Stammering decoded

[Mark Stapleton]

Lily the Pink.

Oh no.

I successfully repress that bad nightmare for 40 years and then you go and undo all that good work. All right, starting again from 3,2,1, now!

[Magda Hassan]

http://www.dailymotion.com/video/x5gakl_...1968_music
Here you go Mark if you want to sing along to it.

[Magda Hassan]

Talking about singing overcoming stammering, I also know someone who's verbal dyslexia disappears completely when they sing (and no it's not me -- can't sing for toffee).

It suppose it has something to do with the rhythm.

Yes, and maybe the fact that there are existing lyrics so they're not trying to form concepts and grope for the correct words to express them. Though that could easily be tested by having them recite a poem or something without music. Does anyone know if stammering also stops when reciting memorized words, or does music have to be a component?

This would be interesting to know. Some prose, like Dr Seuss, and most poetry has a rhythm. Perhaps it is the musical component. Mmmmm....

[Magda Hassan]

Thought I'd put this here. More interesting connections between the brain and singing.

Singing 'rewires' damaged brain


By Victoria Gill
Science reporter, BBC News, San Diego


Singing words made it easier for stroke patients to communicate

Teaching stroke patients to sing "rewires" their brains, helping them recover their speech, say scientists.
By singing, patients use a different area of the brain from the area involved in speech.
If a person's "speech centre" is damaged by a stroke, they can learn to use their "singing centre" instead.
Researchers presented these findings at the annual meeting of the American Association for the Advancement of Science (AAAS) in San Diego.
An ongoing clinical trial, they said, has shown how the brain responds to this "melodic intonation therapy".
Gottfried Schlaug, a neurology professor at Beth Israel Deaconess Medical Center and Harvard Medical School in Boston, US, led the trial.
The therapy is already established as a medical technique. Researchers first used it when it was discovered that stroke patients with brain damage that left them unable to speak were still able to sing.
Professor Schlaug explained that his was the first study to combine this therapy with brain imaging - "to show what is actually going on in the brain" as patients learn to sing their words.
Making connections
Most of the connections between brain areas that control movement and those that control hearing are on the left side of the brain.
"But there's a sort of corresponding hole on the right side," said Professor Schlaug.


Music engages huge swathes of the brain - it's not just lighting up a spot in the auditory cortex




Dr Aniruddh Patel, neuroscientist



"For some reason, it's not as endowed with these connections, so the left side is used much more in speech.
"If you damage the left side, the right side has trouble [fulfilling that role]."
But as patients learn to put their words to melodies, the crucial connections form on the right side of their brains.
Previous brain imaging studies have shown that this "singing centre" is overdeveloped in the brains of professional singers.
During the therapy sessions, patients are taught to put their words to simple melodies.
Professor Schlaug said that after a single session, a stroke patients who was are not able to form any intelligible words learned to say the phrase "I am thirsty" by combining each syllable with the note of a melody.
The patients are also encouraged to tap out each syllable with their hands. Professor Schlaug said that this seemed to act as an "internal pace-maker" which made the therapy even more effective.
"Music might be an alternative medium to engage parts of the brain that are otherwise not engaged," he said.
Brain sounds
Dr Aniruddh Patel from the Neurosciences Institute in San Diego, said the study was an example of the "explosion in research into music and the brain" over the last decade.
"People sometimes ask where in the brain music is processed and the answer is everywhere above the neck," said Dr Patel.
"Music engages huge swathes of the brain - it's not just lighting up a spot in the auditory cortex."
Dr Nina Kraus, a neuroscientist from Northwestern University in Chicago, also studies the effects of music on the brain.
In her research, she records the brain's response to music using electrodes on the scalp.
This work has enabled her to "play back" electrical activity from brain cells as they pick up sounds.
"Neurons work with electricity - so if you record the electricity from the brain you can play that back through speakers and hear how the brain deals with sounds," she explained.
Dr Kraus has also discovered that musical training seems to enhance the ability to perform other tasks, such as reading.
She said that the insights into how the brain responds to music provided evidence that musical training was an important part of children's education.