The total amount of time the television was on, the amount of active TV watching and exposure to passive TV were all correlated with decreased sleep duration.
Some studies pin the blame on hormones, arguing that decreased sleep creates a spike in ghrelin, a hormone that stimulates appetite, and a reduction in leptin, which signals satiety.
Another possible explanation for increased sleep need among migraineurs is their decreased sleep quality.
At the highest dose, modafinil significantly increased waking and decreased sleep.
Additionally, pregabalin was associated with decreased sleep interference and significant improvements in HRQoL measures.
Treatment with both antipsychotics increased total sleep time, sleep period time and sleep efficiency and decreased sleep onset latency.
Moreover, as the input load increases, SignalDRX and SignalCQI of both LBPS schemes increase due to the decreased sleep cycle length.
If disturbed sleep induces, or is related to the triggering of migraine attacks, decreased sleep quality should be consistently found in the preictal phase.
Correlation analysis demonstrated that Contrast was negatively related to SDS scores, which indicated that decreased sleep quality was associated with the MOH pathogenesis.
Although all drugs had no effect on the subjective feeling of sleepiness in SSS and KSS, BR decreased sleep latency significantly (p<0.05) compared to PL in SPT.
The hypertensive patients had a decreased sleep efficiency, mean and minimum oxygen saturation levels, and increased apnea/hypopnea index and oxygen desaturation index compared with normotensive patients.
