Journal of Biological Rhythms 2007: Vol 22 Index & Table of Contents

2007·2.1 MB·English

INDEX
to
JOURNAL OF BIOLOGICAL RHYTHMS
Volume 22
Number 1 (February 2007), pp. 1-88
Number 2 (April 2007), pp. 89-196
Number 3 (June 2007), pp. 197-280
Number 4 (August 2007), pp. 281-372
Number 5 (October 2007), pp. 373-464
Number 6 (December 2007), pp. 465-568
Authors: CERMAKIAN NICOLAS, see Doi M
ABRAHAMSEN, JENNY FOSS, see Tsinkalovsky, O. CHEN, CHUN-CHUN, see Gror ie, B.| Dp
ANTLE, MICHAELC ., NICHOLAS C. FOLEY, DUNCAN K. CHENG, ANDREW TAI-ANN ee Gau, S. S.-F.
FOLEY, and RAE SILVER, “Gates and Oscillators II CHEN-GOODSPEED, MISTY na CHENG Crsi 7
Zeitgebers and the Network Model of the Brain Clock,” 14 lumor Suppression and ¢ } ian Function 90]
ANTLE, MICHAEL C., ROXANNE STERNICZUK, VICTO- HIU, YEN-NAN, see Gau, S. S
RIA M. SMITH, and KIMBERLY HAGEL, “Non-Photi« HO, SEHYUN ;, see Doi M
Modulation of Phase Shifts to Long Light Pulses,” 524. OMAS, M., D. G. M BEERSMA[ A K. SPOELSTRA, and
;
ANTLE, MICHAEL C., see Indic, P. S. DAAN, “Ci cadian Kespo! e Reduction in Light and
ARENDT, JOSEPHINseEe G,ibb s, M Nesp Kesto1 ition | ) ' Knn ess A \ Skeleton’ Light
BADIEE, AZADEH, see Tsinkalovsky, O ‘ulse PRC St uday in Mice is), 432
BAE, KIHO, and DAVID R. WEAVER, “Transient, Light ER, HO' WARD M., see M
Induced Rhythmicity in mPER-Deficient Mice” [Letter], 85 MARY K., see Bitt
BAE, KIHO, see Ko, H. W. ZEISLER, CHARLES A., see
BARTELL, PAUL A., MANUEL MIRANDA-ANAYA \AN, S., see Comas, M
WILSON McIVOR, and MICHAEL MENAKER, “Interac- ROBER] NTHER LEMM and
tions between Dopamine and Melatonin Organize MROSOVSKY, “Tow sier Methods of Studying
Circadian Rhythmicity in the Retina of the Green Iguana,’ Nonphotic Behavioral Ent I Mice 158
515. N, DENNIS A., Il, AA DA FLETCHER STEVEN R
BAUERNFEIND, AMY L., see Rymer, J d ELIZABETH . KLERMAN Dev eloping
BEAULIEU, CATHERINE, see Rufiange, M \ Models of } oral Performance
BEERSMA, D. G. M., see Comas, M for the ‘Real V Vorid G 4‘tO
BEHN, CECILIA DINIZ, see Best, } DESROSIERS, ( A\THERINI
BERSON, DAVID M., see Wong, K. Y. \NNE, see |
BEST, JANET, CECILIA DINIZ BEHN, GINA R. POE, and RAINER ee INI 1)
VICTORIA BOOTH, “Neuronal Models for Sleep-Wake SEHYUNG CHO IRENE YUJNOVSKY, Jl N
Regulation and Synaptic Reorganization in the Sleeping NICOLAS CER} [AKIAN ANDREW C. B
Hippocampus” [Summary], 220 CATO | \OOLOC) SASSO) E-CORSI Light-Inducible
BICHLER, DOMINIK, see Rieger, D ntrolied Ext f MAP Kinase Phos-
.—
BITTMAN, ERIC L., MARY K. COSTELLO, and JUDY 1 Mouse Cent iker Neurons,” 1]
Cy] A\/T
McKINLEY BREWER, “Circadian Organization of fau Z i DAVID IVOS IAN, VLADIMIR KOST’
Mutant Hamsters: Aftereffects and Splitting,” 425 \I MAGDALENA H¢ IDKOVA Photoper iodik
BLOCH, G., see Meshi, A. nd d Signals Cont Pattern of the
BOOTH, VICTORIA, see Best, J. Period Bug
BREWER, JUDY McKINLEY, see Bittman, E. L.
