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INDEX JOURNAL OF BIOLOGICAL RHYTHMS Volume 20 Number 1 (February 2005), pp. 1-96 Number 2 (April 2005), pp. 97-192 Number 3 (June 2005), pp. 193-276 Number 4 (August 2005), pp. 277-388 Number 5 (October 2005), pp. 389-476 Number 6 (December 2005), pp. 477-564 Authors: BRAINARD, GEORGE C., and JOHN P. HANIFIN, “Pho- AKIMOTO, HIDETOSHI, TOMOYA KINUMI, and tons, Clocks, and Consciousness,” 314 YOSHIHIRO OHMIYA, “Circadian Rhythm of a TCA BREWER, MICHELLE, DAVID LANGE, RUBEN BALER, Cycle Enzyme Is Apparently Regulated at the Trans- and ANA ANZULOVICH, “SREBP-1 as a Transcription- lational Level in the Dinoflagellate Lingulodinium al Integrator of Circadian and Nutritional Cues in the polyedrum,” 479. Liver,” 195. ALVAREZ, J. D., and AMITA SEHGAL, “The Thymus Is BURIOKA, NAOTO, see Fukuoka, ¥ Similar to the Testis in Its Pattern of Circadian Clock Gene BUTLER, MATTHEW P., see Park, J. H Expression,” 111. CAGAMPANG, E. R. A., see Dey, J ANZULOVICH, ANA, see Brewer, M. CARR, A.-J. E, see Dey, J. ARCHER, SIMON N., see Jenkins, A. CARRIER, JULIE, see Kawinska, A ARENDT, JOSEPHINE, see Revell, V. L. CAYETANOT, F., E. J. W. VAN SOMEREN, M. PERRET, and ARENDT, JOSEPHINE, “Melatonin: Characteristics, Con- F. AUJARD, “Shortened Seasonal Photoperiodic Cycles cerns, and Prospects,” 291. Accelerate Aging of the Diurnal and Circadian Locomo- AUJARD, F., see Cayetanot, F. tor Activity Rhythms in a Primate,” 461. BALER, RUBEN, see Brewer, M. CERMAKIAN, NICOLAS, see Guillaumond, F. BARTELL, PAUL A., and EBERHARD GWINNER, “A Sepa- CHAUDHURY, DIPESH, LOUISA M. WANG, and rate Circadian Oscillator Controls Nocturnal Migratory CHRISTOPHER S. COLWELL, “Circadian Regulationof Restlessness in the Songbird Sylvia borin,” 538. Hippocampal Long-Term Potentiation,” 225. BECKER-WEIMANN, SABINE, see Geier, F. CHEN, LUONAN, see Wang, R. BEERSMA, DOMIEN G. M., see Riiger, M. CLEMES, STACY A., and PETER A. HOWAR“TThHe ,Men - BEERSMA, DOMIEN G. M., “Why and How Do We Model strual Cycle and Susceptibility to Virtual Simulation Circadian Rhythms?” 304. Sickness,” 71 BENLOUCIE, S., M. J. GUICO, K. J. REID, L. F.W OLFE, M. COLOGNESI, ILARIA, see Bertolucci, C. L'HERMITE-BALERIAUX, and P. C. ZEE, “Stability of COLWELL, CHRISTOPHER S., see Chaudhury, D. Melatonin and Temperature as Circadian Phase Markers CZEISLER, CHARLES A., see Wright, K. P. and Their Relation to Sleep Times in Humans,” 178. DAAN, SERGE, see Riiger, M. BERNARDI, FRANCESCO, see Bertolucci, C. DAAN, SERGE, see Wirz-Justice, A BERTOLUCCI, CRISTIANO, MIRKO PINOTTIL, ILARIA DARDENTE, HUGUES, see Guillaumond, F. COLOGNESI, AUGUSTO FOA, FRANCESCO DE VRIES, BONNIE, see Riiger, M BERNARDI, and FRANCESCO PORTALUPPI, “Circa- DEY, J., A.