Table Of Content

CHRONOBIOLOGY INTERNATIONAL, 15(6), 671-673 (1998) Author Index to Volume 15 & Duffield, G. E., 425-445 Dumont, M., 59-70 Abacioglu, N., 39-48, 159-172, 283-289 Adolfson, K. A., 1-11 Ahmed, S., 71-83 E Amir, S., 447-456 Akerstedt, T., 365-376 Ebling, F. J. P., 425-445 Antkowiak, B., 293-307 Eisenstein, M., 181-190 Arce, A., 21—28 Engelmann, W., 293-307 Arokiam, F. V., 29-38 Ercan, Z. S., 39-48, 159-172 Ashkenazi, L, 13-20 Esquifino, A. I., 21-28 Atkinson, G., 349-363 Avivi, L., 13-20 Azzaydi, M., 607-622 e B Fernandez, J. R., 191-204 Fietze, I., 265-273 Balamurugan, E., 29-38 Filipski, E., 323-335 Bauer, V. K., 71-83 Beersma, D. G. M., 49-57 Birley, A., 119-133 G Boer, G. J., 551-566 Buijs, R. M., 135-145 Gérgiin, C. Z., 39-48, 159-172, 283-289 Guardiola-Lemaitre, B., 135-145 Giiney, H. Z., 159-172, 283-289 Cc Guyomarc’h, C., 219-230 Cardinali, D. P., 21-28 Cassone, V. M., 457-473 Chandrashekaren, M. K., 667-668 H Cutler, N. L., 71-83 Hallis, D., 181-190 Hastings, J. W., 93-98 D Hastings, M. H., 425-445 Hébert, M., 59-70 Daan, S., 231-240 Helfrich-Férster, C., 567-594 Dagan, Y., 181-190 Hermida, R. C., 191-204, 595-606 Davenne, D., 349-363 Hiddinga, A. E., 49-57 Delagrange, P., 135-145 Hishikawa, Y., 647-654 Diez-Noguera, A. (book review), 101-103 Hodoflugil, U., 39-48, 159-172, 283-289 Dotan, A., 13-20 Homberg, U., 567-594 AUTHOR INDEX TO VOLUME 15 Mojoén, A., 595-606 Moog, R., 265-273 ljiri, H., 337-347 Moore, R. Y., 475-487 Ishihara, T., 337-347 Mrosovsky, N., 147-158 Ishii, H., 337-347 Murray, A. C., 275-281 Iwasaki, H., 337-347 N J Nakajima, K., 633-646 Johnson, R., 99, 655—666 Nelson, R., 595—606 Nimmo, H. G., 109-118 K 0 Kerkhof, G. A., 623-632 Keskil, Z. A., 39-48 Okawa, M., 647-654 Kohno, I., 337-347 Okutani, M., 337-347 Komori, S., 337-347 Koukkari, W. L., 1-11, 595-606 P Kraft, M., 85-92 Pak, J., 85-92 L Paquet, J., 59-70 Penzel, T., 265-273 Lemmer, B., 135-145 Peter, J. H., 265-273 LeSauter, J., 535-550 Pickard, G. E., 513-533 Lévi, F., 323-335 Lewy, A. J., 71-83 Li, L., 93-98 R Li, X.-M., 323-335 Lowden, A., 365-376 Raichik, I., 181-190 Lumineau, S., 219-230 Rajakrishnan, V., 29-38 Rea, M. A., 395-423 Reilly, T., 349-363 M Richard, J.-P., 219-230 Rienstein, S., 13-20 Madrid, J. A., 607-622 Rietveld, W. J., 551-566 Maekawa, T., 633-646 Roberts, S. A., 275-281 Martin, R. J., 85-92 Martinez, F. J., 607-622 Maywood, E. S., 425-445 Ss McCabe, C., 119-133 Meerlo, P., 231—240 Sack, R. L., 71-83 Meney, I., 349-363 Sadamitsu, D., 633-646 Menon, V. P., 29-38 Salmon, P. A., 147-158 Mesnard-Ricci, B., 309-321 Sanchez- Vazquez, F. J., 607-622 Miller, J. D., 489-511 Sano, S., 337-347 Mishima, K., 647-654 Satoh, Y., 337-347 Mittag, M., 93-98 Scalbert, E., 135-145 Mochizuki, Y., 337-347 Schaefer, A. L., 275-281 Moffit, M. T., 71-83 Schlagenhauf, P., 99, 655-666 AUTHOR INDEX TO VOLUME I15 Schnecko, A., 135-145 V Sharma, V. K., 667-668 Silver, R., 475-487, 535-550 van der Vliet, J., 135-145 Singer, C. M., 71-83 Van Dongen, H. P. A., 623-632 Smith, E. J. D., 425-445 van Esseveldt, L. E., 551-566 Smolensky, M. H., 377-394 Villaniia, M. A., 21-28 Sollars, P. J., 513-533 Vogel, M., 265-273 Sgrbye, H., 241-264 Vrang, N., 147-158 Sothern, R. B., 1-11, 100, 241-264, 595-606 Souverijn, J. H. M., 623-632 Steffen, R., 99, 655-666 Stengl, M., 567-594 WwW Stewart, J., 447-456 Subramanian, P., 29-38 Waterhouse, J., 291-292, 349-363 Suhner, A., 99, 655-666 Wetterberg, L., 100 Svanes, C., 241-264 Weydahl, A., 100 White, C. A., 309-321 Tt Williams, B. G., 205-218 Witte, K., 135-145 Tamura, K., 337-347 Tamura, T., 633-646 Tateishi, A., 633-646 Thibault, L., 275-281 Y Thomas, K. H., 71-83 Touitou, Y., 105—107 