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Falling Asleep During Waking Hours

Narcolepsy is a serious neurological condition in which patients are overcome by persistent, excessive feelings of fatigue and drowsiness. In addition to chronic fatigue, patients with narcolepsy often succumb to intermittent, uncontrollable periods where they abruptly fall asleep during waking hours. In addition to episodic bouts of daytime sleeping, narcoleptics also exhibit cataplexy, sleep paralysis, and hypnagogic and hypnopompic hallucinations.

Unfortunately, many individuals with narcolepsy remain undiagnosed and therefore, untreated, posing a risk to themselves and those around them. There is currently no cure for this lifelong disease. Nonetheless, narcolepsy can be effectively managed with medications, lifestyle changes, and the peripheral support of individuals such as family members, coworkers, and other casual relations.

Narcolepsy is a disabling neurological condition that is characterized by excessive daytime sleepiness (EDS), cataplexy, hypnagogic hallucinations, and sleep paralysis. The term narcolepsy, which was coined by Dr. Gelinau in 1880, is derived from the Greek word ‘nark’ which means seized by somnolence.

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Provigil and Cerebral Palsy

One patient was misidentified with cerebral palsy but was replaced by one patient who was omitted from the list. Four patients fell outside the study parameters and were excluded from the 120 identified cases. This resulted in 116 patients, of whom 59 were noted to have received Provigil at some time between January 1, 2000, and December 31, 2003. Fifty-seven patients never received Provigil during the review period.

In the Provigil-treated group, 29 of 59 patients (49%) were noted to have gait improvements. Six patients (10%) began walking or taking independent steps after starting Provigil. An additional two patients (3%) independently began standing up and walking during aqua therapy. Otherwise, they only used walkers to walk.

In the preProvigil treatment period, 19 of 59 (32%) of the Provigil-treated patients and 14 of 57 (25%) of the non-Provigil-treated patients walked independently and 18 of 59 (30%) Provigil-treated patients and 6 of 57 (11%) non-Provigil-treated patients had assisted ambulation.

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Sleep Disorders and Quality of Life

This article provides an overview of the daytime symptoms associated with the most common sleep disorders, namely insomnia, restless legs syndrome, obstructive sleep apnea syndrome and shift wake-sleep disorder.

Psychological and social dysfunction resulting from these sleep disturbances are explained and discussed in detail. Health-related quality of life is a concept that reflects the changes in diverse aspects of subjective wellbeing of the patients due to an illness.

Therefore, studies reporting quality-of-life issues associated with the aforementioned sleep disorders will also be presented. Finally, we review the limited data regarding the effects of treatment on quality-of-life outcomes.

Many patients with sleep disorders seek medical attention because of daytime symptoms or negative consequences of sleep disruption, which suggests that the night-time symptoms may be less bothersome than the daytime consequences of sleep problems.

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Stimulating Action of Provigil

To observe the structure-activity and time-effect relations of the central stimulating effects of Provigil for further pharmaceutical design and development and rational use of this kind of stimulant.

Male mice served as subjects. The experiment was divided into two parts: 1) comparison between the dose (60, 120, 240 mg/kg) and temporal features of the effects of Provigil and its two derivatives on locomotor activity of mice; 2) Observation of the stimulating effects of Provigil (120 mg/kg) given during the day or night.

Provigil could significantly increase the locomotor activity of mice in a dose-dependent way, the effect was best observed at the concentration of 120 mg/kg. The stimulating action of Provigil was increased by chlorination, but decreased by methylation. The central stimulating effect of Provigil showed no significant circadian difference. Conclusion The central stimulating effect of Provigil shows dose and time-related features. The effect tends to be enhanced by Chlorination but reduced by methylation.

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