 __ proteins, 1035 Contractility, 963 Contraction, 861
109-I-
Index
__ bands, 93 CORABOEUF, E., see LEGRAND, A. M., 833 Coronary artery ligation, 425 -heart disease, 253 __ occlusion, 229 Cortisol, 833 Couplings, 373 COURTNEY, K. R. Significance of bicarbonate for antiarrhythmic drug action, 1031 CRIE, J. S., MILLWARD, D. J., BATES, P. C., GRIFFIN, E. E. AND WILDENTHAL, K. Age-related alterations in cardiac protein turnover, 589 Cultured heart cells, 75 __ myocardial cells, 489 CURFMAN, G. D., see O’HARA, D. S., 925 Cyclic adenosine monophosphate modulation of contractility via slow Ca”+ channels in chick heart, 577 -AMP, 323, 381, 577,641, 679, 753, 773,843, 963, 999 __ GMP, 843, 963 Cytochrome c, 163 DANI, A. M., see Russo, M. A., 265 DARIES, P. S., see BRICKNELL, 0. L., 941 DAUGHERTY, A. AND WOODWARD, B. Calcium and calcium slow channel antagonists on cyclic nucleotide levels in the isolated rat heart, 843 DAUGHERTY, J. P., see HIXON, S. C., 855 DAUT, J. AND R~~DEL, R. Cardiac glycoside binding to the Na/K-ATPase in the intact myocardial cell : electrophysiological measurement of chemical kinetics, 777 Density gradient, 705 Dexoyglucose, 811 Depressed cardiac sarcoplasmic reticular function from diabetic rats, 303 Developed tension, 843 Development of innervation to the ventricular myocardium of the rabbit, 217 M. B., TUANA, B. S. AND KHANDELWAL, S. L., Solubilization of a DHALLA, N. S., ANAND-SRIVASTAVA, calcium dependent adenosine triphosphatase from rat heart sarcolemma, 413 see PIERCE, G. N., 1063 -2 Diabetes, 303 Diabetic cardiomyopathy, 1063 __ (streptozotocin) rats, 539 Differences between cardiac and skeletal muscle actins, 1081 Differential activities of putative subsarcolemmal and interfibrillar mitochondria from cardiac muscle, 163 c+Difluoromethylornithine, 881 Digoxin-like immunoreactivity in the serum of rats with cardiac overload, 107 Diltiazem, 359 __ in myocardial recovery from global ischemia and reperfusion, 359 Disopyramide, 641 Dissociated myocytes, 265 Dobutamine, 577 Does the local myocardial release of prostaglanding Ea or F,, contribute to the early consequences ot acute myocardial ischaemia?, 425 Dopamine, 577 DOS REMEDIOS, C. ‘G., see FINLAYSON, P. J., 1081 DRUMMOND, R. W. AND SORDAHL, L. A. Temporal changes in adenylate cyclase activity in acutely ischemic dog heart: evidence of functional subunit damage, 323 D’SOUZA, E. D. S., see HIGGINS, T. J. C., 599 Dysrhythmias, 425 EDITORIAL, 1 EDOUTE, Y., SANAN, D., LOCHNER, A., GRANEY, D. AND KOTZE, J. C. N. Effects of propranolol on myocardial ultrastructure, mitochondrial function and high energy phosphates of isolated working rat hearts with coronary artery ligation, 619 Effect of a-difluoromethylornithjne on cardiac polyamine content and hypertrophy, 881 __ diltiazem and nisoldipine on spontaneously active human atria1 tissue, 111 __ calcium on the inotropy of catecholamine and paired electrical stimulation in the newborn and adult myocardium, 511 __ chronic vitamin D deficiency on chick heart mitochondrial oxidative phosphorylation, 17 1
Index __
glycolytic
inhibitors
on the sinoatrial
node,
atrium
1095 and atrioventricular
node in the rabbit
heart,
811 ~ oligomycin on the electrical activity of frog atria1 muscle and the effect of variation of [Car+], * concentration, 399 __ tolbutamide on the mechanical function of the isolated rat heart subjected to global ischemia, 341 ~ verapamil on calcium accumulation during the calcium paradox, 435 __ adriamycin on rat heart cells in culture: increased accumulation and nucleoli grafmentation in cardiac muscle v. non-muscle cells, 913 ~ angiotensin II on membrane current in cardiac Purkinje fibers, 797 ~ calcium overload on relaxation in cultured heart cells, 949 ~ extracellular calcium concentrations on myosin P light chain phosphorylation in hearts from running-trained rats, 753 __ hypercholesterolaemia without ischemia on some electrophysiological and ultrastructural properties of the rabbit heart, 253 ~ long-term pressure-overload and aging on the myocardium, 47 1 -quinidine, procainamide and disopyramide on automaticity and cyclic AMP content of guineapig atria, 641 __ supranolol on myocardial ultrastructure, mitochondrial function and high energy phosphates of isolated working rat hearts with coronary artery ligation, 619 __ tetraethylammonium and 4-aminopyridine upon canine sinus node, 889 ~ volatile inhalational anaesthetic agents on isolated bovine cardiac myofibrillar ATPase, 293 Electrical activity in canine sinus node cells during arrest produced by acetylcholine, 349 Electron microscopy, 57, 2 17
ELLIS, C. N., see HIXON, S. C., 855 Enflurane,
293
ENGLAND, P. J., see PAW, H. T., 293 Enzyme release, 599 Ethanol, 5, 981 Evidence that cyclic GMP may regulate cyclic AMP metabolism in the isolated frog ventricle, 963 Excess lactate modulates ionic currents and tension components in frog atria1 muscle, 147 Excitation-contraction coupling, 399 Extracellular potassium accumulation during myocardial ischemia: implications for arrhythmogenesis, 699 __ K+ accumulation, 699
Fatty
acids,
105 1
FEIN, F., see PENPARGKUL, S., 303 Fibronectin
in rat heart,
667
FIGUEROA, A. A.,see AHUMADA,G.G., 667 FINLAYSON, P. J. AND DOS REMEDIOS, C. G. Differences between cardiac and skeletal muscle actins, 1081 FLITNEY, F. W. AND SINGH, J. Evidence that cyclic GMP may regulate cyclic AMP metabolism in the isolated frog ventricles, 963 Flow, 197 FORSSMANN,W. G., see WEIHE, E., 331 FOZZARD, H., see MARCUS, N. C., 335 Free radicals, 767 Freeze fracture, 373 Frequency dependence of the ionic currents ventricular muscle, 207 Frog heart, 399 __ myocardium, 147 __ ventricle, 963 FUJINO, T., see YATANI, A., 147
determining
the action
GANOTE, C. E., LIU, S. Y., SAFAVI, S. AND KALTENBACH, J. P. Anoxia, mediators of myocardial enzyme release, GAUM, W. E., see LATHROP, D. A., 111 GEORGE, B. L., see NISHIOKA, K., 511 GEVERS, W., see RESINK, T. J., 679, 753 GXACOMELLI, F., see Kuo, T. H., 1035 Global ischemia, 65 Glucose, 903 Glycocalyx, 867 Glycolysis, 599, 8 11, 94 1
93
potential
calcium
repolarization
and contracture
in rat
as
K. AND WAKABAYASHI, S. Inhibition of ouabain-induced arrhythmias of ouabain-sensitive myocardial cells (quail) by contact with ouabain-resistant cells (mouse) and its mechanism, 75 __ Involvement of an Na+-Ca2+ exchange system in genesis of ouabain-induced arrhythmias cultured myocardial cells, 69 GOTO, M., see YATANI, A., 147 Gram negative endotoxin, 715 GRANEY, D., see EDOUTE, Y., 619 GREGOROVL, S. I.,see SCIIREIBER, V., 107 GRIEVE, S. J. AND WILLIAMS, A. J. The isolation and characterization of cardiac mitochondrial fractions from isoprenaline treated rats, 705 GRIFFIN, E. E., see Cam, J. S., 589 GRINWALD, P. M. AND NAYLER, W. G. Calcium entry in the calcium paradox, 867 -~~~NAYLER, W.G.,435,1090 GROSS, G. J., seeJoLLy, S. R., 359 Guinea-pig papillary muscle, 457 GOSHIMA,
Halothane,
293
HARADA, H., see AZUMA, J., 381, 577 HASEGAWA, H., see AZUMA, J., 381 HAWORTH, R. A.,see HUNTER, D.R.,823 HEARSE, D. J. AND BAKER, J. E. Verapamil and the calcium paradox: a reaffirmation, 1087 -YELLON, D. M., CHAPPELL, D. A., WYSE, R. K. H. AND BALL, G. R. A high velocity
impact multiple, contiguous, myocardial biopsies, 197 -, see MANNING, A. S., 999, 1077 Heart cell membrane, 413 mitochondria, 17 1 mitochondrial DNA synthesis: preferential inhibition by adriamycin, 855 muscle, 37, 127 -cells, 23 myofibrils, 1063 __ rate, 843 Heparan Sulfate, 28 1 HESS, M. L. AND KRAUSE, S. M. Contractile protein dysfunction as a determinant of depressed cardiac contractility during endotoxin shock, 7 15 __ OKABE, E. AND KONTOS, H. A. Proton and free oxygen radical interaction with the calcium transport system of cardiac sarcoplasmic reticulum, 767 HIGGINS, T. J. C., ALLSOPP, D., BAILEY, P. J. AND D’SOUZA, E. D. A. The relationship b&ween glycolysis, fatty acid metbolism and membrane integrity in neonatal myocytes, 599 -, BAILEY, P. J. AND ALLSOPP, D. The influence of ATP depletion on the action of phospholipase C on cardiac myocyte membrane phospholipids, 1027 HILL, M. L., see REIMER, K. A., 229 HIXON, S. C., ELLIS, C. N. AND DAUGHERTY, J. P. Heart mitochondrial DNA synthesis: preferential inhibition by adriamycin, 855 HOERTER, J., MAZET, F. AND VASSORT, G. Perinatai growth of the rabbit cardiac cell: possibIe implications for the mechanism of relaxation, 725 Hormonal regulation of lipases, 539 HOVANEC, J. M., see TOMANEK, R.J., 471 Human heart valve, 281 Humoral vasoconstrictor, 695 __ __ counteracts indomethacin blockage of arachidonate induced vasodilation, 695 HUNTER, D. R., HAWORTH, R. A. AND BERKOFF, H. A. Cellular manganese uptake by the isolated perfused rat heart: a probe for the sarcolemma calcium channel, 823 Hyaluronic acid, 281 Hyper lipoproteinaemia, 253 Hypertension, 471 Hypertrophy, 47 1 device for obtaining
IKEDA, M., see TIBBITS, G. F., 1051 Impaired myocardial performance and response to calcium in experimental alcohol cardiomyopathy, 981 Importance of exogenous substrates for the energy production of adult rat heart myocytes, 903 Increased cardiac myosin ATPase activity as a biochemical adaptation to running training: enhanced response to catecholamines and a role for myosin phosphorylation, 679 Indomethacin, 695 Induction of slow action potentials by microiontophoresis of cyclic AMP into heart cells, 51
1097
Index
INESI, G., see Russo, M. A., 265 Influence of ATP depletion on the action of phospholipase C on cardiac myocyte membrane phospholipids, 1027 Inhibition of ouabain-induced arrhythmias of ouabain-sensitive myocardial cells (quail) by contact with ouabain-resistant cells (mouse) and its mechanism, 75 __ the slow response action potential during the aftercontraction in mammalian heart muscle, 655 Innervation, 2 17 Inotropic effect, 511 Instantaneous outward current, 207 Intracellular calcium 265 Ca*+, 655 Intercellular connections, 185 arrhythmias of cultured Involvement of an Na+-Gas+ exchange system in genesis of ouabain-induced myocardial cells, 489 Iodoacetic acid, 811 Ionic contracture, 55 1 __ currents, 399 Irreversible cell injury, 93 Ischemia, 323, 991, 1023, 1077 -and reperfusion, 359 Ischaemic contracture, 941 ISHIYAMA, T., see AZUMA, J., 381, 577 Isoflurane, 293 Isolated chick hearts, 381 __ perfused guinea-pig heart, 359 __ __ working rat heart, 619 __ -working whole rat heart, 443 Isolation and characterization of cardiac mitochondrial fractions from isoprenaline treated rats, 705 __ __ of structurally and functionally intact polyribosomes and mRNA from rat heart muscle, 127 __ development in cell culture of myocardial cells of the adult rat, 563 Isoprelanine, 705, 999 Isoproterenol, 577, 679, 753, 823 ISRAEL, M., see LAMPIDIS, T. J., 913 JACOBSON, S. L., see SCHWARZFELD, T. A., ,563 J.&GER, E., see ZXHRINGER, J., 127 JAMES, T. N., see WOODS, W. T., 349, 889 JARMAKANI, J. M., see NISHIOKA, K., 511 JENNINGS, R. B., see REIMER, K. A., 229 JOHNSON, L. V., see LAMPIDIS, T. J., 913 JOLLY, S. R., MENAHAN, L. A. AND GROSS, G. J. Diltiaaem