Yovel, L., 181-190 Tschopp, A., 99, 655-666 Tuntan, B., 283-289 U Z Uludag, O., 283-289 Zamora, S., 607-622 Uluoglu, C., 159-172 Zengil, H., 39-48, 159-172, 283-289 CHRONOBIOLOGY INTERNATIONAL, 15(6), 675-679 (1998) Subject Index to Volume 15 os mentia and dementia of Alzheimer’s type, 647-654 Adrenergic agonists, B, and B,, biological- Buthionine sulfoximine, for pharmacological time-dependent differences of effect modulation of cisplatin toxicity on rat aorta and influence of endothe- rhythms, 323-335 lium on, 159-172 Aggressive social stimuli, and lack of a phase shift of the circadian temperature rhythm in rats, 231-240 Cc Ampicillin, chronokinetics in active biliary secretion in rats, 309-321 Captopril, effect on the time-dependent varia- Angiotensin-converting enzyme inhibitor cap- tion of kaolin-induced writhing reac- topril effect on the time-dependent tion, 173-179 variation of kaolin-induced writhing Chronobiology principles and applications reaction, 173-179 (book review), 101-103 Aorta, rat Chronokinetics, of active biliary ampicillin se- biological-time-dependent differences in ef- cretion in rats, 309-321 fect of B,- and B,-adrenergic agonists Chronotherapeutics, Gallup survey of knowl- on and influence of endothelium on, edge and attitudes of American physi- 159-172 cians and public about, 377-394 temporal variation in effect of potassium Circadian pacemaker period in humans, lack chloride and phenylephrine on, 39-48 of impact of physical activity on, Asthma, serum cortisol as a marker of noctur- 49-57 nal worsening of symptoms and lung Circadian rhythm function in, 85-92 of activity in Japanese quail in constant darkness, 219-230 biochemical, modulation by lithium, 29-38 cellular requirements of SCN transplants B for restoration of, 551-566 effects of L-NAME on morphine-induced Biliary secretion chronokinetics, of ampicil- analgesia dependent on, 283-289 lin in rats, 309-321 endogenous, absence of seasonal variation Blood pressure of the phase of, 623-632 circadian profile in normotensive patients in the filter-feeding behavior of caddis fly with mild hyperthyroidism, 337-347 larvae, 595-606 effects of SCN lesions on circadian Gallup survey of the knowledge and atti- rhythm of, 135-145 tudes of American physicians and pub- Body temperature circadian rhythm, lack of lic about, 377-394 phase shift due to aggressive and sex- melatonin’s role in, 457-473 ual social stimuli, 231-240 photic entrainment in rodents, 395-423 Brain death, long-term heart rate fluctuations reactions to nasal continuous positive air- in patients with, 633-646 way pressure treatment, 265-273 Bright light therapy, for rest-activity rhythm Circadian system disorders in patients with vascular de- conditioning in, 447-456 676 SUBJECT INDEX TO VOLUME 15 of mammals, nonphotic entrainment of, Endothelium, influence on the biological- 425-445 time-dependent differences in effect organization in insects, 567-594 of B,- and B,-adrenergic agonists on Circadian timing lack, in interiidal inverte rat aorta, 159-172 brates, significance in the circatidal/ Entrainment circalunidian debate, 205-218 through conditioning, 447-456 Circatidal/circalunidian oscillators, signifi- nonphotic, of the circadian system of mam- cance of the lack of circadian timing mals, 425-445 in intertidal invertebrates in, 205-218 photic, of circadian rhythms in rodents, Circumnutation movements, of shoots of soy- 395-423 beans Glycine soja (Sieb. and Zucc.) and Glycine max (L.) Merr., 1-11 G Cisplatin toxicity rhythms, pharmacological modulation with buthionine sulfoxi- Gallup survey of attitudes and knowledge of mine, 323-335 American adults and