BROWN, SCOTT, see Rymer, J. DOYLE, FRANCIS J., III, see ¢
CAIN, SEAN W., DAVID W. RIMMER, JEANNE F. DUFFY DOYLE, FR \NCIS | II]
and CHARLES A. CZEISLER, “Exercise Distributed across DUFFY, JEANNE FE.,, see ¢
Day and Night Does Not Alter Circadian Period in DUMONT, MARIE, see G
Humans,” 534. DUMONT, MARIE see R
CATO, ANDREW C. B., see Doi, M EBIHARA, SHIZUFUMI
JOURNAL OF BIOLOGICAL RHYTHMS, Vol 22 No. 6, December
© 2007 Sage Publications
562
INDEX
to
JOURNAL OF BIOLOGICAL RHYTHMS
Volume 22
Number 1 (February 2007), pp. 1-88
Number 2 (April 2007), pp. 89-196
Number 3 (June 2007), pp. 197-280
Number 4 (August 2007), pp. 281-372
Number 5 (October 2007), pp. 373-464
Number 6 (December 2007), pp. 465-568
Authors: CERMAKIAN NICOLAS, see Doi M
ABRAHAMSEN, JENNY FOSS, see Tsinkalovsky, O. CHEN, CHUN-CHUN, see Gror ie, B.| Dp
ANTLE, MICHAELC ., NICHOLAS C. FOLEY, DUNCAN K. CHENG, ANDREW TAI-ANN ee Gau, S. S.-F.
FOLEY, and RAE SILVER, “Gates and Oscillators II CHEN-GOODSPEED, MISTY na CHENG Crsi 7
Zeitgebers and the Network Model of the Brain Clock,” 14 lumor Suppression and ¢ } ian Function 90]
ANTLE, MICHAEL C., ROXANNE STERNICZUK, VICTO- HIU, YEN-NAN, see Gau, S. S
RIA M. SMITH, and KIMBERLY HAGEL, “Non-Photi« HO, SEHYUN ;, see Doi M
Modulation of Phase Shifts to Long Light Pulses,” 524. OMAS, M., D. G. M BEERSMA[ A K. SPOELSTRA, and
;
ANTLE, MICHAEL C., see Indic, P. S. DAAN, “Ci cadian Kespo! e Reduction in Light and
ARENDT, JOSEPHINseEe G,ibb s, M Nesp Kesto1 ition | ) ' Knn ess A \ Skeleton’ Light
BADIEE, AZADEH, see Tsinkalovsky, O ‘ulse PRC St uday in Mice is), 432
BAE, KIHO, and DAVID R. WEAVER, “Transient, Light ER, HO' WARD M., see M
Induced Rhythmicity in mPER-Deficient Mice” [Letter], 85 MARY K., see Bitt
BAE, KIHO, see Ko, H. W. ZEISLER, CHARLES A., see
BARTELL, PAUL A., MANUEL MIRANDA-ANAYA \AN, S., see Comas, M
WILSON McIVOR, and MICHAEL MENAKER, “Interac- ROBER] NTHER LEMM and
tions between Dopamine and Melatonin Organize MROSOVSKY, “Tow sier Methods of Studying
Circadian Rhythmicity in the Retina of the Green Iguana,’ Nonphotic Behavioral Ent I Mice 158
515. N, DENNIS A., Il, AA DA FLETCHER STEVEN R
BAUERNFEIND, AMY L., see Rymer, J d ELIZABETH . KLERMAN Dev eloping
BEAULIEU, CATHERINE, see Rufiange, M \ Models of } oral Performance
BEERSMA, D. G. M., see Comas, M for the ‘Real V Vorid G 4‘tO