-J. F CARR, F. R. A. CAGAMPANG, A. S. dian Rhythms in Mouse Blood Coagulation,” 219. SEMIKHODSKII, A. S. I. LOUDON, M. H. HASTINGS, BHATTACHARYA, SHARMISTHA, see Dey, R. and E. S. MAYWOOD, “The tau Mutation in the Syrian BORJIGIN, JIMO, see Liu, T. Hamster Differentially Reprograms the Circadian Clock BOULOS, ZIAD, and M. MILA MACCHI, “Season- and in the SCN and Peripheral Tissues,” 99. Latitude-Dependent Effects of Simulated Twilights on DEY, RUMA, SHARMISTHA BHATTACHARYA, and Circadian Entrainment,” 132. SAUMEN KUMAR MAITRA ‘Importance of JOURNALOF BIOLOGICAL RHYTHMS, Vol. 20 No. 6, December 2005 556-560 © 2005 Sage Publications 556 INDEX JOURNAL OF BIOLOGICAL RHYTHMS Volume 20 Number 1 (February 2005), pp. 1-96 Number 2 (April 2005), pp. 97-192 Number 3 (June 2005), pp. 193-276 Number 4 (August 2005), pp. 277-388 Number 5 (October 2005), pp. 389-476 Number 6 (December 2005), pp. 477-564 Authors: BRAINARD, GEORGE C., and JOHN P. HANIFIN, “Pho- AKIMOTO, HIDETOSHI, TOMOYA KINUMI, and tons, Clocks, and Consciousness,” 314 YOSHIHIRO OHMIYA, “Circadian Rhythm of a TCA BREWER, MICHELLE, DAVID LANGE, RUBEN BALER, Cycle Enzyme Is Apparently Regulated at the Trans- and ANA ANZULOVICH, “SREBP-1 as a Transcription- lational Level in the Dinoflagellate Lingulodinium al Integrator of Circadian and Nutritional Cues in the polyedrum,” 479. Liver,” 195. ALVAREZ, J. D., and AMITA SEHGAL, “The Thymus Is BURIOKA, NAOTO, see Fukuoka, ¥ Similar to the Testis in Its Pattern of Circadian Clock Gene BUTLER, MATTHEW P., see Park, J. H Expression,” 111. CAGAMPANG, E. R. A., see Dey, J ANZULOVICH, ANA, see Brewer, M. CARR, A.-J. E, see Dey, J. ARCHER, SIMON N., see Jenkins, A. CARRIER, JULIE, see Kawinska, A ARENDT, JOSEPHINE, see Revell, V. L. CAYETANOT, F., E. J. W. VAN SOMEREN, M. PERRET, and ARENDT, JOSEPHINE, “Melatonin: Characteristics, Con- F. AUJARD, “Shortened Seasonal Photoperiodic Cycles cerns, and Prospects,” 291. Accelerate Aging of the Diurnal and Circadian Locomo- AUJARD, F., see Cayetanot, F. tor Activity Rhythms in a Primate,” 461. BALER, RUBEN, see Brewer, M. CERMAKIAN, NICOLAS, see Guillaumond, F. BARTELL, PAUL A., and EBERHARD GWINNER, “A Sepa- CHAUDHURY, DIPESH, LOUISA M. WANG, and rate Circadian Oscillator Controls Nocturnal Migratory CHRISTOPHER S. COLWELL, “Circadian Regulationof Restlessness in the Songbird Sylvia borin,” 538. Hippocampal Long-Term Potentiation,” 225. BECKER-WEIMANN, SABINE, see Geier, F. CHEN, LUONAN, see Wang, R. BEERSMA, DOMIEN G. M., see Riiger, M. CLEMES, STACY A., and PETER A. HOWAR“TThHe ,Men - BEERSMA, DOMIEN G. M., “Why and How Do We Model strual Cycle and Susceptibility to Virtual Simulation Circadian Rhythms?” 304. Sickness,” 71 BENLOUCIE, S., M. J. GUICO, K. J. REID, L. F.W OLFE, M. COLOGNESI, ILARIA, see Bertolucci, C. L'HERMITE-BALERIAUX, and P. C. ZEE, “Stability of COLWELL, CHRISTOPHER S., see Chaudhury, D. Melatonin and Temperature as Circadian Phase Markers CZEISLER, CHARLES A., see Wright, K. P. and Their Relation to Sleep Times in Humans,” 178. DAAN, SERGE, see Riiger, M. BERNARDI, FRANCESCO, see Bertolucci, C. DAAN, SERGE, see Wirz-Justice, A BERTOLUCCI, CRISTIANO, MIRKO PINOTTIL, ILARIA DARDENTE, HUGUES, see Guillaumond, F. COLOGNESI, AUGUSTO FOA, FRANCESCO DE VRIES, BONNIE, see Riiger, M BERNARDI, and FRANCESCO PORTALUPPI, “Circa- DEY, J., A.