physicians, find- Clarity, variability in circadian rhythm of ac- ings for medical chronobiology and tivity in Japanese quail in constant chronotherapeutics, 377-394 darkness, 219-230 Glucose circadian rhythm, modulation by lith- Contraceptives, comparison of salivary mela- ium, 29-38 tonin rhythms among users and nonus- Glycine soja (Sieb. and Zucc.) and Glycine ers in the subarctic (erratum), 100 max (L.) Merr. soybeans, ultradian Cortisol, serum, as a marker of nocturnal movements of shoots of, 1-11 worsening of symptoms and lung Gonyaulax \uciferase, circadian regulated, function in asthma, 85-92 constant mRNA level over the cycle, Crassulacean acid metabolism, circadian regu- 93-98 lation of phosphoenolpyruvate carbox- ylase in, 109-118 H D Hamsters, improvement of running wheel Daily rhythms, in male mice meiosis, 13-20 for, 147-158 Delayed sleep phase syndrome, role of mela- Heart rate tonin in the long-term treatment of, circadian profiles, in normotensive patients 181-190 with mild hyperthyroidism, 337-347 Demand-feeding activity, annual rhythms in fluctuations in postoperative and brain- sea bass, 607-622 dead patients, 633-646 Dementia, vascular and Alzheimer’s type, Humans morning bright light therapy for rest- absence of seasonal variation in the phase activity rhythm disorders in patients of the endogenous circadian rhythm with, 647-654 in, 623-632 Desmodium gyrans, ultradian rhythms in, illumination, seasonal and diurnal patterns 293-307 under natural conditions, 59-70 Diel feeding pattern, seasonal phase inver- lack of impact of physical activity on circa- sion in the sea bass, 607-622 dian pacemaker period in, 49-57 Diurnal variations, of human illumination un- Hyperthyroidism, mild, circadian blood pres- der natural conditions, 59-70 sure and heart rate profiles in normo- Drosophila melanogaster, oviposition in the tensive patients with, 337-347 period genotypes of, 119-133 E Inferential statistical method, for analysis of Endogenous pacemaker, versus synchronizing nonsinusoidal hybrid time series with mechanisms, 489-511 unequidistant observations, 191—204 SUBJECT INDEX TO VOLUME 15 Insects aquatic, filter-feeding behavior of caddis fly larvae reveals masking and circa- Male mice reproduction, daily rhythms in, dian rhythmicity, 595-606 13-20 organization of the circadian system in, Malondialdehyde circadian rhythm, modula- 567-594 tion by lithium, 29-38 Masking, in the filter-feeding behavior of caddis fly larvae, 595-606 J Medical chronobiology, Gallup survey of knowledge and attitudes of American Japanese quail, circadian rhythm in constant physicians and public about, 377-394 darkness, 219-230 Meiosis, daily rhythms in male mice, 13-20 Jet lag Melatonin optimal melatonin dosage for the allevia- optimal dosage for the alleviation of jet tion of (errata), 99 lag, 655-666 prevention by retaining home-base sleep (errata), 99 hours, 365-376 phase response curve in humans, as out of phase to phase response curve to light, 71-83 K role in the long-term treatment of delayed sleep phase syndrome, 181-190 Kaolin-induced writhing reaction, effect of role in vertebrate circadian rhythms, 457-473 captopril on the time-dependent varia- salivary rhythms, comparison among oral tion of, 173-179 contraceptive users and nonusers in the subarctic (erratum), 100 24-hour rhythm development in serum pro- L lactin and luteinizing hormone levels after neonatal administration in rats, Lactic acid circadian rhythm, modulation by 21-28 lithium, 29-38 Mood, effect of sleep loss on, 349-363 Leaf movements, in Desmodium, 293-307 Morphine, circadian-rhythm-dependent ef- Light fects of L-NAME on analgesia in- phase response curouvt oef