and reperfusion, JOURDON,
P., AUCLAIR,
rat myocardium, K+-depolarization,
in myocardial
recovery from global ischemia
359 M.-C.
AND LECHAT,
P. Caffeine
effects on mechanical
activity
in newborn
861 457
KALTENBACH, J. P., see GANOTE, C. E., 93 KANAIDE, H., see OHHARA, H., 65, 741 KANDOLF, R., see ZKHRINGER, J., 127 KAO, R. L., see SORDAHL, L. A., 525 KAPLAN, S., see LATHROP, D. A., 111 I(Ass, R. S. AND BLAIR, M. L. Effects of angiotensin
II on membrane current in cardiac Purkinje fibers, 797 KEOGH, J. M., see MANNING, A. S., 1077 KHANDELWAL, R. L., see DHALLA, N. S., 413 KINO, M. Chronic effects of ethanol under partial inhibition of catalase activity in the rat heart: light and electron microscopic observations, 5 -, THORP, K. A., BING, 0. H. L. AND ABELMANN, W. H. Impaired myocardial performance and response to calcium in experimental alcoholic cardiomyopathy, 98 1 KINOSHITA, K., see YATANI, A., 147 PITHIER, K., see Kuo, T. H., 1035 KGLBEL, P., see SCHREIBER, V., 107 KOLLER, A., see RUB.&NYI, G., 1023 KONTOS, H., see HESS, M. L., 767 KOSCHINE, H., see ZIMMER, H.-G., 531
1098
Index
KOTZE,J. C. N., see EWUTE, Y., 619 KOTZ~, J. C. N., see LOCHNER,A.,991 KRAMER,J. H., see SCHAFFER,S. W., 341 KRAUHS,J. M.,see SORDAHL,L. A., 525 KRAUSE,S. M., see HESS, M. L., 7 15 K~~BLER,W., see SENGES, J., 253, 811 Kuo, T. H., GIACOMELLI, F., KITHIER, K. AND MALHOTRA, A. Biochemical cellular localization of serine protease in myopathic hamster, 1035 Lactate,
characterization
and
147, 903
LAMPIDIS,T. J., JOHNSON,L. V. AND ISRAEL,M. Effects of adriamycin
on rat heart cells in culture: increased accumulation and nucleoli fragmentation in cardiac muscle v. non-muscle cells, 913 LAMPSON,W. G.,see SCHAFFER,S. W., 341 Lanthanides, 1081 LATHROP,D.A., VALLE, R., GAUM,W.E., SCHWARTZ,A.AND KAPLAN, S.Theeffectofdiltiazem and nisoldipine on spontaneously active human atria1 tissue, 111 LECARPENTIER,~.,~~~SCHWARTZ,K., 1071 LECHAT, P., see JOURDON,P., 861 LEGRAND,A. M., BOUDOT,J. P., CORABOEUF,E., ROFPI,J. AND CAVERO,I. Role of adrenocortical hormones on the ontogenesis of ventricular action potential of rat myocardium, 833 LEVCHENKO,T. S., see LEVITSKY,D. O., 785 LEVITSKY, D. O., BENEVOLENSKY, D. S., LEVCHENKO,T. S., SMIRNOV,V. N. AND CHAZOV, E. I. Calcium-binding rate and capacity of cardiac sarcoplasmic reticulum, 785 LIGETI, L., see RUBANYI, G., 1023 Light chain, 311 LINS, J. A., see BEINLICH,C. J., 23 Lipases, 539 LIU, S. Y., see GANOTE,C. E., 93 Liver, 37 LOCHNER,A., VAN NIEKERK, I. AND KOTZB, J. C. N. Mitochondrial acyl-CoA, adenine nucleotide translocase activity and oxidative phosphorylation in myocardial ischaemia, 991 -, see EDOUTE,~., 619 LOMPRE,A.M., see SCHWARTZ,K., 1071 Long-Evans rat, 443 Low Na-Medium, 861 Malate
dehydrogenase,
705
MALHOTRA, A., see KUD, T. H., 1035 MANNING, A. S., KEOGH, J. M., COLTART, D. J. AND HEARSE,D. J. Propranolol
in the ischaemic, reperfused, working rat heart: association between beta-adrenergic blocking activity and protective effect, 1077 YELLON,D. M., COLTART,D. J. AND HEARSE,D. J. Abrupt withdrawal of chronic beta-blockade: -> adaptive changes in cyclic AMP and contractility, 999 MARCUS,N. C. AND FOZZARD,H. Tetrodotoxin sensitivity in the developing and adult chick heart, 335 MARSHALL,R. J., see COKER, S. J., 425 MARTIN, J. L., see SCHWARTZ,K., 1071 MASON,D. T.,see SEGEL,L. D.,443 Mast cells, 23, 1035 MATLIB, M. A., REBMAN,D., ASHRAP,M., ROUSLIN,W. AND SCHWARTZ,A. Differential activities of putative subsarcolemmal and interfibrillar mitochondria from cardiac muscle, 163 MATSUMURA,K., see SAITO, K., 311 Maximum unloaded shortening velocity, 1071 __ upstroke velocity, 457 MAZET, F., see HOERTER,J., 725 MCCOY, K., see MUKHERJEE,A., 171 MCKEE, E. E., see BEINLICH,23 Meal feeding, 37 Mediation of polyamine-induced decrease of cyclic AMP content by cyclic AMP-phosphodiesterase in chick heart cell cultures, 773 Membrane ATPase, 4 13 __ current, 147 __ phospholipid, 1027 MENAHAN, L. A., ~~~JoLLY, S.R., 359 MERCADIER,J.J., see SCHWARTZ,K., 1071
Index
109Y
Metabolic rise in resting tension, 551 Metoprolol, 933 Mg2+-dependent ATPase, 413 Microiontophoresis of cyclic AMP, 51 MILLWARD, D. J., see CRIE, J. S., 589 MIRRO, M. J. Effects of quinidine, procainamide and disopyramide on automaticity and cyclic AMP content of guinea-pig atria, 641 Mitochondria, 37, 163, 381, 471, 705, 867, 991 __ isolated from dispersed adult rat cardiac myocytes, 525 Mitochondrial acyl-CoA, adenine nucleotide translocase activity and oxidative phosphorylation in myocardial ischaemia, 99 1 ~ divalent metal uptake, 823 __ DNA, 855 ~ fragments, 705 -&dative phosphorylation, 619 MIURA, D. S., BIEDERT, S. AND BARRY, W. H. Effects of calcium overload on relaxation in cultured heart cells, 943 Mn, 823 Molecular weight, 303 MONTINI, J., BAGBY, G. J. AND SPITZEK, J. J. Importance of exogeneous substrates for the energy production of adult rat heart myocytes, 903 MORETTI, R. L. Humoral vasoconstrictor counteracts indomethacin blockage of arachidonate induced vasodilation, 695 MORGAN, H. E., see BEINLICH, C. J., 23 MORI, H., see SAITO, K., 311 MORITA, Y., see AZUMA, J., 381, 577 Morphometric electron-micrograph analysis, 619 Morphometry, 37 mRNA, 127 MUKHERJEE, A., ZERWEKH, J. E., NICAR, M. J., McCoy, K. AND BUJA, L. M. Effect of chronic vitamin D deficiency on chick heart mitochondrial oxidative phosphorylation, 17 1 MURATA, K. Acidic glycosaminoglycans in human heart valves, 281 Muscle relaxation, 785 Myocardial, 563 -contractility, 715 -development, 667 ~ high energy phosphate contents, 6 19 __ ischemia, 229, 699 ~ ultrastructure, 185 Myocyte damage, 265 -ultrastructure, 265 Myocytes, 539 Myofibrillar, 293 __ ATPase activity, 715, 1063 Myofibrils, 47 1 Myofilament organization, 265 Myosin, 3 11 -ATPase, 3 11, 673 -CaZ+-ATPase, 753 isoenzyme, 3 11 -isoenzymic distribution correlates with speed of myocardial contraction, 1071 -P light chain, 679 -~__ ~ phosphorylation, 753 Na-Ca exchange, 489, 725, 949 -/K-ATPase, 777 __ -pump, 483 Na+-inactivation, 4.57 -pump, 75 NAGATOMO, T., see TIBBITS, G. F., 1051 NAKAMURA, M., see OHHARA, H., 65, 741 NAKANISHI, T., see NISHIOKA, K., 511 NATHAN, R. D. Aggregates of fetal rat heart cells: electrophysiology NAYLER, W. G. AND GRINWALD, P. M. The effect of verapamil calcium paradox, 435
and tetrodotoxin sensitivity, 241 on calcium accumulation during the
1100
Index
__ __ Verapamil and the calcium paradox; a reply, 1090 ---,see GRINWALD, P. M., 867 Neutral-alkaline proteolytic activity in rat cardiac muscle cells, 23 NICAR, M.J., see MUKHERJEE, A., 171 Nickel, 1023 __ is released from the ischemic myocardium and contracts coronary vessels by a Ca-dependent mechanism, 1023 NIKI, T., see SAITO, K., 311 NIMMRICH, H., see SENGES,J., 253 NISHIOKA, K., NAKANISHI, T., GEORGE, B. L. AND JARMAKANI, J. M. The effect of c;alcium on the inotropy of catecholamine and paired electrical stimulation in the newborn and adult myocardium, 511 NOAKES, T. D., see RESINK, T.J., 679, 753 Nodal action potential, 8 11 Normoxia, 599 Officers of The International Society for Heart Research, 125 OGURA, K., see AZUMA, J., 381 O’HARA, D. S., CURFMAN, G. D., TRUMBULL, C. G. AND SMITH, T. W. A procedure for measuring the contributions of intracellular and extracellular tyrosine pools to the rate of myocardial protein synthesis, 925 OHHARA, H., KANAIDE, H. AND NAKAMURA, M. A protective effect of coenzyme Qr,, on the adriamycininduced cardiotoxicity in the isolated perfused rat heart, 741 I_ ---, YOSHIMURA, R., OKADA, M. AND NAKAMURA, M. A protective effect of coenzyme Q10 on ischaemia and reperfusion of the isolated perfused rat heart, 65 OKABE, E., see HESS, M. L., 767 OKADA, M., see OHHARA, H., 65 Oligomycin, 399 OPHERK, D., see WEIHE, E., 331 OPIE, L. H., see BRICKNELL, 0. L., 941 -, see RESINK, T.J., 679 Ornithine decarboxylase, 881 Ouabain, 75, 489 Oxidative phosphorylation, 171 Oxprenolol, 999 Oxygen, 767 -consumption, 903 __ -induced enzyme release, 93 __ paradox, 93 Pacemaker cell, 349, 889 Paired electrical stimulation, 511 Palmitate, 903 __ oxidation, 599 Papillary muscle, 107 1 PAPKA, R. E. Development of innervation to the ventricular myocardium of the rabbit, 2 17 PARRATT, J. R., see COKER, S.J., 425 Partially depolarized myocardial cells, 51 Particulate proteases, 23 PASK, H. T., ENGLAND, P. J., PRYS-ROBERTS, C. Effects of volatile inhalational anaesthetic agents on isolated bovine cardiac myofibrillar ATPase, 293 PAYET, M. D., SCHANNE, 0. F. AND RUIZ-CERETTI, E. Frequency dependence of the ionic currents determining the action potential repolarization in rat ventricular muscle, 207 PEGG, A. E. Effect of cc-difluoromethylornithine on cardiac polyamine content and hypertrophy, 881 PELZER, D., see SENGES,J., 253, 811 PENPARGKUL, S., FEIN, F., SONNENBLICK, E. H. AND SCHEUER, J. Depressed cardiac sarcoplasmic reticular function from diabetic rats, 303 Peptidergic innervation (substance P) in the human heart, 331 Perfused rat heart, 679, 753 Perinatal development, 725 __ growth of the rabbit cardiac cell: possible implications for the mechanism of relaxation, 725 PFEIFER, U. AND STRAUSS,P. Autophagic vacuoles in heart muscle and liver. A comparative morphometric study including circadian variations in meal fed rats, 37 Phenylalanine, 589 Phosphodiesterase, 773, 963
Index
