Linked from

The 15 pages that link to Suprachiasmatic nucleus, each with the reason it gives.

• Circadian rhythmBroader topic: It receives light-related signals and coordinates daily rhythms across the body.

• HypothalamusBroader topic: It provides a neural timing signal that organizes daily hypothalamic functions.

• MelatoninRelated: It relays circadian timing signals along the pathway controlling pineal melatonin secretion.

• Seasonal affective disorderBroader topic: It translates daily light exposure into timing signals relevant to seasonal mood changes.

• Jet lagRelated: It adjusts the central body clock as light exposure changes after travel.

• Sleep homeostasisRelated: It anchors the circadian system that interacts with sleep pressure.

• Sleep-wake cycleBroader topic: It helps synchronize the cycle's circadian timing with signals such as light.

• ChronotypeRelated: This central clock helps align sleep timing with the external day-night cycle.

• Diurnal animalBroader topic: In mammals, this brain region helps synchronize daily activity with light.

• EntrainmentRelated: It receives retinal light information and coordinates many bodily clocks.

• Pineal glandRelated: It relays circadian timing signals that shape pineal melatonin production.

• RamelteonRelated: Melatonin signaling here helps connect ramelteon's receptor activity to sleep timing.

• AgomelatineBroader topic: Melatonin receptors in this central clock are targets of agomelatine.

• Neurosecretory systemsBroader topic: Its outputs illustrate how neurosecretory signaling can help align physiology with daily cycles.

• SomnologyBroader topic: This brain region synchronizes daily timing signals that shape sleep.