Manipulating circadian clock neuron firing rate resets molecular circadian rhythms and behavior von Jones, Jeff R, Tackenberg, Michael C, McMahon, Douglas G

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The risks of using the chi-square periodogram to estimate the period of biological rhythms von Tackenberg, Michael C., Hughey, Jacob J.

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Photoperiod Programs Dorsal Raphe Serotonergic Neurons and Affective Behaviors von Green, Noah H., Jackson, Chad R., Iwamoto, Hideki, Tackenberg, Michael C., McMahon, Douglas G.

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Neonicotinoids disrupt circadian rhythms and sleep in honey bees von Tackenberg, Michael C., Giannoni-Guzmán, Manuel A., Sanchez-Perez, Erik, Doll, Caleb A., Agosto-Rivera, José L., Broadie, Kendal, Moore, Darrell, McMahon, Douglas G.

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Photoperiodic Programming of the SCN and Its Role in Photoperiodic Output von Tackenberg, Michael C., McMahon, Douglas G.

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REV-ERB nuclear receptors in the suprachiasmatic nucleus control circadian period and restrict diet-induced obesity von Adlanmerini, Marine, Krusen, Brianna M., Nguyen, Hoang C. B., Teng, Clare W., Woodie, Lauren N., Tackenberg, Michael C., Geisler, Caroline E., Gaisinsky, Jane, Peed, Lindsey C., Carpenter, Bryce J., Hayes, Matthew R., Lazar, Mitchell A.

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Revealing Oft-cited but Unpublished Papers of Colin Pittendrigh and Coworkers von Tackenberg, Michael C., Johnson, Carl H., Page, Terry L., Daan, Serge

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Optogenetic stimulation of VIPergic SCN neurons induces photoperiodic‐like changes in the mammalian circadian clock von Tackenberg, Michael C., Hughey, Jacob J., McMahon, Douglas G.

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Optogenetic Methods for the Study of Circadian Rhythms von Jones, Jeff R., Tackenberg, Michael C., McMahon, Douglas G.

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Distinct Components of Photoperiodic Light Are Differentially Encoded by the Mammalian Circadian Clock von Tackenberg, Michael C., Hughey, Jacob J., McMahon, Douglas G.

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Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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Nuclear receptor corepressors non-canonically drive glucocorticoid receptor-dependent activation of hepatic gluconeogenesis von Hauck, Amy K., Mehmood, Rashid, Carpenter, Bryce J., Frankfurter, Maxwell T., Tackenberg, Michael C., Inoue, Shin-ichi, Krieg, Maria K., Cassim Bawa, Fathima N., Midha, Mohit K., Zundell, Delaine M., Batmanov, Kirill, Lazar, Mitchell A.

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Circadian Clocks: Methods and Protocols von Brown, Steven A

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Supplementary Material, Fig._S1 – Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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Supplementary Material, Fig._S2 – Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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Supplementary Material, Fig._S3 – Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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Supplementary Material, Fig._S5 – Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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Supplementary Material, Fig._S4 – Tau-independent Phase Analysis: A Novel Method for Accurately Determining Phase Shifts von Tackenberg, Michael C., Jones, Jeff R., Page, Terry L., Hughey, Jacob J.

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