1101
Phospholipase, C., 1027 Phospholipids, 105 1 Phosphorylation, 679 __ of calcium ATPase, 785 __ of slow channel protein, 577 PIERCE, G. N. AND DHALLA, N. S. Cardiac myofibrillar ATPase activity in diabetic rats, 1063 Polyamines, 881 Polyribosomes, 127 POOLE, C. G., see SCHAFFER, S. W., 341 PRIBYL, T., see SCHREIBER, V., 107 Procainamide, 641 Procedure for measuring the contributions of intracellular and extracellular tyrosine pools to the rate of myocardial protein synthesis, 925 Prolonged depletion of ATP and of the adenine nucleotide pool due to delayed resynthesis of adenine nucleotides following reversible myocardial ischemic injury in dogs, 229 Propranolol, 619, 1077 ___ in ischaemic-reperfused working rat heart: dissociation of beta-adrenergic blocking and protective effect, 521 __ in the ischaemic, reperfused, working rat heart: association between beta-adrenergic blocking activity and protective effect, 1077 Prostaglandin Es, 425 __ F,,, 425 Prostaglandins, 695 Protective effect of coenzyme Q10 on the adriamycin-induced cardiotoxicity in the isolated perfused rat heart, 741 Protein degradation, 37, 589 __ synthesis, 127, 589, 925 Proton and free oxygen radical interaction with the calcium transport system of cardiac sarcoplasmic reticulum, 767 PRYS-ROBERTS, C.,see P~sK, H. T.,293 Purkinje fibres, 797 Putrescine, 775, 881 Pyridine nucleotide, 741 Pyruvate dehydrogenase, 359 Quinidine,
641
Rapid stimulation of the hexose monophosphate shunt in the isolated perfused rat heart: possible involvement of oxidized glutathione, 531 Rat fetus, 833 -heart, 5 ---myocardium, 1063 ventricle, 843 ventricular muscle, 207 RAUM, W., see ZKHRINGER, J., 127 REBMAN, D., see MATLIB, M. A., 163 Regional &hernia, 197 myocardial ischaemia, 6 19 REIMER, K. A., HILL, M. L. AND JENNINGS, R. B. Prolonged depletion of ATP and of the adenine nucleotide pool due to delayed resvnthesis of adenine nucleotides following reversible myocardial ischemic injury in dogs, 229’ . REINAIJER, H., see R&EN, P., 539 REINECKE, M., see WEIHE, E., 331 Relationship between adenosine triphosphate, glycolysis and ischaemic contracture in the isolated rat heart, 941 -__ glycolysis, fatty acid metabolism and membrane integrity in neonatal myocytes, 599 Relaxation, 725 RENDIG, S. V., see SEGEL, L. D., 443 RENNARD, S. I., see AHLTMADA, G. G., 667 Reperfusion, 65 Repolarization phase of action potential, 207 RESINK, T. J., GEVERS, W. AND NOAKES, T. D. Effects of extracellular calcium concentrations on myosin P light chain phosphorylation in hearts from running-training rats, 753 ______ AND OPIE, L. H. Increased cardiac myosin ATPase activity as a biochemical adaptation to running training: enhanced response catecholamines and a role for myosin phosphorylation, 679
1102
Index
Respiration, 163 Reticulocyte lysate, 127 Reversible ischemic injury, 229 Rigor tension, 551 __ during metabolic and ionic rises in resting tension in rat heart, 551 Rrzos, I., see SENGES, J., 811 ROBINSON, T. F. AND WINEGRAD, S. A variety of intercellular connections in heart muscle, 185 ROFFI, J., see LEGRAND, A. M., 833 Role of adrenocortical hormones on the ontogenesis of ventricular action potential of rat myocardium, 833 ROSEN, P., BUDDE, TH. AND REINAUER, H. Triglyceride lipase activity in the diabetic rat heart, 539 ROSENSHTRAUKH, L. V., see BOGDANOV, K. Y., 655 ROUSLIN, W., see MATLIB, M. A., 163 RUB~NYI, G., LIGETI, L. AND KOLLER, A. Nickel is released from the ischemic myocardium and contracts coronary vessels by a G-dependent mechanism, 1023 R~~DEL, R., see DAUT, J., 777 RUIZ-CERETTI, E., see PAYET, M. D., 207 Running training, 679, 753 Russo, M. A., CITTADINI, A., DANI, A. M., INESI, G. AND TERRANOVA, T. An ultrastructural study of calcium induced degenerative changes in dissociated heart cells, 265 SAFAVI, Si, see GANOTE, C. E., 93 SAITO, K., TAMURA, SAITO, M., MATSUMURA,
K., NIKI, T. AND MORI, H. Comparison of the subunit compositions and ATPase activities of myosin in the myocardium and conduction system, 311 SAITO, M., see SAITO, K., 311 SANAN, D., see EDOUTE, Y., 619 Sarcolemma, 105 1 Sarcomere length, 489 Sarcoplasmic reticulum, 303, 373, 443, 767, 785, 949 SASAKI, M., see TIBBITS, G. F., 1051 SAWAMURA, A., see AZUMA, J., 381, 577 SCALES, D. J. Aspects of the mammalian cardiac sarcotubular system revealed by freeze fracture electron microscopy, 373 SCHAFFER, S. W., POOLE, C. G., LAMPSON, W. G. AND KRAMER, J. II. Effect of tolbutamide on the mechanical function of the isolated rat heart subjected to global ischemia, 341 SCHANNE, 0. F., see PAYET, M. D., 207 SCHEIJER, J., see PENPARGKUL, S., 303 SCHRE~IBER, V., K~LBEL, F., ST&~N, J., GREGOROVA, S. I. AND PBIBYL, T., Digoxin-like immunoreactivity in the serum of rats with cardiac overload, 107 SCHWARTZ, A., see LATHROP, D. A., 111 F, see MATLIB, M. A., 163 SCHWARTZ, K., LECARPENTIER, Y., MARTIN, J. L., LOMPRE, A. M., MERCADIER, J. J. AND S~~NGHEcorrelates with speed of myocardial contraction, 1071 DAUW, B. Myosin isoenzymic distribution SCHWARZFELD, T. A. AND JACOBSON, S. L. Isolation and deveIopment in cell culture of myocardial cells of the adult rat, 563 SDS-polyacrylamide gel electrophoresis, 311 SEGEL, L. D., RENDIG, S. V. AND MASON, D. T. Alcohol-induced cardiac hemodynamic and Ca”+ flux dysfunctions are reversible, 443 SENGES, J., BRACHMANN, J., PELZER, D., RIZOS, I. AND K~~BLER, W. Effect ofglycolytic inhibitors on the sinoatrial node, atrium and atrioventricular node in the rabbit heart, 811 -, WEIHE, E., BRACHMANN, J., PELZER, D., NIMMRICH, H. AND K~BLER, W. Effects of hypercholesterolaemia without ischemia on some electrophysiological and ultrastructural properties of the rabbit heart, 253 Serine protease, 1035 SHIMADA, K., see TIBBITS, G. F., 1051 SHINE, K. I., see WEISS, J.$ 699 Significance of bicarbonate for antiarrhythmic drug action, 1031 SILVER, M. H., see AHUMADA, G. G., 667 SINGH, J., see FLITNEY, F. W., 963 Sino-atria1 conduction, 349 Sinus arrest, 349 __ node, 889 Skeletal actin, 1081 __ muscle, 1035 Slow action potential, 51, 577
Index channel, 147, 577, 867 inward current, 51, 207 response, 457, 655, 811 contraction, 577 SMIRNOV, V. N., see LEVITSKY, D. O., 785 SMITH, T. W., see O’HARA, D. S., 925 Solubilization of a calcium dependent adenosine triphosphatase from rat heart Soluble proteases, 23 SONNENBLICK, E. H., see PENPARGKUL, S., 303 SORDAHL, L. A., ASIMAKIS,‘G. K., KRAUHS, J. M. AND KAO, R. L. Mitochondria adult rat cardiac myocytes, 525 SORDAHL, L. A., see DRUMMOND, R. W., 323 Specialized heart muscle, 3 11 SPERELAKIS, N., see AZUMA, J., 381, 577 -, see VOGEL, S., 51 Spermidine, 773, 881 Spermine, 773, 881 SPITZER, J. J., see MONTINI, J., 903 Spontaneously hypertensive rat, 471 STBPAA, J., see SCHREIBER, C., 107 STAB, G., see ZKHRINGER, J., 127 STEINKOPFF, G., see ZIMMER, H.-G., 531 STRAUSS, P., see PFEIFER, U., 37 Streptozotocin, 303 ~ -induced diabetes, 1063 Succinate dehydrogenase, 705 SWYNGHEDAUW, B., see SCHWARTZ, K., 1071
1103
~ __ ~
sarcolemma,
isolated
from
413
dispersed