BEHN, CECILIA DINIZ, see Best, } DESROSIERS, ( A\THERINI
BERSON, DAVID M., see Wong, K. Y. \NNE, see |
BEST, JANET, CECILIA DINIZ BEHN, GINA R. POE, and RAINER ee INI 1)
VICTORIA BOOTH, “Neuronal Models for Sleep-Wake SEHYUNG CHO IRENE YUJNOVSKY, Jl N
Regulation and Synaptic Reorganization in the Sleeping NICOLAS CER} [AKIAN ANDREW C. B
Hippocampus” [Summary], 220 CATO | \OOLOC) SASSO) E-CORSI Light-Inducible
BICHLER, DOMINIK, see Rieger, D ntrolied Ext f MAP Kinase Phos-
.—
BITTMAN, ERIC L., MARY K. COSTELLO, and JUDY 1 Mouse Cent iker Neurons,” 1]
Cy] A\/T
McKINLEY BREWER, “Circadian Organization of fau Z i DAVID IVOS IAN, VLADIMIR KOST’
Mutant Hamsters: Aftereffects and Splitting,” 425 \I MAGDALENA H¢ IDKOVA Photoper iodik
BLOCH, G., see Meshi, A. nd d Signals Cont Pattern of the
BOOTH, VICTORIA, see Best, J. Period Bug
BREWER, JUDY McKINLEY, see Bittman, E. L.
BROWN, SCOTT, see Rymer, J. DOYLE, FRANCIS J., III, see ¢
CAIN, SEAN W., DAVID W. RIMMER, JEANNE F. DUFFY DOYLE, FR \NCIS | II]
and CHARLES A. CZEISLER, “Exercise Distributed across DUFFY, JEANNE FE.,, see ¢
Day and Night Does Not Alter Circadian Period in DUMONT, MARIE, see G
Humans,” 534. DUMONT, MARIE see R
CATO, ANDREW C. B., see Doi, M EBIHARA, SHIZUFUMI
JOURNAL OF BIOLOGICAL RHYTHMS, Vol 22 No. 6, December
© 2007 Sage Publications
562
INDEX 563
EDERY, ISAAC, see Ko, H. W. HELFRICH-FORSTER, CHARLOTTE, see Veleri, S.
EIKEN, HANS GEIR, see Tsinkalovsky, O. HERZEL, HANSPETER, see Reischl, S.
ELLIOTT, JEFFREY A., see Evans, J. A. HERZOG, ERIK D., see Indic, P.
EVANS, JENNIFER A., JEFFREY A. ELLIOTT, and HIRAYAMA, JUN, see Doi, M.
MICHAEL R. GORMAN, “Circadian Effects of Light No HIRT, ASLE, see Tsinkalovsky, O
Brighter Than Moonlight,” 356. HODKOVA, MAGDALENA, see Dolezel, D.
FERNALD, RUSSELL D., see Grone, B. HONG, CHRISTIAN L., see Zamborszky, J.
FLETCHER, ADAM, see Dean, D. A. HONMA, KEN-ICHI, see Noshiro, M.
FOLEY, DUNCAN K., see Morin, L. P. HONMA, SATO, see Noshiro, M.
FOLEY, NICHOLAS C., see Indic, P. HORIKAWA, KAZUMASA, see Ishihara, A.
FOLEY, NICHOLAS C., see Morin, L. P. HURSH, STEVEN R., see Dean, D. A.
FORGER, DANIEL, and WILLARD LARKIN, “Introduction ILLNEROVA, HELENA, see Sumova, A.
to the Special Section on Modeling Rhythms, Sleep, and INDIC, PREMANANDA, WILLIAM J. SCHWARTZ, ERIK D
Performance” [Summary], 199. HERZOG, NICHOLAS C. FOLEY, and MICHAEL C.