-J. F CARR, F. R. A. CAGAMPANG, A. S. dian Rhythms in Mouse Blood Coagulation,” 219. SEMIKHODSKII, A. S. I. LOUDON, M. H. HASTINGS, BHATTACHARYA, SHARMISTHA, see Dey, R. and E. S. MAYWOOD, “The tau Mutation in the Syrian BORJIGIN, JIMO, see Liu, T. Hamster Differentially Reprograms the Circadian Clock BOULOS, ZIAD, and M. MILA MACCHI, “Season- and in the SCN and Peripheral Tissues,” 99. Latitude-Dependent Effects of Simulated Twilights on DEY, RUMA, SHARMISTHA BHATTACHARYA, and Circadian Entrainment,” 132. SAUMEN KUMAR MAITRA ‘Importance of JOURNALOF BIOLOGICAL RHYTHMS, Vol. 20 No. 6, December 2005 556-560 © 2005 Sage Publications 556 INDEX 557 Photoperiods in the Regulation of Ovarian Activities in HONMA, KEN-ICHI, see Noshiro, M. Indian Major Carp Catla catla in an Annual Cycle,” 145 HONMA, SATO, see Noshiro, M. DIJK, DERK-JAN, and MALCOLM von SCHANTZ, “Tim- HOWARTH, PETER A., see Clemes, S. A. ing and Consolidation of Human Sleep, Wakefulness, IMAIZUMI, YUJI, see Liu, H.-N. and Performance by a Symphony of Oscillators,” 279 JENKINS, AARON, SIMON N. ARCHER, and MALCOLM DUFFY, JEANNE E,, see Wright, K. P. SCHANTZ, “Expansion during Primate Radiation DUFFY, JEANNE E,, and KENNETH P. WRIGHT, JR., “En- Variable Number Tandem Repeat in the Coding Re- trainment of the Human Circadian System by Light g the Circadian Clock Gene Period3” [Letter], 470. 326. ‘ KATO, YUKIO, see Noshiro, M. DUMONT, MARIE, see Kawinska, A. KAWAMOTO, TAKESHI, see Noshiro, M. EASTMAN, CHARMANE L., see Revell, V. L. KAWINSKA, ANNA, MARIE DUMONT, BRAHIM ELLIOTT, JEFFREY A., see Gorman, M. R. SELMAOUIL, JEAN PAQUET, and JULIE CARRIER, “Are EMENS, JONATHAN S., ALFRED J. LEWY, BRYAN J Modifications of Melatonin Circadian Rhythm in the LEFLER, and ROBERT L. SACK, “Relative Coordination Middle Years of Life Related to Habitual Patteorf nLisgh t to Unknown ‘Weak Zeitgebers’ in Free-Running Blind In- I re?” 45 dividuais,” 159. KENDALL, MAGDALENA, see Gorman, M. R. ENDO, MASAHIRO, see Fukuoka, Y. KINUMI, TOMOYA, see Akimoto, H FOA, AUGUSTO, see Bertolucci, ¢ KITA, MUNETO, see Hirai,K . FOLKARD, SIMON, see Wirz-Justice, A. KLERMAN, ELIZABETH B., “Clinical Aspects of Human FOSTER, RUSSELL G., see Munoz, M 1 Rhythms,” 375 FUJIWARA, YUU, see Hirai, K. KRA I \CHIM, see ¢ eier, | FUKUOKA, YASUSHI, NAOTO BURIOKA, MIYAKO L’HERMITE-BALERIAUX, M., see Benloucif,S . TAKATA, SHIGEHIRO OHDO, MASANORI MIYATA LAMBERT, CHRISTOPHER M., KAZ K. MACHIDA, MASAHIRO ENDO, and EIJI SHIMIZ\ RA SMALE, ANTONIO A. NUNEZ, and DAVIDR . “Glucocorticoid Administration Increases hPer] mRNA ER, “Analysis of the Prokineticin 2 System in a Di- Levels in Human Peripheral Blood Mononuclear Cells In Rodent, the Unstriped Nile Grass Rat (Arvicanthis Vitro or In Vivo,” 550. FURUKAWA, MASAE, see Noshiro, M. LAN AVID, see Brewer, M. FURUZONO, SHINJI, see Liu, H.