VOLUME 10, NO.12                                                                                              DECEMBER 15, 2005

NJ ADD/ADHD ADULT NEWSLETTER

ADD ADULT SELF HELP SUPPORT GROUP

FOR ADD/ADHD ADULTS

AND THEIR SIGNIFICANT OTHERS

MEETING: THE NEXT MEETING OF THE ADD ADULT SELF HELP SUPPORT GROUP WILL BE ON DECEMBER 15, 2005 AT 7:30 PM AT MONMOUTH MEDICAL CENTER, COMMUNITY MEETING ROOM , LONG BRANCH, NJ.  GO TO THE MAIN RECEPTION DESK AND GET DIRECTIONS.  THE TOPIC WILL BE: JOIN US FOR SOME LAUGHTER, FRIENDSHIP AND JOY.  B.Y.O.T. (BRING YOUR OWN TOPIC).  CHRIS WILL FACILITATE THE GROUP.  I MAY NOT BE ABLE TO ATTEND.

 

RESEARCH:  Dagan, Y and Ayalon, L. have an article in the 2005, J.Amer.Acad. Child & Adolescent Psychiatry, 44(12): 1271-1275, entitled: Case Study: Psychiatric Misdiagnosis of Non-24-Hours Sleep-Wake Schedule Disorder Resolved by Melatonin.  This article may provide us with important information for understanding and treating ADD.  A 14 year old boy had been having problems with inattention, irritability, distractibility, impulsivity, and performance problems in school inspite of being intelligent with above average abilities in verbal comprehension and abstract reasoning.  Learning disability testing revealed difficulties with written language and poor visual and auditory memory. (Seems like a classic ADD picture...)  For several years he had gotten worse and had been described as introverted, narcissistic, with poverty of thought, disturbed thinking, anxiety, social isolation, loss of pleasure and in general had been described as a sleepy, passive child especially in the mornings.  (Now he seems depressed with ADD.  Inspite of the ADD picture, he was not diagnosed with ADD.)   Eventually he was hospitalized because of the above symptom constellation.  A 24 hour sleep study was ordered, but not the typical one.  An Actiwatch was fitted to his wrist for 24 hour monitoring of limb movement.  The device differentiates wakefulness from sleep from the body's perspective (movement).  In addition brain melatonin level was assessed via a saliva kit; and oral temperature (body perspective) was monitored every two hours for a 24 hour period.  Melatonin levels were normal and circadian (24 hour rhythms); but the oral temperature cycle which is normally 180 degrees out of phase with the Melatonin cycle was disorganized.  In addition, the Actiwatch revealed an abnormal 26 hour rhythm.  What this means is that the child wanted to go to sleep two hours later each night.  After one month of 5mg (nightly?) of Melatonin, the Actiwatch revealed a 24 hour normal entrainment which remained normal at six months.  Oral temperature was not measured after treatment with Melatonin.  The behavioral and psychological changes in the child after the melatonin treatment and the resultant 24 hour entrainment and normalization of Actigraph scores were truly dramatic. With improved brain body synchrony and normalization of entrainment to the 24 hour rhythm, at the end of the first semester of school his "report showed excellent results.  His parents also reported an improvement in the patient's relationship with his family and peers."

COMMENTS: This study raises many important questions.  Are we missing a major problem that may be causing or aggravating ADD?  Other studies using actigraph monitoring of sleep and wakefulness have found correlations between sleep problems and the following: working memory, school performance, aggression, attention, social problems etc.  (All ADD symptoms...) Interestingly, one study found no difference in actigraphic monitoring of sleep and the various subtypes of ADD.  It is very tempting to wonder if a core problem in all ADD is this problem with the brain to body to environment (entrainment) inconsistency.  Melatonin levels were normal; yet adding the hormone normalized the synchrony...Why?  Actigraph monitoring of the 24-hour-sleep wake pattern is not typically done when patients are sent for a sleep study.  Again, are we missing a very important measure of the differences in the ADD system?  Many ADD clients report difficulty with sleep, particularly with wanting to go to sleep and with morning sleepiness. These symptoms are found when the sleep wake schedule is greater than 24 hours.  Actigraph patterns are probably highly correlated with body temperature and a better measure of circadian rhythms than many brain measures of sleep such as sleep architecture.  The 24 hour sleep cycle and the 90 minute rest activity cycle may need to be a focus of further research regarding ADD.  It is very tempting to start our own research looking at 24 hour body temperature and actigraph scores to assess these core issues.  For some of us regulating our sleep, and brain to body to environment synchrony, may be more important than we realized.  Wishing you a synchronous holiday season with  PEACE!!!   Bob

 

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