--- In [email protected], new.morning <[EMAIL PROTECTED]> wrote:
>
> --- In [email protected], "sparaig" <sparaig@> wrote:
> >
> > --- In [email protected], new.morning <no_reply@> wrote:
> > >
> > > --- In [email protected], "sparaig" <sparaig@> wrote:
> 
> > > Why doesn't Fred/ MUM / anyone use brain imaging technology for
> > > studies? EEG seems so primitive compared to what is available.
> > > 
> > > Is it just cost? With donors kicking up `12mil / year, long-run, it
> > > would seem a decent brain image machine could be leased / rented,
> > > begged for, collaborated on, etc. if the effects are as substanial as
> > > you believe, clear 3-D, high res, color, continuous images of thalmus,
> > > and other areas, would rock the research world. And funding    wnd
> > > indpendent studies would sky-rocket.
> > >
> > 
> > There's several points:
> 
> Thanks.
>  
> > *the equipment is incredibly expensive--I think a state-of-the-art
> machine is worth as 
> > much as MUM itself.
> 
> 
> $5 million? :)

$1 million plus for the low-end, I think. It's hard to find price lists online. 
The companies' 
websites brag about having "30 installed units" and things like that, so its 
not cheap stuff, 
that's for sure.

> 
> > 
> > *the physical resolution is amazing (down to a few cubic milimeters
> with the latest 
> > equipment) but the time-resolution sucks compared to EEG--minutes vs
> .01 seconds--
> > and samadhi lasts only a few seconds to a minute.
> 
> 
> Lets hope those 80 core processors hit the market soon.
> 
> But on that, I have seen brain images on TV that seem to change in
> real time. Is that just a time-lapse illusion?
> 

There's too much to keep track of. The MRI/fMRI/CT stuff is long-term scanning. 
There's 
MEG (magnetoencephlography) that is real-time. 

http://www.ctf.com/products/meg/overview/technology.htm

and I'm sure there's other stuff I've never heard of. It's ALL expensive though 
no matter 
how fast or slow it is.



>  
> > *brain scanning is invasive--you can't do unlimited "takes" on a
> person in the same day 
> > for literal fear that you will fry their brain with heat and/or
> radiation.
> 
> Well, use the $10/hr, 2 hour a day, Invincability Course
> scholarship-weaning, CPs. They are cheap and will soon be limitless. :)
> 
> 
> With quad, 80-core processors and a rack of similar graphics cards,
> and 100 gigs of fast RAM, perhaps we will see home brain imaging
> machines. :)  Look, this is Johnny's brain. This is Johnny's brain on
> drugs. This is Johnny's brain on TM. This is Johnny's brain having sex
> with his gf.  This is Johnny's brain having been fried by too much
> imaging. Lets try mikey. He likes ANYTHING!
> 
> 
> > 
> > That said, they ARE doing scanning in some cases, in cooperation
> with the U of Iowa.
> 
> What is the research area?
>

There's that recent pain study on TM using fMRI. I think that there's some PET 
work with 
Daniel Amit on ADHD as well. He's in Iowa, IIRC.

Things may change due to that pain study. Cho is co-inventor of PET, IIRC and 
is a pioneer 
in newer brain imaging techniques. If they can get him to work with them on 
future TM 
studies it may open a LOT of doors.

http://www.senate.uci.edu/5_FacAwards/03_4Awrds/ChoBio.htm


 Neuroreport. 2006 Aug 21;17(12):1359-63.  Links
Neuroimaging of meditation's effect on brain reactivity to pain.

Orme-Johnson DW, Schneider RH, Son YD, Nidich S, Cho ZH.

Institute for Natural Medicine and Prevention, Maharishi University of 
Management, 
Fairfield, Iowa, USA. [EMAIL PROTECTED]

Some meditation techniques reduce pain, but there have been no studies on how 
meditation affects the brain's response to pain. Functional magnetic resonance 
imaging of 
the response to thermally induced pain applied outside the meditation period 
found that 
long-term practitioners of the Transcendental Meditation technique showed 
40-50% fewer 
voxels responding to pain in the thalamus and total brain than in healthy 
matched controls 
interested in learning the technique. After the controls learned the technique 
and 
practiced it for 5 months, their response decreased by 40-50% in the thalamus, 
prefrontal 
cortex, total brain, and marginally in the anterior cingulate cortex. The 
results suggest 
that the Transcendental Meditation technique longitudinally reduces the 
affective/
motivational dimension of the brain's response to pain.





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