Ultrasound Shown to Exert Remote Control of Brain Circuits

[news.omega]

Mark:   As we know, more and more evidence is emerging re therapeutic benefits of low level electric fields.   Challenges re "limits of exposures" will continue to shed light on dangers of close, chronic, prolonged electric field exposures.   No pun intended, but it is really "a no brainer" for any scientist, official or industry CEO to dispute there is not enough evidence to support that variations in proximity, length of time and differences in exposure paramaters re electric fields are, in fact, "harmful!"

 

The 2006 study out of the UK and India titled:   "10 hz flicker improves recognition memory in old people" similarly affects brain activity:    http://www.pubmedcentral.nih.gov/articlerender.fcgi?artid=1434755   ......

 

Whether stimulating brains or bones (common use of EMF stimulator for bone growth after fracture), "specific protocols" apply.   These therapies certainly can not be used for 6-8 hours, every night, week after week, month after month, year after year as is the case re close electric field bedroom exposures.   

 

Take care  -  Joanne

 

Joanne C. Mueller
Guinea Pigs "R" Us
731 - 123rd Avenue N.W.
Minneapolis, Minnesota  55448-2127 USA
Phone:   763-755-6114
Email:    jcmpe...@aol.com   (10-31-08)

 

WEBSITE:  http://guineapigsrus.org 

 

ARE YOU AND YOUR CHILDREN GUINEA PIGS?    Letter 7-22-04 by Joanne Mueller
http://omega.twoday.net/stories/282050/

 

 

 

In a message dated 10/31/2008 10:42:37 A.M. Central Daylight Time, mark writes:

 

Ultrasound Shown to Exert Remote Control of Brain Circuits

Libraries Science News		Keywords ULTRASOUND, BRAIN, ELECTRICAL ACTIVITY, GAMING, NEUROSTIMULATION, NON INVASIVE TREATMENTS, BIOMEDICAL, ALZHEIMER'S, STROKE RECOVERY, TRANSLATIONAL RESEARCH
Contact Information Available for logged-in reporters only
Description In a twist on nontraditional uses of ultrasound, a group of neuroscientists at Arizona State University has developed pulsed ultrasound techniques that can remotely stimulate brain circuit activity. Their findings, published in the Oct. 29 issue of the journal Public Library of Science (PLoS) One, provide insights into how low-power ultrasound can be harnessed for the noninvasive neurostimulation of brain circuits and offers the potential for new treatments of brain disorders and disease.

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http://www.newswise.com/articles/view/545861/?sc=swtr;xy=5024973