
I
receive many interesting scientific articles on the importance of
timing in the brain for cognitive, academic, and motor skills...so many
it is hard to keep up. There appears to be keen interest by researchers
around the globe re: the timing mechanisms of the brain and how better
or worse timing influences a whole host of abilities in children and
adults. There are many studies exploring the differences between
individuals who participate in musical training or synchronized
metronome tapping and those that do not, in particular how they differ
in academic performance & development. In this recent study at Ben-
Gurion University of the Negev (BGU), researchers concluded that 1st
through 3rd grade students who clapped to songs demonstrated fewer
developmental learning problems and were better integrated socially than
children who did not. They went as far as to say that children at this
age who do not participate in clapping to music may be at increased
risk for learning disabilities. They also demonstrated that children
who are under-performing academically can catch up to their peers
relatively quickly when they engage in clapping to songs on a regular
basis repetitiously. "Within a very short period of time, the children
who until then hadn't taken part in such activities caught up in their
cognitive abilities to those who did…hand-clapping songs should be made
an integral part of education for children aged six to 10, for the
purpose of motor and cognitive training.” This is similar to results
seen with Interactive Metronome (IM) & IM-specific research.
However, IM takes timing to a new level with specific feedback at the
millisecond level. This is where the brain is processing time for
attention, memory, self-regulation and learning. It is common to hear
an IM provider or family member remark that the results of IM training
are relatively quick compared to other interventions, especially in the
areas of speech/language, auditory processing, attention, reading, and
learning. IM training gets at the heart of the problem with timing in
the brain.
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