A bit of Research: The ability of Adults with ADHD to maintain a rhythm with a faster or slower tempo

Here is an interesting study by Gilden and Marusich (2009) published in Neuropsychology that looked at the ability of adults with ADHD to maintain a rhythm with either a faster tempo (less demand on focus, self-control, and working memory) or a slower tempo (more demand on focus, self-control, and working memory). Persons with ADHD had MUCH more difficulty when the tempo was slower, requiring them to estimate a longer time interval between beats, maintain the time interval in their memory, and restrain themselves from hitting too soon. This study, like many others, points to the direct relationship between timing in the brain and its command center “working memory.” Researchers theorize that Interactive Metronome is affecting this critical “control center” for timing in the brain and thereby improving many of the time-related symptoms of ADHD.

Gilden, D.L. and Marusich, L.R. (2009). Contraction of Time in Attention-Deficit Hyperactivity Disorder. Neuropsychology, 23(2), 265-269.

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Why Can’t I use a Regular Metronome?

Why Can’t I use a Regular Metronome?

Some parents have asked me if they could just use a regular musical metronome and get the same results as Interactive Metronome at home or IM-Home. A standard metronome is typically used by musicians to help them practice the tempo of music. They have also been used in traditional therapy to help patients with their timing and rhythm, however there is one piece that is missing. – FEEDBACK!

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Does IM really help with ADHD?

Dr. Stanley Greenspan, a noted expert in autism and child development/disorders, and his team of researchers conducted a study to see whether Interactive Metronome (IM) was a beneficial treatment for children with ADHD. They compared boys who received IM to boys who received either no treatment at all or boys who only played video games to try to improve their ability to focus. They found that those children with ADHD who received IM did far better than those that did not, with significant improvement in the areas of attention, motor skills, language processing, reading, and self-control (i.e., less aggressive behavior).

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Timing influences Auditory Processing and Speech

Timing skills play a pivotal role in the development of speech production and perception, or the ability to speak and understand the speech and/or intent of others (Kello, 2003). Not only must a child rapidly decipher the timing characteristics of each individual sound, syllable, word, and phrase in the speech stream, but for successful communication to occur there must be precisely timed coordination between centers of the brain for language and cognitive processing or thinking skills and the muscles and structures of the mouth and throat (or voice box). On top of that, a child must process and understand other information associated with what is said, such as demeanor of the person (Is he happy? Angry? Sad? ) or humor (Was he serious? Or was he joking?) Many children on the Autism Spectrum either don’t understand what you said, or don’t understand the unspoken social aspects of speech. All of this depends upon timing in the brain!!! That’s a bit like patting your head and rubbing your tummy at the same time! However, in normal development the brain’s “internal clock” functions very precisely so that children learn to speak intelligibly and understand you when you speak to them, including your mood and intent. Interactive Metronome (IM) training impacts the very critical timing centers of the brain necessary for effective communication & social skills.

Kello, C.T. (2003). Patterns of timing in the acquisition, perception, and production of speech. Journal of Phonetics, 31, 619-626.
 

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Guidance shows improvement in children with PDD

Guidance shows improvement in children with Pervasive Developmental Delay

I have had the opportunity of working with many children who are diagnosed with PDD. The diagnosis in general seems to have a very wide range of abilities and areas that are affected. I have found in my area (Northeastern part of the country), that these children seem to fall somewhere between those who are diagnosed with Autism, and those diagnosed with Aspergers Syndrome. So their responses to using the Interactive Metronome have been very similar, with great progress in a shorter amount of time.
 

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A bit of Research: Music and Rhythm in CAPD

Infants, before than can speak, are exposed to rhythmic sounds in the form of music and song. This research by Bergeson and Trehub (2006) shows that their little tiny ears and developing brains are already tuned just like an adult’s to hear the slightest changes in tempo, tone, and rhythm. They discuss the importance of the brain’s “internal clock” as it relates to how infants respond and move their bodies to music and other rhythms. IM providers who specialize in infant care and early intervention are reporting very good results when using the Interactive Metronome in the treatment of infants and young children who have developmental delays or disorders with improvements in the areas of: sensory processing, pre-speech/cognitive development, and motor skills. Case studies can be found at www.interactivemetronome.com

Bergeson, T.R. and Trehub, S.E. (2006). Infants’ perception of rhythmic patterns. Music Perception, 23(4), 345-360.

