Linked from

The 48 pages that link to Hypothalamus, each with the reason it gives.

• ThermoregulationRelated: It integrates temperature signals and coordinates many autonomic responses in mammals.

• Autonomic nervous systemRelated: It coordinates autonomic output with temperature, hunger, stress, and other body states.

• FearRelated: It coordinates bodily responses that prepare the organism to defend or flee.

• Hypothalamic–pituitary–adrenal axisBroader topic: Its paraventricular neurons release the signals that begin HPA-axis activation.

• Sexual arousalRelated: It integrates signals involved in sexual motivation and endocrine regulation.

• FeverRelated: Its temperature-control circuits raise the body's target temperature during fever.

• Hypothalamic–pituitary–gonadal axisBroader topic: Its neurons generate the releasing signals that start the axis.

• TorporRelated: Neural control of temperature and metabolism helps coordinate entry into and recovery from torpor.

• ProlactinRelated: It controls prolactin release chiefly through dopamine delivered to the pituitary.

• OxytocinNarrower topic: Oxytocin-producing neurons originate here and send their axons to the posterior pituitary.

• ThalamusCompared with: It lies beside the thalamus but specializes in bodily regulation rather than cortical signal routing.

• Follicle-stimulating hormoneNarrower topic: It controls pituitary gonadotropin release through gonadotropin-releasing hormone.

• Pituitary glandRelated: Its neural and hormonal signals govern pituitary hormone release.

• Fight-or-flight responseRelated: It links threat-related brain processing to bodily stress responses.

• AppetiteRelated: Its neural circuits integrate signals that can increase or reduce appetite.

• Growth hormoneRelated: It controls growth hormone secretion through releasing and inhibiting signals.

• ParacetamolRelated: Paracetamol lowers fever by acting on temperature-regulating pathways that involve the hypothalamus.

• Gonadotropin-releasing hormoneNarrower topic: GnRH is produced by neurons in this region and released toward the pituitary.

• Suprachiasmatic nucleusNarrower topic: The suprachiasmatic nucleus is a small hypothalamic structure above the optic chiasm.

• Pituitary adenomaRelated: Its regulatory signals influence hormone-producing pituitary cells.

• SweatingRelated: Temperature-sensitive hypothalamic circuits help trigger sweating.

• Antidiuretic hormoneNarrower topic: Hypothalamic neurons synthesize vasopressin and monitor signals that regulate its release.

• Body temperatureRelated: It coordinates many of the body's responses when temperature departs from its regulated range.

• Growth hormone deficiencyRelated: Its signals help govern growth hormone release and can be disrupted by disease.

• Hypothalamic–pituitary–thyroid axisNarrower topic: Its paraventricular neurons provide the axis’s releasing signal.

• ThermogenesisRelated: It coordinates autonomic and behavioral responses that recruit heat production.

• LeptinRelated: Leptin acts on hypothalamic circuits that adjust feeding and energy expenditure.

• SweatRelated: Temperature-sensitive hypothalamic pathways help trigger sweating.

• AntipyreticRelated: Its temperature-regulating circuits reset downward as fever subsides.

• Hypothalamic-pituitary axisBroader topic: It produces releasing and inhibiting signals that direct pituitary activity.

• Limbic systemBroader topic: It connects motivational states with bodily and endocrine responses.

• ShiveringRelated: Its thermoregulatory circuits help trigger shivering when core temperature falls.

• DiencephalonBroader topic: This diencephalic subdivision links neural control of the body with endocrine regulation.

• HyperphagiaRelated: Its neural circuits integrate signals that can increase or restrain eating.

• HypopituitarismRelated: Damage to hypothalamic signals can reduce pituitary hormone output even when pituitary tissue remains intact.

• Thyrotropin-releasing hormoneNarrower topic: Hypothalamic neurons synthesize TRH and regulate its release into portal blood.

• LibidoBroader topic: It links neural processes with endocrine signals that can affect sexual motivation.

• Cluster headacheRelated: Its activity and circadian connections are implicated in attack timing and bout periodicity.

• PonsCompared with: Its broad autonomic role contrasts with the pons’s brainstem pathways and localized nuclei.

• Behavioral neuroscienceBroader topic: Its circuits connect bodily needs with feeding, stress, and reproductive behavior.

• NeuroendocrinologyBroader topic: It integrates neural information and initiates many endocrine responses.

• Hot flashRelated: Its temperature-regulating circuits are implicated in the narrowed comfort range associated with hot flashes.

• Roger GuilleminNarrower topic: It produces releasing and inhibiting signals that were the focus of Guillemin’s research.

• PerspirationRelated: It coordinates sweating when internal temperature rises.

• Human body temperatureRelated: It coordinates many temperature-control responses using information about the body’s thermal state.

• Neurosecretory systemsRelated: Its neurosecretory neurons coordinate major links between the brain and endocrine organs.

• Set point (physiology)Related: Hypothalamic circuits contribute to temperature control and other regulated functions.

• Walter Rudolf HessBroader topic: Its stimulation was central to Hess’s account of integrated autonomic responses.