Linked from

The 18 pages that link to Polysomnography, each with the reason it gives.

• SleepRelated: It combines measurements used to diagnose sleep disorders and assess sleep.

• Obstructive sleep apneaRelated: It can identify obstructive events and measure their frequency and effects.

• Sleep apneaRelated: It can identify breathing events and distinguish apnea types.

• NarcolepsyRelated: It helps assess sleep disorders and prepares for daytime testing for narcolepsy.

• Sleep architectureRelated: It combines the measurements used to score a night’s stage sequence.

• Sleep paralysisRelated: Testing may help investigate recurrent episodes when another sleep disorder is suspected.

• ApneaRelated: It identifies breathing pauses and their relationship to sleep stages and oxygen changes.

• Sleep medicineRelated: It provides detailed measurements for diagnosing breathing and movement disorders during sleep.

• Rapid eye movement sleepRelated: Clinicians identify REM by combining EEG, eye-movement, and muscle-tone measurements.

• Multiple Sleep Latency TestRelated: An overnight polysomnogram usually precedes the daytime test and checks for disrupted sleep.

• BruxismRelated: It can document sleep-related jaw-muscle activity when a sleep evaluation is warranted.

• Dementia with Lewy bodiesRelated: It can confirm REM sleep without atonia when dream enactment is reported.

• SomnolenceRelated: It can uncover nighttime disorders that cause daytime somnolence.

• HypopneaRelated: It captures the airflow, oxygen, and brain signals used to detect sleep hypopneas.

• Sleep disorderRelated: It helps identify sleep apnea, unusual sleep events, and other physiological disruptions.

• SleepwalkingRelated: It can help investigate unusual episodes when another sleep disorder is suspected.

• Central hypoventilation syndromeRelated: It can reveal sleep-related hypoventilation and distinguish breathing patterns.