Subject: Watch: Alzheimers-reversing cocktail recipe

From: "Local Nutrition" <[email-masked]>
Date: Wed, 1 Feb 2017 18:14:16 -0500

Stop Alzheimer's with the World's only REVERSION Cocktail!
http://www.jjgnheas.com/6478.6*1F6Id3Q6c5suOVr_Nwug_KlMtuXOFxumVmzuOVrzils4M1/overdrafts-talking

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(CNN)You can hear those around you, but you can't speak.  You can feel a touch, but you can't touch back.  You can see, but you can't move, even to blink your eyes. 
That's the life of a , someone who has brain function but complete paralysis, which can be caused by stroke, traumatic brain injury, medication overdose or diseases of the circulatory or nervous system, such as amyotrophic lateral sclerosis (also known as ALS or Lou Gehrig's disease). 
It was generally thought that completely locked-in patients were unable to communicate with the outside world -- but a new study has showed otherwise. 
An international team of scientists has communicated with completely locked-in patients using a noninvasive brain-computer interface system. 
The researchers used the system to decode the patients' thoughts while the patients were asked yes or no questions, according to the study,  on Tuesday. 
Niels Birbaumer, a researcher at the  in Switzerland and lead author of the new study, said he wasn't surprised by the findings.  "No surprise, but pleasure," Birbaumer said. 
"One patient's family is using it regularly," he said of the new system.  "With some training, every caretaker of average intelligence can learn it. "
To decode what patients were thinking, the system involved  a tool that can measure blood flow and oxygenation in the brain, and an(EEG) cap, which can measure electrical activity in the brain. 
"Since no other technique allows any communication with these subjects, this can be considered to be an important advance," said Andrew Schwartz, distinguished professor of neurobiology at the University of Pittsburgh who was not involved in the new study. 
'Are you happy?'
Four patients -- a 68-year-old woman, a 76-year-old woman, a 61-year-old man and a 24-year-old woman -- who were in completely locked-in states participated in the study. 
Over several weeks, the researchers repeatedly asked the patients "yes or no" or "true or false" questions while the patients were connected to the communication system. 
As the patients thought about their answers, the researchers analyzed changes in the system's measurements to determine whether the patient was thinking about a yes or no response. 
The mental states for yes or no were different due to oxygenation changes, but the system could not decipher specific letters or words. 
The researchers first asked the patients to respond to questions or statements with known answers, such as "You were born in Berlin," "Your husband's name is Joachim," "Paris is the capital of Germany" or "Paris is the capital of France. "
The patients responded correctly at a rate of about 70%, the researchers found. 
Once the researchers determined that the patients were trained on how to respond to the questions, they repeatedly asked open questions with no known answers, such as "Are you happy?"
The researchers found that the patients repeatedly answered quality of life questions with a "yes" response, indicating that they had a positive attitude toward life. 
A total of at least 200 known questions and 40 open questions were constructed for the patients with input from family members. 
Birbaumer and his colleagues had used only  to communicate with just one completely locked-in patient in 2014 and published their findings in the journal Neurology.  He said the new findings mark about 25 years of research. 
The new study was successful in showing a creative approach to establishing some communication with completely locked-in ALS patients, said Dr.  Brian Litt, a professor and director of the Penn Center for Neuroengineering and Therapeutics at the University of Pennsylvania.