TAMURA, Y., see SAITO, K., 311 TAN, K.-S. AND CHALLICE, C. E. The effect of oligomycin on the electrical activity of frog atria1 muscle and the effect of variation of [Ca2+], concentration, 399 TANIMOTO, T., see AZUMA, J., 381, 577 TANTINI, B., see CL& C., 773 Temporal changes in adenylate cyclase activity in acutely ischemic dog heart: evidence of functional subunit damage, 323 Tension components, 147 TERRANOVA, T., see Russo, M. A., 265 Tetraethylammonium, 889 Tetrodotoxin sensitivity in the developing and adult chick heart, 335 Theophylline, 5 1, 963 THORP, K. A., see KINO, M., 981 Thyroxine, 88 1 TIBBITS, G. F., SASAKI, M., IKEDA, M., SHIMADA, K., TSURUHARA, T. AND NAGATOMO, T. Characterization of rat myocardial sarcolemma, 1051 TOMANEK, R. J. AND HOVANEC, J. M. The effects of long-term pressure-overload and aging on the myocardium, 47 1 Total adenine nucleotide, 65, 741 Transmural, 197 Triglyceride lipase activity in the diabetic rat heart, 539 ~ lipases of heart, 539 __ metabolism of heart, 539 TRITTHART, H. A., see WINDISCH, H., 457 TROESCH, G., see Z~~HRINGER, J., 127 Troponin-I, 679 TRUMBULL, C. G., see O’HARA, D. S., 925 TSURUHARA, T., see TIBBITS, G. F., 105 I TTX, 457 TUANA, B. S., see DHALLA, N. S., 413 Turnover, 37 Tyrosine, 589, 925
Ultrastructure, 253, 471, 619, 705, 725 Upstroke velocity, 1031 URTHALER, F., see WOODS, W. T., 349, 889
1104
Index
Valinomycin K+ sensitive electrode, 699 VALLE, R., see LATHROP, D. A., 111 VAN NIEKERK, I., see LOCHNER, A., 991 VASSORT, G., see HOERTER, J., 725 see VENTURA-CLAPIER, R., 551 -> Ventricular action’potentials, 833 VENTURA-CLAPIER, R. AND VASSORT, G. Rigor tension during metabolic and ionic rises in resting tension in rat heart, 551 Verapamil, 823 and the calcium paradox: a reaffirmation, 1087 Vitamin D deficiency, 171 VOGEL, S. AND SPERELAKIS, N. Induction of slow action potentials by microiontophoresis of cyclic AMP into heart cells, 51 -, see AZUMA, J., 381 Voltage clamp, 147, 797 K., 75, 489 WAKA~AYASHI, S., see GOSHIMA, WATRAS, J. Changes in rat cardiac myosin during development and in culture, 1011 WELMAN, E., see ARNIM, T. V., 521 WEIHE, E., REINECKE, M., OPHERK, D. AND FORSSMANN,W. G., Peptidergic innervation (substance P) in the human heart, 331 -, see SENGES,J., 253 WEISS, J. AND SHINE, K. I. Extracellular potassium accumulation during myocardial ischemia: implications for arrhythmogenesis, 699 Wheat germ system, 127 WILDENTHAL, K., see CRIE, J. S., 589 WILLIAMS, A. J., see GRIEVE, S. J., 705 WINDISCH, H. AND TRITTHART, H. A. Calcium ion effects on the rising phases of action potentials obtained from guinea-pig papillary muscles at different potassium concentrations, 457 WINEGRAD, S., see ROBINSON, T. F., 185 WOODS, W. T., URTHALER, F. AND JAMES, T. N. Effects of tetraethylammonium and 4-aminopyridine upon canine sinus node, 889 __ ~ --. Electrical activity during arrest produced by acetylcholine, 349 WOODWARD, B., see DAUGHERTY, A., 843 WYSE, R. K. H., see HEARSE, D. J., 197 YAMAMIJRA, Y., see AZUMA, J., 381, 577 YATANI, A., FUJINO, T., KINOSHITA, K. AND GOTO, M. Excess lactate modulates tension components in frog atria1 muscle, 147 YELLON, D. M., see HEARSE, D. J., 197 YELLON, D. M., see MANNING, A. S., 999 YOSHIMURA, R., see OHHARA, H., 65
ionic currents and
ZAHRINGER, J., KANDOLP, R., RAUM, W., TROESCH, G., STAB, G. AND JAGER, E. Isolation and characterization of structurally and functionally intact polyribosomes and mRNA from rat heart muscle, 127 ZAKHAROV, S. I., see BOGDANOV, K. Y., 655 ZEITLIN, I. J., see COKER, S. J., 425 ZERWEKH, J. E., see MUKHERJEE, A., 17 1 ZIMMER, H.-G., BUNGER, R., KOSCHINE, H. AND STEINKOPPF, G. Rapid stimulation of the hexose monophosphate shunt in the isolated perfused rat heart: possible involvement of oxidized glutathione, 531
Index
to Volume
13
A high velocity impact device for obtaining multiple, contiguous, myocardial biopsies, 197 A protective effect of coenzyme Q10 on ischemia and reperfusion of the isolated perfused rat heart, 65 A variety of intercellular connections in heart muscle, 185 ABELMANN, W. H., see KINO, M., 981 Abrupt withdrawal of chronic beta-blockade: adaptive changes in cyclic AMP and contractility, 999 Acetylcholine, 349, 963 Acidic glycosaminoglycans, 28 1 __in human heart valves, 281 Acidosis, 699, 867 Actin tubes, 1081 Action potential, 349, 399, 655 Actomyosin Ca2+/Mg2+-ATPase, 753 --ATPase, 679 Acute myocardial ischaemia, 425 Acyl-CoA, 991 AD 32, 913 Adenine nucleotide depletion and resynthesis, 229 ____ translocase, 99 1 Adenosine triphosphate, 7 15 Adenyiate cyclase, 323 Adrenalectomy, 833 Adriamycin, 381, 741, 855, 913 ~ cardiotoxicity: possible pathogenic mechanisms, 381 Aftercontraction, 655 Age difference, 28 1 __ -related alterations in cardiac protein turnover, 589 Aggregates of fetal rat heart cells: electrophysiology and tetrodotoxin sensitivity, 241 Aging, 589 AHUMADA, G. G., RENNARD, S. I., FIGUEROA, A. A. AND SILVER, M. H. Cardiac fibronectin: developmental distribution and quantitative comparison of possible sites of synthesis, 667 Alcoholic cardiomyopathy, 5, 443 Alcohol-induced cardiac hemodynamic and Ca *+ flux dysfunctions are reversible, 443 D-aldosterone, 833 ALLSOPP, D., see HIGGINS, T. J. C., 599, 1027 Aminopyridine, 889 Amino acid compartmentation, 925 An ultrastructural study of calcium induced degenerative changes in dissociated heart cells, 265 ANAND-SRIVASTAVA, M. B., see DHALLA, N. S., 413 Angiotensin II, 797 Anoxia, 599 -811 __ calcium and contracture as mediators of myocardial enzyme release, 93 Antiarrhythmic drugs, 641, 1031 Arachidonate, 695 ARNIM,
T. V. AND WELMAN,
E. Propranolol
beta-adrenergic blocking and protective Arrhythmia, 75, 253, 489 Arrhythmogenesis, 699 ASHRAF, M., see MATLIB, M. A., 163 ASIMAKIS,
G. K., see SORDAHL,
in ischaemic-reperfused
working
rat heart:
dissociation
effect, 521
L. A., 525
Aspects of the mammalian cardiac sarcotubular 373 Atherosclerosis, 253 ATP, 197, 381, 599, 741, 867, 941 __ ase, 293, 303 __ depletion, 1027 __ and resynthesis, 229 __ resynthesis, 65 Atria1 automaticity, 641 __ explants, 925
system revealed by freeze fracture electron microscopy,
o[
1092 Atrium,
Index 253
AUCLAIR, M.-C., see JOURDON, P., 861 Automaticity, 349 Autonomic nerves, 2 17 Autophagic vacuoles, 37 __in heart muscle and liver. A comparative morphometric study including circadian variations in med fed rats, 37 AV node, 253 AWATA, N., see AZUMA,J., 381 AZUMA,J., SAWAMURA,A., HARADA, H., TANIMOTO,T., ISHIYAMA,T., MORITA, Y., YAMAMURA,Y. ANIJ SPERELAKIS,N. Cyclic adenosine monophosphate modulation of contractility via slow Gas+ channels in chick heart, 577 -, SPERELAKIS, N., HASEGAWA,H., TANIMOTO,T., VOGEL,S., OGURA,K., AWATA, N., SAWAMLIRA, A., HARADA, H., ISHIYAMA,T., MORITA, Y. ANDYAMAMURA,Y. Adriamycin cardiotoxicity: possible pathogenic mechanisms, 38 1
BAGBY,G.J., see MONTINI,J., 903 BAILEY, P. J., see HIGGINS,T. J. C., 599, 1027 BAKER, J. E., see HEARSE, D. J., 1087 BALL, G. R., see HEARSE, D. J., 197 BARRY,W. H., see MIURA, D. S., 949 BATES,P. C., see CRIE, J. S., 589 BEINLICH, C. J., CLARK, M. G., MCKEE, E. E., LINS, J, A. AND MORGAN, H. E. Neutral-alkaline proteolytic activity in rat cardiac muscle cells, 23 BENEVOLENSKY, D. S., see LEV~~KY, D. O., 785 BERKOFF, H. A., see HUNTER, D. R., 823 P-adrenergic receptor, 443 Beta-blockade, 999, 1077 __ -receptor 999 Bicarbonate, 1031 BIEDERT, S., see MIURA, D. S., 949 BING, 0. H. L., see KING, M., 981 Biochemical characterization and cellular localization of serine protease in myopathic hamster, 1035 Biopsies, 197 BLAIR, M. L., see KASS, R. S., 797 BOGDANOV,K. Y., ZAKHAROV,S. I. AND ROSENSHTRWKH, L. V. Inhibition of thk slow response action potential during the aftercontraction in mammalian heart muscle, 655 Book Review, 251, 537 Borderzone, 197 BOUDOT,J. P., see LEGRAND,A. M., 833 BRACHMANN, J.,see SENGES, J.,253,811 BRICKNELL,0. L., DARIES, P. S. AND OPIE, L. H. A relationship between adenosine triphosphate, glycolysis and ischaemic contracture in the isolated rat heart, 941 8-Bromo cyclic GMP, 963 B~DDE, TH., see R&EN, P., 539 BUJA, L. M.,see MUKHERJEE,A., 171 BUNGER, R., see ZIMMER, H.-G., 531 By-laws of The International Society for Heart Research, 117 Ca channel, 823 Ca-dependent contraction, 1023 Ca2+, 843 -current, 457 -dependent action potential, 457 __ ~ ATPase, 413 __ slow channel antagonists, 843 Caffeine, 655, 861 __ effects on mechanical activity in newborn rat myocardium, 861 Calcium, 265, 293, 303, 511, 715, 753, 867, 981 __ and calcium slow channel antagonists on cyclic nucleotide levels in the isolated rat heart, 843 antagonist, 359 __ binding and uptake, 443 -binding rate and capacity of cardiac sarcoplasmic reticulum, 785 __ buffering system, 265 __ deficiency, 171
Index __ __
1093