FORGER, DANIEL, DIDIER GONZE, DAVID VIRSHUP, ANTLI Modeling the Behavior of Coupled Cellular
and DAVID K. WELSH, “Beyond Intuitive Modeling: Circadian Oscillators in the Suprachiasmatic Nucleus”
Combining Biophysical Models with Innovative [Summary], 211
Experiments to Move the Circadian Clock Field Forward’ ISHIHARA, AKINORI, ERIKO MATSUMOTO, KAZUMASA
[Summary], 200. HORIKAWA, TAKASHI KUDO, EIKO SAKAO, AYAKO
FORGER, DANIEL B., see Sim, C. K. NEMOTO, KATSURO IWASE, HAJIME SUGIYAMA,
FRANCOIS, MARIE-CHRISTINE, see Merlin, C. YUTAKA TAMURA, SHIGENOBU SHIBATA, and
FRAUNHOLZ, CHRISTINA, see Rieger, D. MASAKI TAKIGUCHL, “Multifactorial Regulation of Daily
FUHRMANN, MARKUS, see Kiaulehn, S. Rhythms in Expression of the Metabolicaily Responsive
FUJII, KANA, see Yoshii, T. Gene Spot14 in the Mouse Liver,” 324.
FUJIMOTO, KATSUMI, see Noshiro, M. IWASAKI, HIDEO, see Miyoshi, F.
FURUKAWA, MASAE, see Noshiro, M. IWASE, KATSURO, see Ishihara, A.
GAU, SUSAN SHUR-FEN, CHI-YUNG SHANG, KATH- JACQUIN-JOLY, EMMANUELLE, see Merlin,C .
LEEN R. MERIKANGAS, YEN-NAN CHIU, WEI KAIZU, KAZUNARI, see Miyoshi, F.
TSUEN SOONG, and ANDREW TAI-ANN CHENG KATO, YUKIO, see Noshiro, M.
“Association between Morningness-Eveningness and KAWAMOTO, TAKESHI, see Noshiro, M.
Behavioral/Emotional Problems among Adolescents, KAWASHIMA, MIHOKO, see Kudo, T.
268. KIAULEHN, STEFANIE, OLGA VOYTSEKH, MARKUS
GIBBS, MICHELLE, SHELAGH HAMPTON, LINDA MOR- FUHRMANN, and MARIA MITTAG, “The Presence of
GAN, and JOSEPHINE ARENDT, “Predicting Circadian UG-Repeat Sequences in the 3’-UTRs of Reporter
Response to Abrupt Phase Shift: 6-Sulphatoxymelatonin Luciferase mRNAs Mediates Circadian Expression and
Rhythms in Rotating Shift Workers Offshore” [Letter], 368 Can Determine Acrophase in Chlamydomonas reinhardtii”
GONZE, DIDIER, see Forger, D [Letter], 275
GOOLEY, JOSHUA J., and CLIFFORD B. SAPER, “Is Food KIM, EUN YOUNG, see Ko, H. W.
Directed Behavior an Appropriate Measure of Circadian KLERMAN, ELIZABETH B., and MELISSA ST. HILAIRE,
Entrainment to Restricted Daytime Feeding?” [Comment] On Mathematical Modeling of Circadian Rhythms,
479. Pe rformance, and Alertness” [Review], 91.
GORMAN, MICHAEL R., see Evans, J. A. ER MAN, ELIZABETH B., see Dean, D. A.
:
GOULET, GENEVIEVE, VALERIE MONGRAIN, CATHER f RMAN, ELIZABETH B., see Kronauer, R. I
INE DESROSIERS, JEAN PAQUET, and MARII HYUK WAN, SUZANNE DiMASSA, EUN YOUNG
DUMONT, “Daily Light Exposure in Morning-Type and KIM, KIHO BAE, and ISAAC EDERY, “Cis-Combination
Evening-Type Individuals,” 151. e Classi r and pe Mutations Results in
GOYMANN, WOLFGANG, see Voigt =. ila with Ectopic Accumulation of
GRAHAM, DUSTIN M., see Wong, K. ¥ IH H erphospho| rv] ited PERIOD Protein,” 488.
