Society Logo
ME/CFS Australia Ltd
Please click here to donate ME/CFS South Australia Inc
 
 
Facebook
 
ME/CFS SOUTH AUSTRALIA INC

Registered Charity 3104

Email:
sacfs@sacfs.asn.au

Mailing address:

PO Box 322,
Modbury North,
South Australia 5092

Phone:
1300 128 339

Office Hours:
Monday - Friday,
10am - 4pm
(phone)

ME/CFS South Australia Inc supports the needs of sufferers of Myalgic Encephalomyelitis, Chronic Fatigue Syndrome and related illnesses. We do this by providing services and information to members.

Disclaimer

ME/CFS South Australia Inc aims to keep members informed of various research projects, diets, medications, therapies, news items, etc. All communication, both verbal and written, is merely to disseminate information and not to make recommendations or directives.

Unless otherwise stated, the views expressed on this Web site are not necessarily the official views of the Society or its Committee and are not simply an endorsement of products or services.

Become a Member
DOCX Application Form (Word, 198 KB)
Why become a member?

UCI Researchers Help Invent Blood-Based Assay To Detect Chronic Fatigue Syndrome

Thursday 16 May 2019

 

From the University of California, Irvine's UCI News:

 

Rahim Esfandyarpour
Rahim Esfandyarpour, UCI assistant professor of
electrical engineering & computer science, holds up
a device that he and colleagues developed for detecting
a biomarker for chronic fatigue syndrome,
which has been notoriously difficult to diagnose.
 

UCI researchers help invent blood-based assay to detect chronic fatigue syndrome

May 15, 2019
© 2019 UC Regents.

About 2 million people in the U.S. suffer from a mysterious illness known as myalgic encephalomyelitis, or chronic fatigue syndrome.

One of the challenges healthcare professionals have faced in diagnosing it has been the lack of a clear biomarker, something in a patient’s bloodstream to signal the cause of the problem.

Researchers at UCI and Stanford University have developed a blood-based assay tool that has shown early signs of being an effective test for the condition in humans.

The team’s findings were published recently in Proceedings of the National Academy of Sciences.

The new technology developed by lead author Rahim Esfandyarpour, UCI assistant professor of electrical engineering & computer science, and his collaborators relies on the different responses to stress exhibited by blood cells of ME/CFS sufferers versus blood cells of healthy individuals.

Aggravating the cells in both samples with a dose of salt, the researchers then applied electric current and measured the results.

Among the cells of those feeling the symptoms of fatigue, there was a marked change in the current, an indication that the cells were affected by ME/CFS.

The assay device relies on advancements in nanotechnology, microfabrication, and direct electrical detection of cellular and molecular properties.

Test results are further refined through artificial intelligence and machine learning algorithms.

“We still have further experiments to conduct to understand the contributing mechanisms and whether the responses are specific to ME/CFS,” Esfandyarpour said.

“We envision integrating the nanoelectronic sensing arrays with the data acquisition and AI-based computing units to create a portable and handheld diagnostic and preclinical drug-screening platform that can be used by doctors, physicians and other researchers.”

 

Full article…

 


 

blog comments powered by Disqus
Previous Previous Page