entry in the calcium paradox, 867 ion effects on the rising phases of action potentials obtained from guinea-pig papillary muscles at different potassium concentrations, 457 __ overload, 381 paradox, 93, 867, 1087 ~ slow channels, 381 __ transport, 767, 785 CALDARERA,~. M.,see CL&C., 773 Canine sinus node, 349 Capillary density, 47 1 Carboxymethylation, 311 Cardiac actin, 1081 __ action potential, 577, 889 __ catalase, 5 __ fibronectin: developmental distribution and quantitative comparison of possible sites of synthesis, 667 __ glycoproteins, 667 __ glycoside binding to the Na/K-ATPase in the intact myocardial cell: electrophysiological measurement of chemical kinetics, 777 __ glycosides, 777 __ hypertrophy, 881 __ muscle, 373, 1035 __ myofibrillar ATPase activity in diabetic rats, 1063 __ myosin isoenzymes, 107 1 __ relaxation, 303 __ sarcolemma, 4 13 Cardiomyocyte, 563 Cardiomyopathy, 981, 1035 Cardiotoxicity, 381, 741, 913 Casein hydrolysis, 23 Catecholamine, 5 11, 705 -histochemistry, 2 17. CAVERO, I., see LEGRAND, A. M., 833 Cell culture, 563 __ injury, 93 __ isolation, 563 __ -to-cell coupling, 75 Cellular manganese uptake by the isolated perfused rat heart: a probe for the sarcolemma calcium channel, 823 CHALLICE, C. E., see TAN, K.-S., 399 Changes in rat cardiac myosin during development and in culture, 1011 CHAPPELL, D. A., see HEARSE, D.J., 197 Characterization of rat myocardial sarcolemma, 105 1 CHAZOV, E. I., see LEVITSKY, D. O., 785 Chemical kinetics, 777 Chick embryo ventricle, 949 Chronic effects of ethanol under partial inhibition of catalas& activity in the rat heart: light and electron microscopic observations, 5 Circadian variations, 37 CITTADINI, A., see RUSSO, M. A., 265 CLARK, M. G., see BEINLICH, C.J., 23 CL& C., TANTINI, B., COCCOLINI, M. N. AND CALDARERA, C. M. Mediation of polyamine-induced decrease of cyclic AMP content by cyclic AMP-phosphodiesterase in chick heart cell cultures, 773 COCCOLINI, M. N., see CL& C., 773 Coenzyme Qlo, 65, 741 COKER, S. J., MARSHALL, R. J., PARRATT, J. R. AND ZEITLIN, I. J. Does the local myocardial release of prostaglandin E, or F,, contribute to the early conseqtwnces of acute myocardial ischaemia?, 425 COLTART, D. J., see MANNING, A. S., 999, 1077 Comparison of the subunit compositions and ATPase activities of myosin in the myocardium and conduction svstem, 3 11 Contractile protein dysfunction as a determinant of depressed cardiac contractility during endotoxin shock. 715 __ proteins, 1035 Contractility, 963 Contraction, 861
109-I-
Index
__ bands, 93 CORABOEUF, E., see LEGRAND, A. M., 833 Coronary artery ligation, 425 -heart disease, 253 __ occlusion, 229 Cortisol, 833 Couplings, 373 COURTNEY, K. R. Significance of bicarbonate for antiarrhythmic drug action, 1031 CRIE, J. S., MILLWARD, D. J., BATES, P. C., GRIFFIN, E. E. AND WILDENTHAL, K. Age-related alterations in cardiac protein turnover, 589 Cultured heart cells, 75 __ myocardial cells, 489 CURFMAN, G. D., see O’HARA, D. S., 925 Cyclic adenosine monophosphate modulation of contractility via slow Ca”+ channels in chick heart, 577 -AMP, 323, 381, 577,641, 679, 753, 773,843, 963, 999 __ GMP, 843, 963 Cytochrome c, 163 DANI, A. M., see Russo, M. A., 265 DARIES, P. S., see BRICKNELL, 0. L., 941 DAUGHERTY, A. AND WOODWARD, B. Calcium and calcium slow channel antagonists on cyclic nucleotide levels in the isolated rat heart, 843 DAUGHERTY, J. P., see HIXON, S. C., 855 DAUT, J. AND R~~DEL, R. Cardiac glycoside binding to the Na/K-ATPase in the intact myocardial cell : electrophysiological measurement of chemical kinetics, 777 Density gradient, 705 Dexoyglucose, 811 Depressed cardiac sarcoplasmic reticular function from diabetic rats, 303 Developed tension, 843 Development of innervation to the ventricular myocardium of the rabbit, 217 M. B., TUANA, B. S. AND KHANDELWAL, S. L., Solubilization of a DHALLA, N. S., ANAND-SRIVASTAVA, calcium dependent adenosine triphosphatase from rat heart sarcolemma, 413 see PIERCE, G. N., 1063 -2 Diabetes, 303 Diabetic cardiomyopathy, 1063 __ (streptozotocin) rats, 539 Differences between cardiac and skeletal muscle actins, 1081 Differential activities of putative subsarcolemmal and interfibrillar mitochondria from cardiac muscle, 163 c+Difluoromethylornithine, 881 Digoxin-like immunoreactivity in the serum of rats with cardiac overload, 107 Diltiazem, 359 __ in myocardial recovery from global ischemia and reperfusion, 359 Disopyramide, 641 Dissociated myocytes, 265 Dobutamine, 577 Does the local myocardial release of prostaglanding Ea or F,, contribute to the early consequences ot acute myocardial ischaemia?, 425 Dopamine, 577 DOS REMEDIOS, C. ‘G., see FINLAYSON, P. J., 1081 DRUMMOND, R. W. AND SORDAHL, L. A. Temporal changes in adenylate cyclase activity in acutely ischemic dog heart: evidence of functional subunit damage, 323 D’SOUZA, E. D. S., see HIGGINS, T. J. C., 599 Dysrhythmias, 425 EDITORIAL, 1 EDOUTE, Y., SANAN, D., LOCHNER, A., GRANEY, D. AND KOTZE, J. C. N. Effects of propranolol on myocardial ultrastructure, mitochondrial function and high energy phosphates of isolated working rat hearts with coronary artery ligation, 619 Effect of a-difluoromethylornithjne on cardiac polyamine content and hypertrophy, 881 __ diltiazem and nisoldipine on spontaneously active human atria1 tissue, 111 __ calcium on the inotropy of catecholamine and paired electrical stimulation in the newborn and adult myocardium, 511 __ chronic vitamin D deficiency on chick heart mitochondrial oxidative phosphorylation, 17 1
Index __
glycolytic
inhibitors
on the sinoatrial
node,
atrium
1095 and atrioventricular
node in the rabbit
heart,
811 ~ oligomycin on the electrical activity of frog atria1 muscle and the effect of variation of [Car+], * concentration, 399 __ tolbutamide on the mechanical function of the isolated rat heart subjected to global ischemia, 341 ~ verapamil on calcium accumulation during the calcium paradox, 435 __ adriamycin on rat heart cells in culture: increased accumulation and nucleoli grafmentation in cardiac muscle v. non-muscle cells, 913 ~ angiotensin II on membrane current in cardiac Purkinje fibers, 797 ~ calcium overload on relaxation in cultured heart cells, 949 ~ extracellular calcium concentrations on myosin P light chain phosphorylation in hearts from running-trained rats, 753 __ hypercholesterolaemia without ischemia on some electrophysiological and ultrastructural properties of the rabbit heart, 253 ~ long-term pressure-overload and aging on the myocardium, 47 1 -quinidine, procainamide and disopyramide on automaticity and cyclic AMP content of guineapig atria, 641 __ supranolol on myocardial ultrastructure, mitochondrial function and high energy phosphates of isolated working rat hearts with coronary artery ligation, 619 __ tetraethylammonium and 4-aminopyridine upon canine sinus node, 889 ~ volatile inhalational anaesthetic agents on isolated bovine cardiac myofibrillar ATPase, 293 Electrical activity in canine sinus node cells during arrest produced by acetylcholine, 349 Electron microscopy, 57, 2 17
ELLIS, C. N., see HIXON, S. C., 855 Enflurane,
293
ENGLAND, P. J., see PAW, H. T., 293 Enzyme release, 599 Ethanol, 5, 981 Evidence that cyclic GMP may regulate cyclic AMP metabolism in the isolated frog ventricle, 963 Excess lactate modulates ionic currents and tension components in frog atria1 muscle, 147 Excitation-contraction coupling, 399 Extracellular potassium accumulation during myocardial ischemia: implications for arrhythmogenesis, 699 __ K+ accumulation, 699
Fatty
acids,
105 1
FEIN, F., see PENPARGKUL, S., 303 Fibronectin
in rat heart,
667
FIGUEROA, A. A.,see AHUMADA,G.G., 667 FINLAYSON, P. J. AND DOS REMEDIOS, C. G. Differences between cardiac and skeletal muscle actins, 1081 FLITNEY, F. W. AND SINGH, J. Evidence that cyclic GMP may regulate cyclic AMP metabolism in the isolated frog ventricles, 963 Flow, 197 FORSSMANN,W. G., see WEIHE, E., 331 FOZZARD, H., see MARCUS, N. C., 335 Free radicals, 767 Freeze fracture, 373 Frequency dependence of the ionic currents ventricular muscle, 207 Frog heart, 399 __ myocardium, 147 __ ventricle, 963 FUJINO, T., see YATANI, A., 147
determining
the action
GANOTE, C. E., LIU, S. Y., SAFAVI, S. AND KALTENBACH, J. P. Anoxia, mediators of myocardial enzyme release, GAUM, W. E., see LATHROP, D. A., 111 GEORGE, B. L., see NISHIOKA, K., 511 GEVERS, W., see RESINK, T. J., 679, 753 GXACOMELLI, F., see Kuo, T. H., 1035 Global ischemia, 65 Glucose, 903 Glycocalyx, 867 Glycolysis, 599, 8 11, 94 1