-N LEI RES 1., see Mohawk, J. A. GEIER, FLORIAN, SABINE BECKER-WEIMANN, ACHIM LE] RY see Emens, J. S. KRAMER, and HANSPETER HERZEL, “Entrainment in LI FREI e Emens, J. S. a Model of the Mammalian Circadian Oscillator,” 83 LI FRED, see Wirz-]ustice, A. GIGUERE, VINCENT, see Guillaumond, | LI, XINGFANG, see Sprouse, J GORDIJN, MARIJKE C. M., see Riiger, M. Lit HONG-NIAN, SUSUMU OHYA, SHINJI GORMAN, MICHAEL R., MAGDALENA KENDALL, and ZONO, JING WANG, YUJI IMAIZUMI, and JEFFREY A. ELLIOTT, “Scotopic Illumination Enhances INSUKE NAKAYAMA, “Co-contributofi oIPn, R and Entrainment of Circadian Rhythms to Lengthening ( flux Pathways to Pacemaker Ca** Activity in Light:Dark-Cycles,” 38. St 1 1CC GRONFIER, CLAUDE, see Wright, K. P. LIU, TIECHENG 1 JIMO BORJIGIN, “Free-Running GUICO, M. J., see Benloucif, S. | s of Pineal Circadian Output,” 430. GUILLAUMOND, FABIENNE, HUGUES DARDENTI Lit IECHENG und JIMO BORJIGIN, “Reentrainment of VINCENT GIGUERE, and NICOLAS CERMAKIAN n Pacemaker through Three Distinct Stages,” “Differential Control of Bmall Circadian Transc ription by REV-ERB and ROR Nuclear Receptors,” 391 LO EVSKY, NIKOLAITVANOVICH, “You Whininga t Mi | ette 120 GUO, AIKE, see Zhou, X. GWINNER, EBERHARD, see Bartell, P. A LOUDON, A. S. I|., see Dey, J. HAMADA, TAIZO, see Noshiro, M. LUND, REIMER, see Wirz-]ustice, A. HANIFIN, JOHN P., see Brainard, G. C. MACCHI, M. MILA, see Boulos, Z. HANKINS, MARK W., see Munoz, M. MACHIDA, KAZ K., see Lambert, C. M. HASTINGS, M. H., see Dey, J. MAITRA, SAUMEN KUMAR, see Dey, R. HERZEL, HANSPETER, see Geier, F. MAYWOOD, E. S., see Dey, J. HIRAI, KEISUKE, MUNETO KITA, HIROYUKI OHTA McNEISH, JOHN, see Sprouse, J. HISAO NISHIKAWA, YUU FUJTWARA, SHIGENORI MENAKER, MICHAEL, see Yoshikawa, T. OHKAWA, and MASAOMI MIYAMOTO, “Ramelteon MISTLBERGER, RALPH E., and DEBRA J. SKENE, (TAK-375) Accelerates Reentrainment of Circadian N hotic Entrainment in Humans?” 339. Rhythm after aP hase Advanceo f the Light-Dark Cycle in MIYAMOTO, MASAOML see Hirai, K. Rats,” 27. MIYATA, MASANORIL see Fukuoka, Y. 558 JOURNALO F BIOLOGICAL RHYTHMS / December 2005 MOHAWK, JENNIFER A., and THERESA M. LEE, “Re- SCHWARTZ, M. D., and L.S MALE, “Individual Differences straint Stress Delays Reentrainment in Male and Female in Rhythms of Behavioral Sleep and Its Neural Substrates Diurnal and Nocturnal Rodents,” 245. in Nile Grass Rats,” 526. MONK, TIMOTHY H., “Aging Human Circadian Rhythms: SCHWARTZ, WILLIAM J., see Tavakoli-Nezhad, M. Conventional Wisdom May Not Always Be Right,” 366. SEHGAL, AMITA, see Alvarez, J. D. MORIN, LAWRENCE P., see Muscat, L. SELMAOUI, BRAHIM, see Kawinska, A. MUNOZ, MARTA, STUART N. PEIRSON, MARK W. SEMIKHODSKIL, A. S., see Dey, J. HANKINS, and RUSSELLG. FOSTER, “Long-Term Con- SHIMIZU, EIJI, see Fukuoka, Y. stant Light Induces Constitutive Elevated Expression of SKENE, DEBRA J., see Mistlberger, R. | mPER2 Protein in the Murine SCN: A Molecular Basis for SKENE, DEBRA J., see Revell, V. | Aschoff’s Rule?” 3. SMALE, L., see Schwartz, M. D. MUSCAT, LOUISE, and LAWRENCE P. MORIN, “Binocu- SMALE, LAURA, see Lambert, C. M lar Contributions to the Responsiveness and Integrative SPROUSE, JEFFREY, XINGFANG LI, JEFFREY STOCK, Capacity of the Circadian Rhythm System to Light,” 513. JOHN McNEISH, and LINDA REYNOLDS, “Circadian NADKARNI, NACHIKET A., MICHAEL E. WEALE, Rhythm Phenotype of 5-HT7 Receptor Knockout Mice: 5- MALCOLM von SCHANTZ, and MARK G. THOMAS, HT and 8-OH-DPAT-Induced Phase Advances of SCN “Evolution of a Length Polymorphism in the Human Neuronal Firing,” 122. PER3 Gene, a Component of the Circadian System,” 490. STOCK, JEFFREY, see Sprouse, J. NAKAYAMA, SHINSUKE, see Liu, H.