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The 85 pages that link to Autonomic nervous system, each with the reason it gives.

• AcetylcholineNarrower topic: Acetylcholine signals at all autonomic ganglia and at most parasympathetic target organs.

• Sympathetic nervous systemNarrower topic: The sympathetic division is one of its major branches.

• Orthostatic hypotensionNarrower topic: Its sympathetic responses normally constrict vessels and support pressure after standing.

• Enteric nervous systemNarrower topic: The enteric system is often grouped with autonomic control but can function independently.

• Parasympathetic nervous systemNarrower topic: The parasympathetic system is one of its major divisions.

• Fight-or-flight responseNarrower topic: The response is a rapid mobilization within this broader control system.

• Heart rateNarrower topic: Its sympathetic and parasympathetic branches adjust the heart’s pacing.

• Cranial nervesNarrower topic: Cranial nerves III, VII, IX, and X carry parasympathetic output.

• FibromyalgiaNarrower topic: Autonomic symptoms and regulation are studied alongside pain processing in fibromyalgia.

• NeuroanatomyNarrower topic: Its peripheral pathways show how anatomy supports control of organs and internal states.

• BaroreflexNarrower topic: Its two branches adjust cardiac activity and vascular tone in response to pressure signals.

• PheochromocytomaNarrower topic: Catecholamines from the tumor intensify autonomic responses.

• Salivary glandNarrower topic: Salivary output is controlled by both autonomic branches.

• Valsalva maneuverNarrower topic: Its reflex pathways shape the cardiovascular response to the maneuver.

• Cholinergic crisisNarrower topic: Crisis symptoms reflect excessive signaling in autonomic pathways as well as at skeletal muscles.

• Vasovagal syncopeNarrower topic: Vasovagal syncope arises from a transient autonomic reflex.

• Pancreatic isletNarrower topic: Autonomic inputs adjust islet secretion during feeding, fasting, and stress.

• Relaxation techniqueNarrower topic: Its activity helps explain bodily changes associated with relaxation.

• Mammalian diving reflexNarrower topic: Its sympathetic and parasympathetic branches coordinate the reflex's cardiovascular changes.

• Anticipatory anxietyNarrower topic: Anticipated danger can activate bodily arousal through this system.

• Multiple system atrophyNarrower topic: Its dysfunction accounts for orthostatic hypotension, urinary problems, and other prominent symptoms.

• Small fiber neuropathyNarrower topic: Small-fiber damage can disrupt these involuntary functions as well as sensation.

• Postural orthostatic tachycardia syndromeNarrower topic: POTS is classified as a disorder involving autonomic regulation.

• Music and emotionNarrower topic: Changes in arousal during music involve bodily regulation as well as conscious feeling.

• ErectionNarrower topic: Its signals coordinate the vascular responses underlying erection and detumescence.

• ParagangliomaNarrower topic: Paraganglia are associated with this system's sympathetic and parasympathetic pathways.

• ErythromelalgiaNarrower topic: Its control of skin vessels helps explain the disorder's episodes of heat and redness.

• OrexinNarrower topic: Orexin neurons influence autonomic outputs alongside their effects on arousal.

• Neurogenic shockNarrower topic: Neurogenic shock follows disruption of autonomic control, especially sympathetic regulation of circulation.

• NostrilNarrower topic: Autonomic control changes nasal congestion and therefore resistance at the nostrils.

• UrinationNarrower topic: Its signals regulate bladder storage and reflex emptying.

• DysautonomiaNarrower topic: Dysautonomia is impaired function of this regulatory system.

• Congenital insensitivity to pain with anhidrosisNarrower topic: The disorder affects autonomic control of sweating as well as sensory perception.

• Celiac plexusNarrower topic: The plexus is a peripheral network within this system.

• Central hypoventilation syndromeNarrower topic: Congenital disease may affect autonomic functions beyond breathing.

• Goose bumpsNarrower topic: It includes the pathways that trigger piloerection without deliberate control.

• Human penisNarrower topic: Its parasympathetic and sympathetic pathways help regulate erection and ejaculation.

• MuscarineNarrower topic: Muscarine’s effects arise chiefly through receptors in autonomic pathways and target organs.

• Neal E. MillerNarrower topic: Miller investigated whether responses controlled by this system could be modified through learning.