karthik3k
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Is there any Drug for Hyperactiveness ??
I need it !
I need it !
The discussion revolves around the topic of hyperactivity and potential treatments, particularly focusing on the use of medications such as Ritalin and other stimulants. Participants explore various aspects of hyperactivity, including biological, psychological, and social factors, as well as alternative approaches to management.
Participants express a range of views on the existence and treatment of adult ADD/ADHD, with some agreeing on the prevalence of the condition in adults while others debate the effectiveness of various treatments. The discussion remains unresolved regarding the best approaches to treatment and the implications of regulatory restrictions.
Participants highlight limitations in understanding the biological basis of hyperactivity and the complexities of diagnosing adult ADD/ADHD, including the need for historical documentation of symptoms.
This discussion may be of interest to individuals exploring treatment options for hyperactivity, mental health professionals considering the implications of adult ADD/ADHD, and those affected by regulatory challenges in medication prescriptions.
adrenaline said:It was also assumed that the ADD or ADHD would not affect the adult since shool performance was no longer an issue... but this was a fallacy.
Moonbear said:As for trying to relate ADHD to energy levels, I'm not sure that's accurate. It's not so much having more energy than people without ADHD, as where that energy is directed. There are people who just seem to have endless energy who direct it into a few miles of running in the morning but who nonetheless can sit still and focus on a lesson once class starts, so just because they seem to have this excess energy, it isn't leading to ADHD.
STUDY OBJECTIVES: Children with attention-deficit/hyperactive disorder (ADHD), in spite of being hyperactive, still benefit from treatment with stimulant medications. We hypothesized that children with ADHD are in fact sleepy during the day, and we sought to test it objectively. DESIGN: Single blind comparative study SETTING: University medical center PARTICIPANTS: Thirty-four children with a previous diagnosis of ADHD (mean age +/- SD, 12.4 +/- 4.6 years) and 32 matched controls (mean age, 12.0 +/- 3.6 years). INTERVENTIONS: N/A. MEASUREMENTS: All participants underwent a full-night polysomnographic study followed by a multiple sleep latency test (MSLT). RESULTS: Sleep latency, total sleep time, and sleep efficiency were comparable between the groups, yet children with ADHD were significantly sleepier during the day than those in the control group (mean MSLT score of 21.9 +/- 5.5 minutes versus 27.9 +/- 2.0 minutes, P < .005). Of the children with ADHD, 17 (50%) had signs of sleep-disordered breathing, compared with 7 of the control group (22%, P < .05). Five of the ADHD group had periodic limb movements during sleep (15%) versus none in the control group. Children without sleep-disordered breathing or periodic limb movements during sleep had the lowest nocturnal sleep efficiency and total sleep time. CONCLUSIONS: We conclude that children with ADHD demonstrate objective daytime somnolence, which may explain the beneficial effects of treatment with stimulant medications. Primary sleep disorders, especially sleep-disordered breathing and periodic limb movement disorder, should be looked for in children with ADHD.