Music Memories Stored In Different Part of Brain Than Other Memories

An anonymous reader writes "Scientists have long believed that the ability to learn and appreciate music was stored in a different part of the brain than other types of memories. Now, researchers in Berlin think that they have concluded that theory. Dr. Christoph J. Ploner, Carson Finke, and Nazli Esfahani at the Department of Neurology at the Virchow campus in Berlin, Germany have examined a man who has lost all of his memories but has retained his ability to remember and learn songs."

Comments

Re:sigh

[oodaloop]

This is much more prevalent than one guy. Stroke victims who can't talk can often sing. So when they want to say something, they can simply say it to some made-up tune.

Might be something

[Anonymous Coward]

My grandfather has very advanced Alzheimers. He's been to the point for a while where he can't recognize family and doesn't have much to say about anything. However, in the 40's & 50's, he was a musician (played harmonica in a jazz-standards harmonica band). Through the 80's & 90's, he had a recording studio in his house and kept his music alive through multitracking himself. He definitely built his music into parts of his brain that haven't been ravaged by the disease.

Given a harmonica, he can bring back those songs, almost note-perfect.

I've also wondered if it's possible that music (or the ability to play) gets pushed into some sort of muscle memory rather than memory in the brain. As a musician myself, I know I can think about other things as I play things that are super-well-rehearsed. My fingers just somehow find the right notes.

Re:Might be something

[frenchbedroom]

It's not "muscle memory", it's procedural memory, and it really comes from the brain! There's nothing magical about playing your tune and thinking of something else, without being conscious of what your fingers do. We all do lots of things without being conscious of every minute movement required.

Like walking to work. You don't have to vividly recall the way, you don't need to pay a constant, conscious attention to your surroundings. You just think about something else, and your feet and eyes (or walking stick if you're blind) relay the necessary information to your reptilian brain to run the procedure. You step out of your home and before you realize it, you're at your desk. Just as your fingers "somehow find the right notes", your legs somehow transport you to work.

Procedural memory is much more robust than "normal" memory. That's why Alzheimer's patients still know how to walk, take a shower, wipe their ass, do a triple jump, or dance the lambada. There's nothing surprising about them being able to play music, except for non-musicians or people who have tried learning an instrument, and who haven't got to the stage where what is learnt is pushed back in procedural memory.

Notice how sometimes, you make a mistake in your tune, and you can't remember for shit how the next part goes, unless you take it from the top ? That's the tell-tale sign your tune is in procedural memory : it's great because it allows you to think of something else, but it sucks when you make a mistake because procedural memory is "read" in sequences only. That's why it's good to rehearse your tunes by starting at an arbitrary point, so you have multiple points of entry to the same procedural sequence.

Re:sigh

[Knuckles]

Reminds me of Scott Adam's Spasmodic Dysphonia, and how he could not speak normally, but sing and speak in rhyme. http://www.outsidethebeltway.com/scott_adams_fixes_own_brain_can_now_speak/
It's a different disease, but similar in the way that music is treated different by the brain.