GRONE, BRIAN P., SHENG ZHAO, CHUN-CHUN KOST’ AL, VLADIMIR, see Dolezel, D.
CHEN, and RUSSELL D. FERNALD, “Localization and KOVAC’IKOVA, ZUZANA, see Sumova, A.
Diurnal Expression of Melanopsin, Vertebrate Ancient KRAMER, ACHIM, see Reischl,S .
Opsin, and Pituitary Adenylate Cyclase-Activating KRONAUER, RICHARD E., GLENN GUNZELMANN,
Peptide mRNA in a Teleost Retina” [Letter], 558 HANS P. A. VAN DONGEN, FRANCIS J. DOYLE IIL, and
GUNAWAN, RUDIYANTO, and FRANCIS J. DOYLE III ELIZABETH B KLERMAN, “Uncovering Physiologic
“Phase Sensitivity Analysis of Circadian Rhythm Mechanisms of Circadian Rhythms and Sleep/Wake
Entrainment,” 180. Regulation through Mathematical Modeling” [Summary],
GUNZELMANN, GLENN, see Kronauer, R. I
HAGEL, KIMBERLY, see Antle, M. C. ), HIROSHI, see Noshiro, M.
HAMPTON, SHELAGH, see Gibbs, M DO, TAKASHI, TORU TAMAGAWA, MIHOKO
HATTAR, SAMER, see Mure, L. S KAWASHIMA, NATSUKO MITO, and SHIGENOBU
HELFRICH-FORSTER, CHARLOTTE, see Rieger, D SHIBATA, “Attenuating Effect of Clock Mutation on
564 JOURNAL OF BIOLOGICAL RHYTHMS / December 2007
Triglyceride Contents in the ICR Mouse Liver under a MORGAN, LINDA, see Gibbs, M.
High-Fat Diet,” 312. MORIN, LAWRENCE P., “SCN Organization Reconsidered”
KUDO, TAKASHL, see Ishihara, A. [Review], 3
KUPFER, DAVID J., see Monk, T. H. MROSOVSKY, N., see Dallman, R.
LACHAPELLE, PIERRE, see Rufiange, M. MURE, LUDOVIC S., CAMILLE RIEUX, SAMER HATTAR,
LAERUM, OLE DIDRIK, see Tsinkalovsky, O. and HOWARD M. COOPER, “Melanopsin-Dependent
LANDRY, GLENN J., and RALPH E. MISTLBERGER, “Food Nonvisual Responses: Evidence for Photopigment
Entrainment: Methodological Issues” [Reply], 484. Bistability In Vivo,” 411.
LANDRY, GLENN J., GLENN R. YAMAKAWA, IAN C. NAGY, ATTILA CSIKASZ, see Zamborszky, J.
WEBB, RHIANNON J. MEAR, and RALPH E. MISTL- NAITO, EMIKO, see Watanabe, 1
BERGER, “The Dorsomedial Hypothalamic Nucleus Is NAKAO, NOBUHIRO, see Watanabe, T.
Not Necessary for the Expression of Circadian Food- NAKAYAMA, YOICHI, see Miyoshi, F.
Anticipatory Activity in Rats,” 467. NEMOTO, AYAKO, see Ishihara, A.
LARKIN, WILLARD, see Forger, D. NOSHIRO, MITSUHIDE, EMIKO USUI, TAKESHI
LEE, CHENG CHI, see Chen-Goodspeed, M. KAWAMOTO, HIROSHI KUBO, KATSUMI FUJIMOTO,
LEITNER, STEFAN, see Voigt, C. MASAE FURUKAWA, SATO HONMA, MAKOTO MAK-
LEMM, GUNTHER, see Dallman, R. ISHIMA, KEN-ICHI HONMA, and YUKIO KATO,
LEVI, F., see Li, X. M. “Multiple Mechanisms Regulate Circadian Expression of
LI, X. M., and F. LEVI, “Circadian Physiology Is a Toxicity the Gene for Cholesterol 7a-Hydroxylase (Cyp7a), a Key
Target of the Anticancer Drug Gemcitabine in Mice,” 159. Enzyme in Hepatic Bile Acid Biosynthesis,”299.