-N. TAKATA, MIYAKO, see Fukuoka, Y. NISHIKAWA, HISAO, see Hirai, K. TAVAKOLI-NEZHAD, MAHBOUBEH, and WILLIAM J. NOSHIRO, MITSUHIDE, MASAE FURUKAWA, SATO SCHWARTZ c-Fos Expression in the Brains of HONMA, TAKESHI KAWAMOTO, TAIZO HAMADA, Behaviorally ‘Split’ Hamsters in Constant Light: Calling KEN-ICHI HONMA, and YUKIO KATO, “Tissue- Attention to a Dorsolateral Region of the Specific Disruption of Rhythmic Expression of Decl and Suprachiasmati¢ Nucleus and the Medial Division of the Dec2 in Clock Mutant Mice,” 404. Lateral Habenula,” 419 NUNEZ, ANTONIO A., see Lambert, C. M. TERMAN, MICHAEL, see Revell, V. | OHDO, SHIGEHIRO, see Fukuoka, Y. THOMAS, MARK G., see Nadkarni, N. A. OHKAWA, SHIGENORL, see Hirai, K. VAN SOMEREN, E. J. W., see Cayetanot, F. OHMIYA, YOSHIHIRO, see Akimoto, H. VON SCHANTZ, MALCOLM, see Dijk, D.-]. OHTA, HIROYUKI, see Hirai, K. VON SCHANTZ, MALCOLM, see Jenkins, A. OHYA, SUSUMU, see Liu, H.-N. VON SCHANTZ, MALCseOe NaLdkaMrni,, N. A. PAQUET, JEAN, see Kawinska, A. WANG, JING, see Liu, H.-N. PARK, JIN HO, MATHEW J. PAUL, MATTHEW P. BUTLER, WANG, LOUISA M., see Chaudhury, D and IRVING ZUCKER, “Binocular Interactions in the En- WANG, RUIOQL, and LUONAN CHEN, “Synchronizing Ge- trainment and Phase Shifting of Locomotor Activity netic Oscillators by Signaling Molecules,” 257. Rhythms in Syrian Hamsters,” 49. WEALE, MICHAEL E., see Nadkarni, N. A. PAUL, MATHEW J., see Park, J. H. WEAVER, DAVID R., see Lambert, C. M PEIRSON, STUART N., see Munoz, M. WIRZ-JUSTICE, ANNA, SERGE DAAN, SIMON PERRET, M., see Cayetanot, F. FOLKARD, ALFRED LEWY, REIMER LUND, and PINOTTI, MIRKO, see Bertolucci, C. JURGEN ZULLEY, “Riitger Wever: An Appreciation” PORTALUPPI, FRANCESCO, see Bertolucci, C. [Letter], 554 RUGER, MELANIE, MARIJKE C. M. GORDIJN, DOMIEN WOLEFE, L. E., see Benloucif, S. G. M. BEERSMA, BONNIE DE VRIES, and SERGE WRIGHT, JR., KENNETH P., CLAUDE GRONFIER, DAAN, “Nasal versus Temporal Illumination of the Hu- JEANNE F. DUFFY, and CHARLES A. CZEISLER, “In- man Retina: Effects on Core Body Temperature, trinsic Period and Light Intensity Determine the Phase Melatonin, and Circadian Phase,” 60. Relationship between Melatonin and Sleep in Humans,” REID, K. J., see Benloucif, S. 168. REVELL, VICTORIA L., and CHARMANE I. EASTMAN, WRIGHT, JR., KENNETH P., see Duffy, J. F. “How to Trick Mother Nature into Letting You Fly YAMAZAKI, SHIN, see Yoshikawa, T. Around or Stay Up All Night,” 353. YOSHIKAWA, TOMOKO, SHIN YAMAZAKI, and REVELL, VICTORIA L., JOSEPHINE ARENDT, MICHAEL MICHAEL MENAKER, “Effects of Preparation Time on TERMAN, and DEBRA