Mon 18 January 2021:
Gastric bypass surgery is sometimes the last resort for those who struggle with obesity or serious weight-related health issues. Since this procedure involves making a small stomach pouch and rerouting the digestive tract, it is invasive and prolongs the recovery period for patients.
In a U.S. National Science Foundation-supported study, researchers at Texas A&M University have developed a medical device that might help with weight loss while requiring a simpler operative procedure for implantation.
QATAR PLEDGES $60M FOR GAS
PIPELINE IN HAMAS-RULED GAZA
SOUTH AFRICA: LESS SMOKE
AND HANGOVERS AS EXCISE
DUTIES GO UP
FACEBOOK BANS ALL MYANMAR
BRILLIANT MAN WHO DEVELOPED
THE FIRST CAMERA OBSCURA
BILL GATES: THE “NEXT PANDEMIC”
IS COMING AFTER COVID-19
EU MEMBER STATES AIMS TO CREATE
GLOBAL VACCINE CERTIFICATE
ACT AGAINST CHINA'S UYGHUR GENOCIDE,
HOLOCAUST SURVIVORS TELL UK
HOSPITALIZATION RISK 64% HIGHER
WITH UK COVID-19 VARIANT: STUDY
FIRST VERDICT DUE IN GERMANY’S
LANDMARK SYRIA TORTURE TRIAL
EU MEMBER STATES AIMS
TO CREATE GLOBAL
US REPORT ON KHASHOGGI
MURDER CRITICAL FOR JUSTICE:
‘TO DECLASSIFY REPORT’ INTO
JAMAL KHASHOGGI MURDER
The scientists said their centimetre-sized device provides the feeling of fullness by stimulating the endings of the vagus nerve with light. Unlike other devices that require a power cord, their device is wireless and can be controlled externally from a remote radio frequency source.
“We wanted to create a device that not only requires minimal surgery for implantation but also allows us to stimulate specific nerve endings in the stomach,” said Sung II Park, an electrical and computer engineer. “Our device has the potential to do both these things in harsh gastric conditions, which, in the future, can be hugely beneficial to people needing weight-loss surgeries.”
Further details about the device are published in Nature Communications.
In recent years, the vagus nerve has received attention as a target for treating obesity since it sends sensory information about fullness from the stomach lining to the brain. Although there are medical devices that can stimulate vagus nerve endings and consequently help in curbing hunger, these devices are similar in design to a pacemaker, with wires connected to a current source providing electrical jolts to activate the tips of the nerve.
However, Park said that wireless technology, as well as the application of advanced genetic and optical tools, have the potential to make nerve stimulation devices less cumbersome and more comfortable for the patient.
“These findings could facilitate behavior changes in diabetic patients,” says Deborah Jackson, a program director in NSF’s Directorate for Engineering.
FOLLOW INDEPENDENT PRESS:
TWITTER (CLICK HERE)
FACEBOOK (CLICK HERE)
Think your friends would be interested? Share this story!