93
potential
calcium
repolarization
and contracture
in rat
as
K. AND WAKABAYASHI, S. Inhibition of ouabain-induced arrhythmias of ouabain-sensitive myocardial cells (quail) by contact with ouabain-resistant cells (mouse) and its mechanism, 75 __ Involvement of an Na+-Ca2+ exchange system in genesis of ouabain-induced arrhythmias cultured myocardial cells, 69 GOTO, M., see YATANI, A., 147 Gram negative endotoxin, 715 GRANEY, D., see EDOUTE, Y., 619 GREGOROVL, S. I.,see SCIIREIBER, V., 107 GRIEVE, S. J. AND WILLIAMS, A. J. The isolation and characterization of cardiac mitochondrial fractions from isoprenaline treated rats, 705 GRIFFIN, E. E., see Cam, J. S., 589 GRINWALD, P. M. AND NAYLER, W. G. Calcium entry in the calcium paradox, 867 -~~~NAYLER, W.G.,435,1090 GROSS, G. J., seeJoLLy, S. R., 359 Guinea-pig papillary muscle, 457 GOSHIMA,
Halothane,
293
HARADA, H., see AZUMA, J., 381, 577 HASEGAWA, H., see AZUMA, J., 381 HAWORTH, R. A.,see HUNTER, D.R.,823 HEARSE, D. J. AND BAKER, J. E. Verapamil and the calcium paradox: a reaffirmation, 1087 -YELLON, D. M., CHAPPELL, D. A., WYSE, R. K. H. AND BALL, G. R. A high velocity
impact multiple, contiguous, myocardial biopsies, 197 -, see MANNING, A. S., 999, 1077 Heart cell membrane, 413 mitochondria, 17 1 mitochondrial DNA synthesis: preferential inhibition by adriamycin, 855 muscle, 37, 127 -cells, 23 myofibrils, 1063 __ rate, 843 Heparan Sulfate, 28 1 HESS, M. L. AND KRAUSE, S. M. Contractile protein dysfunction as a determinant of depressed cardiac contractility during endotoxin shock, 7 15 __ OKABE, E. AND KONTOS, H. A. Proton and free oxygen radical interaction with the calcium transport system of cardiac sarcoplasmic reticulum, 767 HIGGINS, T. J. C., ALLSOPP, D., BAILEY, P. J. AND D’SOUZA, E. D. A. The relationship b&ween glycolysis, fatty acid metbolism and membrane integrity in neonatal myocytes, 599 -, BAILEY, P. J. AND ALLSOPP, D. The influence of ATP depletion on the action of phospholipase C on cardiac myocyte membrane phospholipids, 1027 HILL, M. L., see REIMER, K. A., 229 HIXON, S. C., ELLIS, C. N. AND DAUGHERTY, J. P. Heart mitochondrial DNA synthesis: preferential inhibition by adriamycin, 855 HOERTER, J., MAZET, F. AND VASSORT, G. Perinatai growth of the rabbit cardiac cell: possibIe implications for the mechanism of relaxation, 725 Hormonal regulation of lipases, 539 HOVANEC, J. M., see TOMANEK, R.J., 471 Human heart valve, 281 Humoral vasoconstrictor, 695 __ __ counteracts indomethacin blockage of arachidonate induced vasodilation, 695 HUNTER, D. R., HAWORTH, R. A. AND BERKOFF, H. A. Cellular manganese uptake by the isolated perfused rat heart: a probe for the sarcolemma calcium channel, 823 Hyaluronic acid, 281 Hyper lipoproteinaemia, 253 Hypertension, 471 Hypertrophy, 47 1 device for obtaining
IKEDA, M., see TIBBITS, G. F., 1051 Impaired myocardial performance and response to calcium in experimental alcohol cardiomyopathy, 981 Importance of exogenous substrates for the energy production of adult rat heart myocytes, 903 Increased cardiac myosin ATPase activity as a biochemical adaptation to running training: enhanced response to catecholamines and a role for myosin phosphorylation, 679 Indomethacin, 695 Induction of slow action potentials by microiontophoresis of cyclic AMP into heart cells, 51
1097
Index
INESI, G., see Russo, M. A., 265 Influence of ATP depletion on the action of phospholipase C on cardiac myocyte membrane phospholipids, 1027 Inhibition of ouabain-induced arrhythmias of ouabain-sensitive myocardial cells (quail) by contact with ouabain-resistant cells (mouse) and its mechanism, 75 __ the slow response action potential during the aftercontraction in mammalian heart muscle, 655 Innervation, 2 17 Inotropic effect, 511 Instantaneous outward current, 207 Intracellular calcium 265 Ca*+, 655 Intercellular connections, 185 arrhythmias of cultured Involvement of an Na+-Gas+ exchange system in genesis of ouabain-induced myocardial cells, 489 Iodoacetic acid, 811 Ionic contracture, 55 1 __ currents, 399 Irreversible cell injury, 93 Ischemia, 323, 991, 1023, 1077 -and reperfusion, 359 Ischaemic contracture, 941 ISHIYAMA, T., see AZUMA, J., 381, 577 Isoflurane, 293 Isolated chick hearts, 381 __ perfused guinea-pig heart, 359 __ __ working rat heart, 619 __ -working whole rat heart, 443 Isolation and characterization of cardiac mitochondrial fractions from isoprenaline treated rats, 705 __ __ of structurally and functionally intact polyribosomes and mRNA from rat heart muscle, 127 __ development in cell culture of myocardial cells of the adult rat, 563 Isoprelanine, 705, 999 Isoproterenol, 577, 679, 753, 823 ISRAEL, M., see LAMPIDIS, T. J., 913 JACOBSON, S. L., see SCHWARZFELD, T. A., ,563 J.&GER, E., see ZXHRINGER, J., 127 JAMES, T. N., see WOODS, W. T., 349, 889 JARMAKANI, J. M., see NISHIOKA, K., 511 JENNINGS, R. B., see REIMER, K. A., 229 JOHNSON, L. V., see LAMPIDIS, T. J., 913 JOLLY, S. R., MENAHAN, L. A. AND GROSS, G. J. Diltiaaem
and reperfusion, JOURDON,
P., AUCLAIR,
rat myocardium, K+-depolarization,
in myocardial
recovery from global ischemia
359 M.-C.
AND LECHAT,
P. Caffeine
effects on mechanical
activity
in newborn
861 457
KALTENBACH, J. P., see GANOTE, C. E., 93 KANAIDE, H., see OHHARA, H., 65, 741 KANDOLF, R., see ZKHRINGER, J., 127 KAO, R. L., see SORDAHL, L. A., 525 KAPLAN, S., see LATHROP, D. A., 111 I(Ass, R. S. AND BLAIR, M. L. Effects of angiotensin
II on membrane current in cardiac Purkinje fibers, 797 KEOGH, J. M., see MANNING, A. S., 1077 KHANDELWAL, R. L., see DHALLA, N. S., 413 KINO, M. Chronic effects of ethanol under partial inhibition of catalase activity in the rat heart: light and electron microscopic observations, 5 -, THORP, K. A., BING, 0. H. L. AND ABELMANN, W. H. Impaired myocardial performance and response to calcium in experimental alcoholic cardiomyopathy, 98 1 KINOSHITA, K., see YATANI, A., 147 PITHIER, K., see Kuo, T. H., 1035 KGLBEL, P., see SCHREIBER, V., 107 KOLLER, A., see RUB.&NYI, G., 1023 KONTOS, H., see HESS, M. L., 767 KOSCHINE, H., see ZIMMER, H.-G., 531
1098
Index
KOTZE,J. C. N., see EWUTE, Y., 619 KOTZ~, J. C. N., see LOCHNER,A.,991 KRAMER,J. H., see SCHAFFER,S. W., 341 KRAUHS,J. M.,see SORDAHL,L. A., 525 KRAUSE,S. M., see HESS, M. L., 7 15 K~~BLER,W., see SENGES, J., 253, 811 Kuo, T. H., GIACOMELLI, F., KITHIER, K. AND MALHOTRA, A. Biochemical cellular localization of serine protease in myopathic hamster, 1035 Lactate,
characterization
and
147, 903
LAMPIDIS,T. J., JOHNSON,L. V. AND ISRAEL,M. Effects of adriamycin
on rat heart cells in culture: increased accumulation and nucleoli fragmentation in cardiac muscle v. non-muscle cells, 913 LAMPSON,W. G.,see SCHAFFER,S. W., 341 Lanthanides, 1081 LATHROP,D.A., VALLE, R., GAUM,W.E., SCHWARTZ,A.AND KAPLAN, S.Theeffectofdiltiazem and nisoldipine on spontaneously active human atria1 tissue, 111 LECARPENTIER,~.,~~~SCHWARTZ,K., 1071 LECHAT, P., see JOURDON,P., 861 LEGRAND,A. M., BOUDOT,J. P., CORABOEUF,E., ROFPI,J. AND CAVERO,I. Role of adrenocortical hormones on the ontogenesis of ventricular action potential of rat myocardium, 833 LEVCHENKO,T. S., see LEVITSKY,D. O., 785 LEVITSKY, D. O., BENEVOLENSKY, D. S., LEVCHENKO,T. S., SMIRNOV,V. N. AND CHAZOV, E. I. Calcium-binding rate and capacity of cardiac sarcoplasmic reticulum, 785 LIGETI, L., see RUBANYI, G., 1023 Light chain, 311 LINS, J. A., see BEINLICH,C. J., 23 Lipases, 539 LIU, S. Y., see GANOTE,C. E., 93 Liver, 37 LOCHNER,A., VAN NIEKERK, I. AND KOTZB, J. C. N. Mitochondrial acyl-CoA, adenine nucleotide translocase activity and oxidative phosphorylation in myocardial ischaemia, 991 -, see EDOUTE,~., 619 LOMPRE,A.M., see SCHWARTZ,K., 1071 Long-Evans rat, 443 Low Na-Medium, 861 Malate
dehydrogenase,
705
MALHOTRA, A., see KUD, T. H., 1035 MANNING, A. S., KEOGH, J. M., COLTART, D. J. AND HEARSE,D. J. Propranolol