J. SKENE, “Short-Wavelength Phase of Cultured Tissues Reveal Complexity of Circa- Sensitivity of the Human Circadian System to Phase- dian Organization,” 500. Advancing Light” [Letter], 270. YUAN, CHUNYseAe NZho,u, X REYNOLDS, LINDA, see Sprouse, J. ZEE, P. C., see Benloucif, S. SACK, ROBERT L., see Emens, J. S. ZHOU, XIANJU, CHUNYAN YUAN, and AIKE GUO, “Drosophila Olfactory Response Rhythms Require Clock INDEX 559 Genes but Not Pigment Dispersing Factor or Lateral Running Rhythms of Pineal Circadian Output,” Liu Neurons,” 237. ind Boriigin, 430 ZUCKER, IRVING, see Park, J. H. ick Mother Nature into Letting You Fly Around ZULLEY, JURGEN, see Wirz-Justice, A. or Stay Up All Night,” Revell and Eastman, 353. mportance of Photoperiods in the Regulation of Ovarian Articles: \ctivities in Indian Major Carp Catla catla in an Annual ‘Aging Human Circadian Rhythms: Conventional Wisdom Ly Wey eta l 45 May Not Always Be Right,” Monk, 366. Differences in Rhythms of Behavioral Sleep and “Analysis of the Prokineticin 2 System in a Diurnal Rodent, Its N Substrates in Nile Grass Rats,” Schwartz and Sn e, 526 Lambert et al., 206. ntrinsic Period and Light Intensity Determine the Phase ‘Are Modifications of Melatonin Circadian Rhythm in the Relationship between Melatonin and Sleepi n Humans,” Middle Years of Life Related to Habitual Patterns of Light W l y | t { il 168 Exposure?” Kawinska et al., 451. Long-Term Constant Light Induces Constitutive Elevated “Binocular Contributions to the Responsiveness and Inte- | . ression of mPER2 Protein in the Murine SCN: A Mo- grative Capacity of the Circadian Rhythm System to lecu Basis for Aschoff’s Rule?” Munoz et al., 3. Light,” Muscat and Morin, 513. Mel n: Characteristics, Concerns, and Prospects,” “Binocular Interactions in the Entrainment and Phase Shift ingo f Locomotor Activity Rhythms in Syrian Hamsters e Menstrual ¢ e and Susceptibility to Virtual Simula- Park et al., 49. tion Sickness,” Clemes and Howarth7,1 . “c-Fos Expression in the Brainso f Behaviorally ‘Split’ Ham Nas ersus Temporal Illumination of the Human Retina: sters in Constant Light: Calling Attention to a Ef Core Body Temperature, Melatonin, and Circa- Dorsolateral Region of the Suprachiasmatic Nucleus and d Phase Riigere t al., 60. the Medial Division of the Lateral Habenula,” Tavakoli Non 1inment in Humans?” Mistlberger and Nezhad and Schwartz, 419. ‘Circadian Regulation of Hippocampal Long-Term Photo Clocks, and Consciousness,” Brainard and Potentiation,” Chaudhury et al., 225. “Circadian Rhythm of a TCA Cycle Enzyme Is Apparently R yn (TAK-375) Accelerates Reentrainomfe Cnirtca - Regulated at the Translational Level in the Dinoflagellate Rhythm after a Phase Advance of the Light-Dark Lingulodinium polyedrum,” Akimoto et al., 479 Cycle in Rats,” Hiraie t al., 27. “Circadian Rhythm Phenotype of 5-HT7 Receptor Knockout Re ent of the Circadian Pacemaker through Three Mice: 5-HT and 8-OH-DPAT-Induced Phase Advances of Distinct Stages,” Liu and Borjigin, 441. SCN Neuronal Firing,” Sprouse et