p,has e to duced by, 283-289 phase response curve to melatonin in Motor activity, lack of impact on the period humans, 71-83 of the circadian pacemaker in hu- seasonal and diurnal patterns in humans un- mans, 49-57 der natural conditions, 59-70 Multiple components analysis, for analysis of Light pulses, brief, for phase resetting of a nonsinusoidal hybrid time series with mammalian circadian rhythm (erra- unequidistant observations, 191-204 tum), 667-668 Lithium, modulation of biochemical circadian rhythms in Wistar rats by, 29-38 L-NAME. See L-N”-Nitroarginine methyl ester N Locomotor activity, in the period genotypes of Drosophila melanogaster, 119-133 Nasal continuous positive airway pressure Luciferase, of Gonyaulax, constant mRNA treatment, circadian reactions to, level over the cycle, 93-98 265-273 Lung function, in asthma, serum cortisol as a Neural transplantation, of SCN for restora- marker of, 85—92 tion of circadian behavior, 513-533 Luteinizing hormone serum levels, 24-hour News and comments, 105-107, 291-292, rhythm development in rats neona- 669-670 tally administered melatonin, 21-28 L-N°-Nitroarginine methyl ester (L-NAME), SUBJECT INDEX TO VOLUME 15 circadian-rhythm-dependent effects on Protein kinase, plant, circadian regulation of, morphine-induced analgesia, 283-289 109-118 Nonphotic entrainment, of the circadian system of mammals, 425-445 R Nonsinusoidal hybrid time series, with unequidistant observations, analysis by Rest-activity disorders, in patients with vascu- inferential statistical method, 191-204 lar dementia and dementia of Alzhei- mer’s type, morning bright light ther- Oo apy for, 647-654 Rhythms Oviposition, in the period genotypes of Dro- annual, in demand-feeding activity in sea sophila melanogaster, 119-133 bass, 607-622 biochemical circadian, modulation in P Wistar rats by lithium, 29-38 circadian Pavlovian conditioning, for entrainment in of activity in Japanese quail in constant the circadian system, 447-456 darkness, 219-230 Peptic ulcer, rhythmic patterns in incidence of blood pressure, effects of SCN le- of, 241-264 sions on, 135-145 Period genotypes, of Drosophila melanogas of blood pressure and heart rate in nor- ter, OViposition in, 119-133 motensive patients with mild hyper- Phase resetting, rapid, of a mammalian circa- thyroidism, 337-347 dian rhythm by brief light pulses (er cellular requirements of SCN transplants ratum), 667—668 for the restoration of, 551-566 Phase response curve to melatonin, human, effects of L-NAME on morphine-in- as Out of phase with the phase re- duced analgesia dependent on, sponse curve to light, 71-83 283-289 Phenylephrine, temporal variation in effect endogenous, absence of seasonal varia- on rat aorta, 39-48 tion of the phase of, 623-632 Photic entrainment, of circadian rhythms in in the filter-feeding behavior of caddis rodents, 395-423 fly larvae, 595-606 Physical activity Gallup survey of the knowledge and atti- effect of sleep loss on temperature, mood, tudes of American physicians and pub- and physical performance of subjects lic about, 377-394 who habitually engage in, 349-363 mammalian, rapid phase resetting by lack of impact on the period of the circa brief light pulses (erratum), 667-668 dian pacemaker in humans, 49-57 melatonin’s role in, 457-473 Physical performance, effect of sleep loss on, photic entrainment in rodents, 395-423 349-363 reactions to nasal continuous positive air- Pigs, stress susceptible, fall and winter hor- way pressure treatment, 265-273 mone concentrations related to stress restoration by anterior hypothalamic in, 275-281 grafts containing the SCN, 513-533 Plant protein kinase, circadian regulation