LOBACHEVSKY, NIKOLAI IVANOVICH, “Principles of PAGE, TERRY L., see Rymer, J
Professional Ethics for Scientists” [Letter], 195. PAQUET, JEAN, see Goulet, G
LUCAS, PHILIPPE, see Merlin, C. PHILLIPS, A. J. K., and P. A. ROBINSON, “A Quantitative
MAIBECHE-COISNE, MARTINE, see Merlin, C. Model of Sleep-Wake Dynamics Based on the Physiology
MAIER, BERT, see Reischl, S. of the Brainstem Ascending Arousal System,” 167.
MAKISHIMA, MAKOTO, see Noshiro, M. POE, GINA R., see Best, J.
MATSUMOTO, ERIKO, see Ishihara, A. POPP, JOCHEN, see Rieger, D
McIVOR, WILSON, see Bartell, P. A. REISCHL, SILKE, KATJA VANSELOW, PAL O. WESTER-
MEAR, RHIANNON J., see Landry, G. J. MARK, NADINE THIERFELDER, BERT MAIER,
MENAKER, MICHAEL, see Bartell, P. A. HANSPETER HERZEL, and ACHIM KRAMER, “B-TrCP1-
MERIKANGAS, KATHLEEN R., see Gau, S. S.-F. Mediated Degradation of PERIOD2 Is Essential for
MERLIN, CHRISTINE, PHILIPPE LUCAS, DIDIER Circadian Dynamics,” 375
ROCHAT, MARIE-CHRISTINE FRANCOIS, MARTINI RIEGER, DIRK, CHRISTINA FRAUNHOLZ, JOCHEN
MAIBECHE-COISNE, and EMMANUELLE JACQUIN- POPP, DOMINIK BICHLER, RAINER DITTMANN,
JOLY, “An Antennal Circadian Clock and Circadian and CHARLOTTE HELFRICH-FORSTER, “The Fruit
Rhythms in Peripheral Pheromone Reception in the Moth Fly Drosophila melanogaster Favors Dim Light and
Spodoptera littoralis,” 502. Times Its Activity Peaks to Early Dawn and Late
MESHIL, A., and G. BLOCH, “Monitoring Circadian Rhythms Dusk,” 387
of Individual Honey Bees in a Social Environment Reveals RIEGER, DIRK, see Veleri, S
Social influences on Postembryonic Ontogeny of Activity RIEUX, CAMILLE, see Mure, L. S
Rhythms,”343. RIMMER, DAVID W., see Cain, S. W.
MEYER, PABLO, and MICHAEL W. YOUNG, “The 2006 ROBINSON, P. A., see Phillips, A. J. K
Pittendrigh/ Aschoff Lecture: New Roles for Old Proteins ROCHAT, DIDIER, see Merlin, ¢
in the Drosophila Circadian Clock” [Review], 283. ROSENLUND, BENEDIKTE, see Tsinkalovsky, O.
MIRANDA-ANAYA, MANUEL, see Bartell, P. A. RUFIANGE, MARIANNE, CATHERINE BEAULIEU, PIERRE
MISTLBERGER, RALPH E., see Landry, G. J. LACHAPELLE, and MARIE DUMONT, “Circadian Light
MITO, NATSUKO, see Kudo, T. Sensitivity and Rate of Retinal Dark Adaptation in Indoor
MITTAG, MARIA, see Kiaulehn, S. and Outdoor Workers,” 454
MIYASAKO, YOKO, YUJIRO UMEZAKI, and KENjl RYMER, JENNIFER, AMY L. BAUERNFEIND, SCOTT
TOMIOKA, “Separate Sets of Cerebral Clock Neurons Are BROWN, and TERRY L. PAGE, “Circadian Rhythms in
Responsible for Light and Temperature Entrainment of the Mating Behavior of the Cockroach, Leucophaea
Drosophila Circadian Locomotor Rhythms,” 115. maderae,” 43
MIYOSHI, FUMIHIKO, YOICHI NAKAYAMA, KAZU- SAKAO, EIKO, see Ishihara, A
NARI KAIZU, HIDEO IWASAKI, and MASARU SAPER, CLIFFORD B., see Gooley, J. J.