al., 122 Relat Coord ion to Unknown ‘Weak Zeitgebers’ in “Circadian Rhythms in Mouse Blood Coagulation Free-Running Blind Individuals,” Emens et al., 159. Bertolucci et al., 219. Re t St tress Delays Reentrainment in Male and Female “Clinical Aspectso f Human Circadian Rhythms, Klerman ind Nocturnal Rodents,” Mohawk and Lee, 245. , o 3 scoto Illumina ition Enhances Entrainment of Circadian “Co-contribution of IP,R and Ca~* Influx Pathways to Pace- R ms to Lengthening Light:Dark Cycles,” Gorman maker Ca Activity in Stomach ICC,” Liu et al., 15. eta 38 “Differential Control of Bimall Circadian Transcription by Seasc ind Latitude-Dependent Effeof cSimtulsate d Twi- REV-ERB and ROR Nuclear Receptors,” Guillaumond lights on Circadian Entrainment,” Boulos and Macchi, et al., 391. ‘Drosophila Olfactory Response Rhythms Require Clock \ Separate Circadian Oscillator Controls Nocturnal Migra- Genes but Not Pigment Dispersing Factor or Lateral t Restlessness in the Songbird Sylvia borin,” Bartell Neurons,” Zhou et al., 237. and Gwinner, 538 “Effects of Preparation Time on Phase of Cultured Tissues Shortened Seasonal Photoperiodic Cycles Accelerate Ag- Reveal Complexity of Circadian Organization the Diurnal and Circadian Locomotor Activity Yoshikawa et al., 500. Rhythms in a Primate,” Cayetanot et al., 461. “Entrainment in a Model of the Mammalian Circadian Os- SREBP-1 as a Transcriptional Integrator of Circadian and cillator,” Geier et al., 83. Nutritional Cues in the Liver,” Brewer et al., 195. “Entrainment of the Human Circadian System by Light, Stability of Melatonin and Temperature as Circadian Phase Duffy and Wright, 326. Markers and Their Relation to Sleep. Times in Humans,” “Evolution of a Length Polymorphism in the Human PER3 Benloucif et al., 178 Gene, a Component of the Circadian System,” Nadkarni Synchronizing Genetic Oscillators by Signaling Mole- et al., 490. cules Wang and Chen, 257. 560 JOURNAL OF BIOLOGICAL RHYTHMS / December 2005 “The tau Mutation in the Syrian Hamster Differentially Re- Letters: programs the Circadian Clock in the SCN and Peripheral “Expansion during Primate Radiation of a Variable Number Tissues,” Dey et al., 99. Tandem Repeat in the Coding Region of the Circadian “The Thymus Is Similar to the Testis in Its Pattern of Circa- Clock Gene Period3,” Jenkins et al., 470. dian Clock Gene Expression,” Alvarez and Sehgal, 111. “Glucocorticoid Administration Increases hPerl mRNA “Timing and Consolidation of Human Sleep, Wakefulness, Levels in Human Peripheral Blood Mononuclear Cells In and Performance by a Symphony of Oscillators,” Dijk Vitro or In Vivo,” Fukuoka et al., 550. and von Schantz, 279. “Riitger Wever: An Appreciation,” Wirz-Justice et al., 554 “Tissue-Specific Disruption of Rhythmic Expression of Dec] “Short-Wavelength Sensitivity of the Human Circadian Sys- and Dec2 in Clock Mutant Mice,” Noshiro et al., 404. tem to Phase-Advancing Light,” Revell et al., 270. “Why and How Do We Model Circadian Rhythms?” “You Whining at Me?” Lobachevsky, 189. Beersma, 304.