in the ischaemic, reperfused, working rat heart: association between beta-adrenergic blocking activity and protective effect, 1077 YELLON,D. M., COLTART,D. J. AND HEARSE,D. J. Abrupt withdrawal of chronic beta-blockade: -> adaptive changes in cyclic AMP and contractility, 999 MARCUS,N. C. AND FOZZARD,H. Tetrodotoxin sensitivity in the developing and adult chick heart, 335 MARSHALL,R. J., see COKER, S. J., 425 MARTIN, J. L., see SCHWARTZ,K., 1071 MASON,D. T.,see SEGEL,L. D.,443 Mast cells, 23, 1035 MATLIB, M. A., REBMAN,D., ASHRAP,M., ROUSLIN,W. AND SCHWARTZ,A. Differential activities of putative subsarcolemmal and interfibrillar mitochondria from cardiac muscle, 163 MATSUMURA,K., see SAITO, K., 311 Maximum unloaded shortening velocity, 1071 __ upstroke velocity, 457 MAZET, F., see HOERTER,J., 725 MCCOY, K., see MUKHERJEE,A., 171 MCKEE, E. E., see BEINLICH,23 Meal feeding, 37 Mediation of polyamine-induced decrease of cyclic AMP content by cyclic AMP-phosphodiesterase in chick heart cell cultures, 773 Membrane ATPase, 4 13 __ current, 147 __ phospholipid, 1027 MENAHAN, L. A., ~~~JoLLY, S.R., 359 MERCADIER,J.J., see SCHWARTZ,K., 1071
Index
109Y
Metabolic rise in resting tension, 551 Metoprolol, 933 Mg2+-dependent ATPase, 413 Microiontophoresis of cyclic AMP, 51 MILLWARD, D. J., see CRIE, J. S., 589 MIRRO, M. J. Effects of quinidine, procainamide and disopyramide on automaticity and cyclic AMP content of guinea-pig atria, 641 Mitochondria, 37, 163, 381, 471, 705, 867, 991 __ isolated from dispersed adult rat cardiac myocytes, 525 Mitochondrial acyl-CoA, adenine nucleotide translocase activity and oxidative phosphorylation in myocardial ischaemia, 99 1 ~ divalent metal uptake, 823 __ DNA, 855 ~ fragments, 705 -&dative phosphorylation, 619 MIURA, D. S., BIEDERT, S. AND BARRY, W. H. Effects of calcium overload on relaxation in cultured heart cells, 943 Mn, 823 Molecular weight, 303 MONTINI, J., BAGBY, G. J. AND SPITZEK, J. J. Importance of exogeneous substrates for the energy production of adult rat heart myocytes, 903 MORETTI, R. L. Humoral vasoconstrictor counteracts indomethacin blockage of arachidonate induced vasodilation, 695 MORGAN, H. E., see BEINLICH, C. J., 23 MORI, H., see SAITO, K., 311 MORITA, Y., see AZUMA, J., 381, 577 Morphometric electron-micrograph analysis, 619 Morphometry, 37 mRNA, 127 MUKHERJEE, A., ZERWEKH, J. E., NICAR, M. J., McCoy, K. AND BUJA, L. M. Effect of chronic vitamin D deficiency on chick heart mitochondrial oxidative phosphorylation, 17 1 MURATA, K. Acidic glycosaminoglycans in human heart valves, 281 Muscle relaxation, 785 Myocardial, 563 -contractility, 715 -development, 667 ~ high energy phosphate contents, 6 19 __ ischemia, 229, 699 ~ ultrastructure, 185 Myocyte damage, 265 -ultrastructure, 265 Myocytes, 539 Myofibrillar, 293 __ ATPase activity, 715, 1063 Myofibrils, 47 1 Myofilament organization, 265 Myosin, 3 11 -ATPase, 3 11, 673 -CaZ+-ATPase, 753 isoenzyme, 3 11 -isoenzymic distribution correlates with speed of myocardial contraction, 1071 -P light chain, 679 -~__ ~ phosphorylation, 753 Na-Ca exchange, 489, 725, 949 -/K-ATPase, 777 __ -pump, 483 Na+-inactivation, 4.57 -pump, 75 NAGATOMO, T., see TIBBITS, G. F., 1051 NAKAMURA, M., see OHHARA, H., 65, 741 NAKANISHI, T., see NISHIOKA, K., 511 NATHAN, R. D. Aggregates of fetal rat heart cells: electrophysiology NAYLER, W. G. AND GRINWALD, P. M. The effect of verapamil calcium paradox, 435
and tetrodotoxin sensitivity, 241 on calcium accumulation during the
1100
Index
__ __ Verapamil and the calcium paradox; a reply, 1090 ---,see GRINWALD, P. M., 867 Neutral-alkaline proteolytic activity in rat cardiac muscle cells, 23 NICAR, M.J., see MUKHERJEE, A., 171 Nickel, 1023 __ is released from the ischemic myocardium and contracts coronary vessels by a Ca-dependent mechanism, 1023 NIKI, T., see SAITO, K., 311 NIMMRICH, H., see SENGES,J., 253 NISHIOKA, K., NAKANISHI, T., GEORGE, B. L. AND JARMAKANI, J. M. The effect of c;alcium on the inotropy of catecholamine and paired electrical stimulation in the newborn and adult myocardium, 511 NOAKES, T. D., see RESINK, T.J., 679, 753 Nodal action potential, 8 11 Normoxia, 599 Officers of The International Society for Heart Research, 125 OGURA, K., see AZUMA, J., 381 O’HARA, D. S., CURFMAN, G. D., TRUMBULL, C. G. AND SMITH, T. W. A procedure for measuring the contributions of intracellular and extracellular tyrosine pools to the rate of myocardial protein synthesis, 925 OHHARA, H., KANAIDE, H. AND NAKAMURA, M. A protective effect of coenzyme Qr,, on the adriamycininduced cardiotoxicity in the isolated perfused rat heart, 741 I_ ---, YOSHIMURA, R., OKADA, M. AND NAKAMURA, M. A protective effect of coenzyme Q10 on ischaemia and reperfusion of the isolated perfused rat heart, 65 OKABE, E., see HESS, M. L., 767 OKADA, M., see OHHARA, H., 65 Oligomycin, 399 OPHERK, D., see WEIHE, E., 331 OPIE, L. H., see BRICKNELL, 0. L., 941 -, see RESINK, T.J., 679 Ornithine decarboxylase, 881 Ouabain, 75, 489 Oxidative phosphorylation, 171 Oxprenolol, 999 Oxygen, 767 -consumption, 903 __ -induced enzyme release, 93 __ paradox, 93 Pacemaker cell, 349, 889 Paired electrical stimulation, 511 Palmitate, 903 __ oxidation, 599 Papillary muscle, 107 1 PAPKA, R. E. Development of innervation to the ventricular myocardium of the rabbit, 2 17 PARRATT, J. R., see COKER, S.J., 425 Partially depolarized myocardial cells, 51 Particulate proteases, 23 PASK, H. T., ENGLAND, P. J., PRYS-ROBERTS, C. Effects of volatile inhalational anaesthetic agents on isolated bovine cardiac myofibrillar ATPase, 293 PAYET, M. D., SCHANNE, 0. F. AND RUIZ-CERETTI, E. Frequency dependence of the ionic currents determining the action potential repolarization in rat ventricular muscle, 207 PEGG, A. E. Effect of cc-difluoromethylornithine on cardiac polyamine content and hypertrophy, 881 PELZER, D., see SENGES,J., 253, 811 PENPARGKUL, S., FEIN, F., SONNENBLICK, E. H. AND SCHEUER, J. Depressed cardiac sarcoplasmic reticular function from diabetic rats, 303 Peptidergic innervation (substance P) in the human heart, 331 Perfused rat heart, 679, 753 Perinatal development, 725 __ growth of the rabbit cardiac cell: possible implications for the mechanism of relaxation, 725 PFEIFER, U. AND STRAUSS,P. Autophagic vacuoles in heart muscle and liver. A comparative morphometric study including circadian variations in meal fed rats, 37 Phenylalanine, 589 Phosphodiesterase, 773, 963
Index
1101
Phospholipase, C., 1027 Phospholipids, 105 1 Phosphorylation, 679 __ of calcium ATPase, 785 __ of slow channel protein, 577 PIERCE, G. N. AND DHALLA, N. S. Cardiac myofibrillar ATPase activity in diabetic rats, 1063 Polyamines, 881 Polyribosomes, 127 POOLE, C. G., see SCHAFFER, S. W., 341 PRIBYL, T., see SCHREIBER, V., 107 Procainamide, 641 Procedure for measuring the contributions of intracellular and extracellular tyrosine pools to the rate of myocardial protein synthesis, 925 Prolonged depletion of ATP and of the adenine nucleotide pool due to delayed resynthesis of adenine nucleotides following reversible myocardial ischemic injury in dogs, 229 Propranolol, 619, 1077 ___ in ischaemic-reperfused working rat heart: dissociation of beta-adrenergic blocking and protective effect, 521 __ in the ischaemic, reperfused, working rat heart: association between beta-adrenergic blocking activity and protective effect, 1077 Prostaglandin Es, 425 __ F,,, 425 Prostaglandins, 695 Protective effect of coenzyme Q10 on the adriamycin-induced cardiotoxicity in the isolated perfused rat heart, 741 Protein degradation, 37, 589 __ synthesis, 127, 589, 925 Proton and free oxygen radical interaction with the calcium transport system of cardiac sarcoplasmic reticulum, 767 PRYS-ROBERTS, C.,see P~sK, H. T.,293 Purkinje fibres, 797 Putrescine, 775, 881 Pyridine nucleotide, 741 Pyruvate dehydrogenase, 359 Quinidine,
641
Rapid stimulation of the hexose monophosphate shunt in the isolated perfused rat heart: possible involvement of oxidized glutathione, 531 Rat fetus, 833 -heart, 5 ---myocardium, 1063 ventricle, 843 ventricular muscle, 207 RAUM, W., see ZKHRINGER, J., 127 REBMAN, D., see MATLIB, M. A., 163 Regional &hernia, 197 myocardial ischaemia, 6 19 REIMER, K. A., HILL, M. L. AND JENNINGS, R. B. Prolonged depletion of ATP and of the adenine nucleotide pool due to delayed resvnthesis of adenine nucleotides following reversible myocardial ischemic injury in dogs, 229’ . REINAIJER, H., see R&EN, P., 539 REINECKE, M., see WEIHE, E., 331 Relationship between adenosine triphosphate, glycolysis and ischaemic contracture in the isolated rat heart, 941 -__ glycolysis, fatty acid metabolism and membrane integrity in neonatal myocytes, 599 Relaxation, 725 RENDIG, S. V., see SEGEL, L. D., 443 RENNARD, S. I., see AHLTMADA, G. G., 667 Reperfusion, 65 Repolarization phase of action potential, 207 RESINK, T. J., GEVERS, W. AND NOAKES, T. D. Effects of extracellular calcium concentrations on myosin P light chain phosphorylation in hearts from running-training rats, 753 ______ AND OPIE, L. H. Increased cardiac myosin ATPase activity as a biochemical adaptation to running training: enhanced response catecholamines and a role for myosin phosphorylation, 679