TOMITA, “A Mathematical Model for the Kai- SASSONE-CORSI, PAOLO, see Doi, M.
Protein—Based Chemical Oscillator and Clock Gene SAUMAN, IVO, see Dolezel, D
Expression Rhythms in Cyanobacteria,” 69. SCHWARTZ, WILLIAM J., see Indic, P.
MONGRAIN, VALERIE, see Goulet, G. SCHWARTZ, WILLIAM J., see Tavakoli-Nezhad, M.
MONK, TIMOTHY H., and DAVID J. KUPFER, “Which SHANG, CHI-YUNG, see Gau, S. S.-F.
Aspects of Morningness-Eveningness Change with Age?” SHIBATA, SHIGENOBU, see Ishihara, A.
[Letter], 278. SHIBATA, SHIGENOBU, see Kudo, T.
INDEX 565
SILVER, RAE, see Morin, L. P. WEBB, IAN C., see Landry, G. J.
SIM, CHOON KIAT, and DANIEL B. FORGER, “Modeling WELSH, DAVID K., “Gate Cells See the Light” [Comment], 26.
the Electrophysiology of Suprachiasmatic Nucleus WELSH, DAVID K., see Forger, D.
Neurons,” 445. WESTERMARK, PAL O., see Reischl, S.
SMAALAND, RUNE, see Tsinkalovsky, O. WONG, KWOON Y., DUSTIN M. GRAHAM, and DAVID M.
SMITH, VICTORIA M., see Antle, M. C. BERSON, “The Retina-Attached SCN Slice Preparation:
SOONG, WEI-TSUEN, see Gau, S. S.-F. An In Vitro Mammalian Circadian Visual System,” 400
SOTHERN, ROBERT B., see Tsinkalovsky, O. YAMAKAWA, GLENN R., see Landry, G. J.
SPOELSTRA, K., see Comas, M. YOSHII, TAISHI, KANA FUJII, and KENJI TOMIOKA,
ST. HILAIRE, MELISSA, see Klerman, E. B. “Induction of Drosophila Behavioral and Molecular
STANEWSKY, RALF, see Veleri, S. Circadian Rhythms by Temperature Steps in Constant
STEINE, SOLRUN, see Tsinkalovsky, O. Light,” 103.
STERNICZUK, ROXANNE, see Antle, M. C. YOSHIMURA, TAKASHI, see Watanabe, T.
SUGIYAMA, HAJIME, see Ishihara, A. YOUNG, MICHAEL W., see Meyer, P.
SUMOVA, ALENA, ZUZANA KOVACIKOVA, and YUJNOVSKY, IRENE, see Doi, M.
HELENA ILLNEROVA, “Dynamics of the Adjustment ZAMBORSZKY, JUDIT, CHRISTIAN I. HONG, and
of Clock Gene Expression in the Rat Suprachiasmatic ATTILA CSIKASZ NAGY, “Computational Analysis of
Nucleus to an Asymmetrical Change from a Long to a Mammalian Cell Division Gated by a Circadian Clock:
Short Photoperiod,” 259. Quantized Cell Cycles and Cell Size Control,” 542.
TAKIGUCHI, MASAKI, see Ishihara, A. ZHAO, SHENG, see Grone, B. P.
TAMAGAWA, TORU, see Kudo, T.
TAMURA, YUTAKA, see Ishihara, A. Articles:
TAO-CHENG, JUNG-HWA, see Tavakoli-Nezhad, M. “B-TrCP1-Mediated Degradation of PERIOD2 Is Essential
TAVAKOLI-NEZHAD, MAHBOUBEH, JUNG-HWA TAO- for Circadian Dynamics,” Reischl et al., 375.