of, circadian temperature, lack of phase shift 109-118 due to aggressive and sexual social Postoperative patients, long-term heart rate stimuli, 231-240 fluctuations in, 633-646 daily, in male mice meiosis, 13-20 Potassium chloride, temporal variation in ef in vitro susceptibility, biological-time-de- fect on rat aorta, 39-48 pendent differences in effect of B,- Preference, of hamsters for a running wheel, and B,-adrenergic agonists of rat aorta 147-158 and influence of endothelium, Prolactin serum levels, 24-hour rhythm devel- 159-172 opment in rats neonatally adminis- in incidence of peptic ulcer perforation, tered melatonin, 21-28 241-264 SUBJECT INDEX TO VOLUME 15 of salivary melatonin among oral contra- Glycine max (L.) Merr., ultradian ceptive users and nonusers in the sub- movements of shoots of, 1-11 arctic (erratum), 100 Stress-susceptible pigs, fall and winter hor- 24 hour, in serum prolactin and luteinizing mone concentrations related to stress hormone levels in rats neonatally ad- in, 275-281 ministered melatonin, 21-28 Suprachiasmatic nucleus (SCN) ultradia lesions, effects on circadian blood pressure in Desmodium, 293-307 rhythm in normotensive and trans- in the effect of potassium chloride and genic hypertensive rats, 135-145 phenylephrine on rat aorta, 39-48 organization of, 475-487 of shoots of soybeans Glycine soja output signals of, 535-550 (Sieb. and Zucc.) and Glycine max photic entrainment of circadian rhythms as (L.) Merr., 1-11 a result of phase shifts in, 395-423 Running wheel, improvement of, 147-158 as a population of coupled oscillators, 489-511 restoration of circadian behavior by ante- S rior hypothalamic grafts containing, 513-533 SCN. See Suprachiasmatic nucleus transplants, cellular requirements for resto- Sea bass, annual rhythms in demand-feeding ration of circadian rhythm, 551-566 activity of, 607-622 Swine. See Pigs Season, and relation to stress-related hormone concentrations in stress-suscep- T tible pigs, 275-281 Seasonal phase inversion, of the Diel feeding pattern in sea bass, 607-622 Temperature, effect of sleep loss on, 349-363 Seasonal variations Time-dependent variations absence in the phase of the endogenous cir- in the effect of B,- and B,-adrenergic ago- cadian rhythm in humans, 623-632 nists of rat aorta and influence of en- of human illumination under natural condi- dothelium on, 159-172 tions, 59-70 of kaolin-induced writhing reaction, effect Selection, possibility in the circadian rhythm of captopril on, 173-179 of activity in Japanese quail in con- Toxicity rhythms, of cisplatin, pharmacologi- stant darkness, 219-230 cal modulation with buthionine sulfox- Sexual social stimuli, and lack of a phase imine, 323-335 shift of the circadian temperature rhythm in rats, 231-240 Sleep disorders apnea, circadian reactions to nasal continuous positive airway pressure treatment Ultradian rhythms for, 265-273 in Desmodium, 293-307 delayed sleep phase syndrome, role of mel- in the effect of potassium chloride and atonin in the long-term treatment of, phenylephrine on rat aorta, 39-48 181-190 of shoots of soybeans Glycine soja (Sieb. Sleep hours, home base, retention for preven- and Zucc.) and Glycine max (L.) tion of sleep loss, 365-376 Merr., 1-11 Sleep loss, effect on temperature, mood, and physical performance in subjects with different amounts of habitual physical V activity, 349-363 Social stimuli, aggressive and sexual, and Vasoactive agents, temporal variation in ef- lack of a phase shift of the circadian fect on rat aorta, 39-48 temperature rhythm in rats, 231-240 Vertebrate circadian rhythms, melatonin’s Soybeans Glycine soja (Sieb. and Zucc.) and role in, 457-473