1102
Index
Respiration, 163 Reticulocyte lysate, 127 Reversible ischemic injury, 229 Rigor tension, 551 __ during metabolic and ionic rises in resting tension in rat heart, 551 Rrzos, I., see SENGES, J., 811 ROBINSON, T. F. AND WINEGRAD, S. A variety of intercellular connections in heart muscle, 185 ROFFI, J., see LEGRAND, A. M., 833 Role of adrenocortical hormones on the ontogenesis of ventricular action potential of rat myocardium, 833 ROSEN, P., BUDDE, TH. AND REINAUER, H. Triglyceride lipase activity in the diabetic rat heart, 539 ROSENSHTRAUKH, L. V., see BOGDANOV, K. Y., 655 ROUSLIN, W., see MATLIB, M. A., 163 RUB~NYI, G., LIGETI, L. AND KOLLER, A. Nickel is released from the ischemic myocardium and contracts coronary vessels by a G-dependent mechanism, 1023 R~~DEL, R., see DAUT, J., 777 RUIZ-CERETTI, E., see PAYET, M. D., 207 Running training, 679, 753 Russo, M. A., CITTADINI, A., DANI, A. M., INESI, G. AND TERRANOVA, T. An ultrastructural study of calcium induced degenerative changes in dissociated heart cells, 265 SAFAVI, Si, see GANOTE, C. E., 93 SAITO, K., TAMURA, SAITO, M., MATSUMURA,
K., NIKI, T. AND MORI, H. Comparison of the subunit compositions and ATPase activities of myosin in the myocardium and conduction system, 311 SAITO, M., see SAITO, K., 311 SANAN, D., see EDOUTE, Y., 619 Sarcolemma, 105 1 Sarcomere length, 489 Sarcoplasmic reticulum, 303, 373, 443, 767, 785, 949 SASAKI, M., see TIBBITS, G. F., 1051 SAWAMURA, A., see AZUMA, J., 381, 577 SCALES, D. J. Aspects of the mammalian cardiac sarcotubular system revealed by freeze fracture electron microscopy, 373 SCHAFFER, S. W., POOLE, C. G., LAMPSON, W. G. AND KRAMER, J. II. Effect of tolbutamide on the mechanical function of the isolated rat heart subjected to global ischemia, 341 SCHANNE, 0. F., see PAYET, M. D., 207 SCHEIJER, J., see PENPARGKUL, S., 303 SCHRE~IBER, V., K~LBEL, F., ST&~N, J., GREGOROVA, S. I. AND PBIBYL, T., Digoxin-like immunoreactivity in the serum of rats with cardiac overload, 107 SCHWARTZ, A., see LATHROP, D. A., 111 F, see MATLIB, M. A., 163 SCHWARTZ, K., LECARPENTIER, Y., MARTIN, J. L., LOMPRE, A. M., MERCADIER, J. J. AND S~~NGHEcorrelates with speed of myocardial contraction, 1071 DAUW, B. Myosin isoenzymic distribution SCHWARZFELD, T. A. AND JACOBSON, S. L. Isolation and deveIopment in cell culture of myocardial cells of the adult rat, 563 SDS-polyacrylamide gel electrophoresis, 311 SEGEL, L. D., RENDIG, S. V. AND MASON, D. T. Alcohol-induced cardiac hemodynamic and Ca”+ flux dysfunctions are reversible, 443 SENGES, J., BRACHMANN, J., PELZER, D., RIZOS, I. AND K~~BLER, W. Effect ofglycolytic inhibitors on the sinoatrial node, atrium and atrioventricular node in the rabbit heart, 811 -, WEIHE, E., BRACHMANN, J., PELZER, D., NIMMRICH, H. AND K~BLER, W. Effects of hypercholesterolaemia without ischemia on some electrophysiological and ultrastructural properties of the rabbit heart, 253 Serine protease, 1035 SHIMADA, K., see TIBBITS, G. F., 1051 SHINE, K. I., see WEISS, J.$ 699 Significance of bicarbonate for antiarrhythmic drug action, 1031 SILVER, M. H., see AHUMADA, G. G., 667 SINGH, J., see FLITNEY, F. W., 963 Sino-atria1 conduction, 349 Sinus arrest, 349 __ node, 889 Skeletal actin, 1081 __ muscle, 1035 Slow action potential, 51, 577
Index channel, 147, 577, 867 inward current, 51, 207 response, 457, 655, 811 contraction, 577 SMIRNOV, V. N., see LEVITSKY, D. O., 785 SMITH, T. W., see O’HARA, D. S., 925 Solubilization of a calcium dependent adenosine triphosphatase from rat heart Soluble proteases, 23 SONNENBLICK, E. H., see PENPARGKUL, S., 303 SORDAHL, L. A., ASIMAKIS,‘G. K., KRAUHS, J. M. AND KAO, R. L. Mitochondria adult rat cardiac myocytes, 525 SORDAHL, L. A., see DRUMMOND, R. W., 323 Specialized heart muscle, 3 11 SPERELAKIS, N., see AZUMA, J., 381, 577 -, see VOGEL, S., 51 Spermidine, 773, 881 Spermine, 773, 881 SPITZER, J. J., see MONTINI, J., 903 Spontaneously hypertensive rat, 471 STBPAA, J., see SCHREIBER, C., 107 STAB, G., see ZKHRINGER, J., 127 STEINKOPFF, G., see ZIMMER, H.-G., 531 STRAUSS, P., see PFEIFER, U., 37 Streptozotocin, 303 ~ -induced diabetes, 1063 Succinate dehydrogenase, 705 SWYNGHEDAUW, B., see SCHWARTZ, K., 1071
1103
~ __ ~
sarcolemma,
isolated
from
413
dispersed
TAMURA, Y., see SAITO, K., 311 TAN, K.-S. AND CHALLICE, C. E. The effect of oligomycin on the electrical activity of frog atria1 muscle and the effect of variation of [Ca2+], concentration, 399 TANIMOTO, T., see AZUMA, J., 381, 577 TANTINI, B., see CL& C., 773 Temporal changes in adenylate cyclase activity in acutely ischemic dog heart: evidence of functional subunit damage, 323 Tension components, 147 TERRANOVA, T., see Russo, M. A., 265 Tetraethylammonium, 889 Tetrodotoxin sensitivity in the developing and adult chick heart, 335 Theophylline, 5 1, 963 THORP, K. A., see KINO, M., 981 Thyroxine, 88 1 TIBBITS, G. F., SASAKI, M., IKEDA, M., SHIMADA, K., TSURUHARA, T. AND NAGATOMO, T. Characterization of rat myocardial sarcolemma, 1051 TOMANEK, R. J. AND HOVANEC, J. M. The effects of long-term pressure-overload and aging on the myocardium, 47 1 Total adenine nucleotide, 65, 741 Transmural, 197 Triglyceride lipase activity in the diabetic rat heart, 539 ~ lipases of heart, 539 __ metabolism of heart, 539 TRITTHART, H. A., see WINDISCH, H., 457 TROESCH, G., see Z~~HRINGER, J., 127 Troponin-I, 679 TRUMBULL, C. G., see O’HARA, D. S., 925 TSURUHARA, T., see TIBBITS, G. F., 105 I TTX, 457 TUANA, B. S., see DHALLA, N. S., 413 Turnover, 37 Tyrosine, 589, 925
Ultrastructure, 253, 471, 619, 705, 725 Upstroke velocity, 1031 URTHALER, F., see WOODS, W. T., 349, 889
1104
Index
Valinomycin K+ sensitive electrode, 699 VALLE, R., see LATHROP, D. A., 111 VAN NIEKERK, I., see LOCHNER, A., 991 VASSORT, G., see HOERTER, J., 725 see VENTURA-CLAPIER, R., 551 -> Ventricular action’potentials, 833 VENTURA-CLAPIER, R. AND VASSORT, G. Rigor tension during metabolic and ionic rises in resting tension in rat heart, 551 Verapamil, 823 and the calcium paradox: a reaffirmation, 1087 Vitamin D deficiency, 171 VOGEL, S. AND SPERELAKIS, N. Induction of slow action potentials by microiontophoresis of cyclic AMP into heart cells, 51 -, see AZUMA, J., 381 Voltage clamp, 147, 797 K., 75, 489 WAKA~AYASHI, S., see GOSHIMA, WATRAS, J. Changes in rat cardiac myosin during development and in culture, 1011 WELMAN, E., see ARNIM, T. V., 521 WEIHE, E., REINECKE, M., OPHERK, D. AND FORSSMANN,W. G., Peptidergic innervation (substance P) in the human heart, 331 -, see SENGES,J., 253 WEISS, J. AND SHINE, K. I. Extracellular potassium accumulation during myocardial ischemia: implications for arrhythmogenesis, 699 Wheat germ system, 127 WILDENTHAL, K., see CRIE, J. S., 589 WILLIAMS, A. J., see GRIEVE, S. J., 705 WINDISCH, H. AND TRITTHART, H. A. Calcium ion effects on the rising phases of action potentials obtained from guinea-pig papillary muscles at different potassium concentrations, 457 WINEGRAD, S., see ROBINSON, T. F., 185 WOODS, W. T., URTHALER, F. AND JAMES, T. N. Effects of tetraethylammonium and 4-aminopyridine upon canine sinus node, 889 __ ~ --. Electrical activity during arrest produced by acetylcholine, 349 WOODWARD, B., see DAUGHERTY, A., 843 WYSE, R. K. H., see HEARSE, D. J., 197 YAMAMIJRA, Y., see AZUMA, J., 381, 577 YATANI, A., FUJINO, T., KINOSHITA, K. AND GOTO, M. Excess lactate modulates tension components in frog atria1 muscle, 147 YELLON, D. M., see HEARSE, D. J., 197 YELLON, D. M., see MANNING, A. S., 999 YOSHIMURA, R., see OHHARA, H., 65
ionic currents and
ZAHRINGER, J., KANDOLP, R., RAUM, W., TROESCH, G., STAB, G. AND JAGER, E. Isolation and characterization of structurally and functionally intact polyribosomes and mRNA from rat heart muscle, 127 ZAKHAROV, S. I., see BOGDANOV, K. Y., 655 ZEITLIN, I. J., see COKER, S. J., 425 ZERWEKH, J. E., see MUKHERJEE, A., 17 1 ZIMMER, H.-G., BUNGER, R., KOSCHINE, H. AND STEINKOPPF, G. Rapid stimulation of the hexose monophosphate shunt in the isolated perfused rat heart: possible involvement of oxidized glutathione, 531