CHENG, DAVID R. WEAVER, and WILLIAM J. “An Antennal Circadian Clock and Circadian Rhythms in
SCHWARTZ, “PER1-Like Immunoreactivity — in Peripheral Pheromone Reception in the Moth Spodoptera
Oxytocin Cells of the Hamster Hypothalamo- littoralis,” Merlin et al., 502.
Neurohypophyseal System” [Letter], 81. ‘Association between Morningness-Eveningness and
TEI, HAJIME, see Watanabe, T. Behavioral/Emotional Problems among Adolescents,”
THIERFELDER, NADINE, see Reischl, S. Gau et al., 268
TOMIOKA, KENJI, see Miyasako, Y. “Attenuating Effect of Clock Mutation on Triglyceride
TOMIOKA, KENJI, see Yoshii, T. Contents in the ICR Mouse Liver under a High-Fat
TOMITA, MASARU, see Miyoshi, F. Diet,” Kudo et al., 312.
TSINKALOVSKY, OLEG, RUNE SMAALAND, BENEDIKTI ‘Bimodal Clock Gene Expression in Mouse Suprachiasmatic
ROSENLUND, ROBERT B. SOTHERN, ASLE HIRT, SOL- Nucleus and Peripheral Tissues Under a 7-Hour Light and
RUN STEINE, AZADEH BADIEE, JENNY FOSS ABRA- 5-Hour Dark Schedule,” Watanabe et al., 58.
HAMSEN, HANS GEIR EIKEN, and OLE DIDRIK ircadian Effects of Light No Brighter Than Moonlight,”
LAERUM, “Circadian Variations in Clock Gene Expression Evans et al., 356.
of Human Bone Marrow CD34+ Cells,” 140. ircadian Organization of tau Mutant Hamsters:
UMEZAKI, YUJIRO, see Miyasako, Y. \ftereffects and Splitting,” Bittman et al., 425.
USUI, EMIKO, see Noshiro, M. ircadian Physiology Is a Toxicity Target of the Anticancer
VAN DONGEN, HANS P. A., see Kronauer, R. I Drug Gemcitabine in Mice,” Li and Lévi, 159.
VANSELOW, KATJA, see Reischl, S. ircadian Response Reduction in Light and Response
VELERI, SHOBI, DIRK RIEGER, CHARLOTTE HELFRICH- Restoration in Darkness: A ‘Skeleton’ Light Pulse PRC
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566 JOURNAL OF BIOLOGICAL RHYTHMS / December
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Rat Suprachiasmatic Nucleus to an Asymmetrical Change “Circadian Light Sensitivity and Rate of Retinal Dark
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“The Fruit Fly Drosophila melanogaster Favors Dim Light under Short-Day Conditions in Wild Canaries (Serinus
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Circadian Rhythms by Temperature Steps in Constant Predicting Circadian Response to Abrupt Phase Shift: 6-
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Chemical Oscillator and Clock Gene Expression isier Methods of Studying Nonphotic Behavioral
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“Modeling the Electrophysiology of Suprachiasmatic \spects of Morningness-Eveningness Change with
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“Multifactorial Regulation of Daily Rhythms in Expression
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Mouse Liver,” Ishihara et al., 324. The 2006 Pittendrigh schoff Lecture: New Rolfeors O ld
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Gene for Cholesterol 7a-Hydroxylase (Cyp7a), a Key
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“The Retina-Attached SCN Slice Preparation: An In Vitro on Modeling Rhythms,
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“Separate Sets of Cerebral Clock Neurons Are Responsible ipled Cellular Circadian
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Regulation and Synaptic
Comments: Hippocampus,” Best et al.,
“Gate Cells See the Light,” Welsh, 26
“Is Food-Directed Behavior an Appropriate Measure of ns of Circadian Rhythms
Circadian Entrainment to Restricted Daytime Feeding? rough Mathematical
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