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A bit of Research: Children with ADHD have an impaired sense of time?

Humans perceive time. We use this ability to predict what is coming, to think about how we will react, and then to respond in a timely fashion. It is well-documented that children with ADHD have an impaired sense of time. Areas of the brain that control our perception of time are affected in children with ADHD (i.e., working memory). In an article published in the Journal of Child Psychology and Psychiatry, researchers found that children with ADHD who also have a Reading Disorder have even more difficulty with timing skills. Research has shown that Interactive Metronome, a training program that addresses the underlying problem with timing in the brain, improves symptoms of ADHD and reading.

Toplak, M.E., Rucklidge, J.J., Hetherington, R., John, S.C.F., and Tannock, R. (2003). Time perception
deficits in attention deficit/hyperactivity disorder and comorbid reading difficulties in child and adolescent samples. Journal of Child Psychology and Psychiatry, 44(6), 888-903.

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Hey Kids! Today was my Lucky Day

Some of my patients are very sports oriented. When we start IM, I tell them all about how professional sports teams such as the Miami Dolphins or the golf pro ViJay Singh use IM as part of their training to improve and enhance their performance. Every once in a while, I get a patient who just really “gets on a roll” and makes improvements very quickly earning lots of “bursts” (so many consecutive super right on the beat hits).

Bill was one of those kids. He just loved beating his scores during every visit. He got the idea in his head, that he wanted to reach 1000 bursts before he completed his sessions. Every visit, Bill would request to perform various exercise that he knew he was good at, just to increase his number of bursts so he could reach his goal. Now a kiddo (who happened to have Asperger’s syndrome and ADHD) who has set his mind to something is very difficult to stop!…

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A bit of research: Have you ever heard the saying “timing is everything?”

Have you ever heard the saying “timing is everything?” Our brain keeps time – in microseconds, milliseconds, seconds, minutes, hours. This time-keeping function is critical for all of our human abilities and thinking skills. According to research, persons with musical training tend to consistently demonstrate better timing and rhythm than those who are not musically oriented. Children who play an instrument or are otherwise musically trained tend to also perform better in school, are focused, and complete projects on time. Here, Eck & Scott (2005) discuss the critical timing skills involved in the perception and creation of music. It is not surprising that musicians have better timing skills, and thus are more equipped to handle academic hurdles. Do you see the connection? If a child is struggling with school work, to focus or stay on task, has behavioral outbursts, is impulsive, or has trouble staying organized or managing time … the brain’s clock may be out of sync and areas of the brain may not be communicating efficiently or effectively, therefore the child may also be out of sync with other people and events in his/her environment. Interactive Metronome is the only treatment program that provides training and feedback in order to improve timing skills that are so critical to academic and social success.

Eck, D. and Scott, S.K. (2005). New research in rhythm perception and production. Music Perception, 22(3), 365-369.

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A bit of Research: Are timing genes in the brain in some way flawed in children with Autism?

Researchers (Nicholas et al, 2007) are asking whether genes responsible for timing in the brain are in some way flawed in children with Autism (including High Functioning Autism and Asperger’s). Individuals on the Autism Spectrum display a significant number of symptoms that show timing in the brain is severely disrupted, from difficulty with sleep to the brain’s ability to process information, to attention or the ability to switch from focusing on one thing to another (they often become fixated), to communicating & reciprocating in conversation, to sensory processing and integration, to motor coordination (including the muscles for vision and visual perception). The authors found that there is indeed a case to be made that “clock genes” are involved, however they urge further research. More and more professionals are including Interactive Metronome in their comprehensive treatment programs for children on the Autism Spectrum in order to improve the timing skills that are critical for development of speech & language, cognitive, social, and motor skills.

Nicholas, B., Rudrasingham, V., Nash, S., Kirov, G., Own, M.J., and Wimpory, D.C. (2007). Association of Per1 and Npas2 with autistic disorder: Support for the clock genes/social timing hypothesis. Molecular Psychiatry, 12, 581-592.

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