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VERSION:2.0
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METHOD:PUBLISH
BEGIN:VEVENT
DTSTAMP:20260609T183522Z
UID:https://www.sf.mpg.de/events/42769/1747887
DTSTART:20250901T130000Z
DTEND:20250901T140000Z
CLASS:PUBLIC
CREATED:20250819T162257Z
DESCRIPTION:Most organisms exhibit circadian rhythms—approximately 24-hou
 r cycles of physiological fluctuations—governed by a “central clock.
 ” In mammals\, this central clock resides in the hypothalamic suprachias
 matic nucleus (SCN). The SCN functions as an autonomous oscillator\, gener
 ating near-24-hour rhythms through cellular transcription–translation fe
 edback loops (TTFLs) and neuronal connections within the SCN. However\, th
 e neural outputs of the SCN and their role in driving circadian rhythms ha
 ve long remained poorly understood. One of the many regions receiving proj
 ections from the SCN is the dorsomedial hypothalamic nucleus (DMH)\, which
  is critical for homeostatic regulation of body temperature\, feeding\, an
 d metabolism. Our group investigates the role of the neural circuitry conn
 ecting the SCN and DMH in the regulation of behavioral and metabolic rhyth
 ms\, and I will be presenting our latest findings on this topic.\nSpeaker:
  Ruth Li\, PhD
LAST-MODIFIED:20250819T162302Z
LOCATION:MPI for Metabolism Research\, Gleueler Strasse 50\, 50931 Köln\, 
 Room: Seminar room 1
ORGANIZER;CN=Dr. Shuntaro Izawa:mailto:shuntaro.izawa@sf.mpg.de
SUMMARY:The SCN-DMH neural pathway regulates circadian output from the cent
 ral clock: Talk by Ruth Li\, PhD\, University of Tsukuba\, Japan
URL;VALUE=URI:https://www.sf.mpg.de/events/42769/1747887
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