Plenary Lecturers

Gad Asher, Ph.D.                        Weizmann Institute of Science Rhythmic oxygen levels reset circadian clocks through HIF1a WEBSITE

Gad Asher, Ph.D.                        Weizmann Institute of Science

Rhythmic oxygen levels reset circadian clocks through HIF1a

WEBSITE

Garrett FitzGerald, Ph.D. University of Pennsylvania Peripheral Clocks and Cardio-Metabolic Function WEBSITE

Garrett FitzGerald, Ph.D.
University of Pennsylvania

Peripheral Clocks and Cardio-Metabolic Function

WEBSITE

Charlotte Foerster, Ph.D. Biozentrum Universitat Wurzburg Chronic psychosocial stress affects the circadian clock WEBSITE

Charlotte Foerster, Ph.D.
Biozentrum Universitat Wurzburg

Chronic psychosocial stress affects the circadian clock

WEBSITE

John Hogenesch, Ph.D. Cincinnatti Children's Hospital Medical Center, USA Time for Precision Medicine — A View from the Circadian System WEBSITE

John Hogenesch, Ph.D.
Cincinnatti Children's Hospital Medical Center, USA

Time for Precision Medicine — A View from the Circadian System

WEBSITE

Christian Hong , Ph.D.        University of Cincinnati Interconnected network of circadian rhythms and cell cycle in 3D small intestine organoids  

Christian Hong , Ph.D.        University of Cincinnati

Interconnected network of circadian rhythms and cell cycle in 3D small intestine organoids

 

Iain Mattaj, Ph.D.   EBML     WEBSITE

Iain Mattaj, Ph.D.  
EBML

 

 

WEBSITE

Charo Robles, Ph.D.                             Max Planck Institute of Biochemistry Phosphorylation as a key post-translational mechanisms of circadian control

Charo Robles, Ph.D.                            
Max Planck Institute of Biochemistry

Phosphorylation as a key post-translational mechanisms of circadian control

Paul Humphries, Ph.D. Reset Therapies Cry modulators: From the bench to the clinic WEBSITE  

Paul Humphries, Ph.D.
Reset Therapies

Cry modulators: From the bench to the clinic

WEBSITE


 

Carrie Partch, Ph.D. University of California, Santa Cruz Dissecting the molecular basis of circadian timekeeping WEBSITE

Carrie Partch, Ph.D.
University of California, Santa Cruz

Dissecting the molecular basis of circadian timekeeping

WEBSITE

Amita Sehgal, Ph.D.                             University of Pennsylvania Mechanisms underlying circadian influences on drug action WEBSITE

Amita Sehgal, Ph.D.                            
University of Pennsylvania

Mechanisms underlying circadian influences on drug action

WEBSITE

Katja Lamia, Ph.D. The Scripps Research Institute Cryptochromes integrate circadian rhythms with metabolism and genome protection WEBSITE  

Katja Lamia, Ph.D.
The Scripps Research Institute

Cryptochromes integrate circadian rhythms with metabolism and genome protection

WEBSITE

 

Ketema Paul, Ph.D. UCLA Bmal1 in skeletal muscles regulates resistance to sleep loss WEBSITE

Ketema Paul, Ph.D.
UCLA

Bmal1 in skeletal muscles regulates resistance to sleep loss

WEBSITE

Joseph Takahashi, Ph.D                             UT Southwestern Transcriptional Architecture of the Circadian Clock in Mammals WEBSITE

Joseph Takahashi, Ph.D                            
UT Southwestern

Transcriptional Architecture of the Circadian Clock in Mammals

WEBSITE

Michael Lehman, Ph.D.   University of Mississippi Medical Center Brain circuitry underlying circadian control of reward and motivation: implications for addiction WEBSITE

Michael Lehman, Ph.D.  
University of Mississippi Medical Center

Brain circuitry underlying circadian control of reward and motivation: implications for addiction

WEBSITE

Akhilesh Reddy, Ph.D.                             The Francis Crick Institute Redox in the Clockwork WEBSITE

Akhilesh Reddy, Ph.D.                            
The Francis Crick Institute

Redox in the Clockwork

WEBSITE