Post by Udeze Nestor (@Nesmoore1)

🚨 Scientists Created an Implant That Turns Blood Sugar Into Electricity

What if excess blood sugar could help power the very device designed to control it?

Researchers at ETH Zurich have developed an experimental implantable fuel cell that converts glucose from surrounding body fluid into electrical energy.

The device is wrapped in a biocompatible material called alginate and resembles a tiny tea bag. When glucose levels rise, its specially designed copper-based components convert glucose into gluconic acid, generating electricity.
But here is where things get even more interesting.

That electricity can stimulate specially engineered beta cells to release insulin. As blood sugar falls, the system stops generating electricity and insulin release is switched off.

In experiments involving diabetic mice, the researchers demonstrated an automatically controlled system that could help restore normal blood sugar levels.
The technology could one day inspire a new approach to diabetes treatment, potentially reducing dependence on conventional insulin delivery methods.

However, this is still experimental technology. It has not been tested in human patients or approved as a replacement for insulin injections.

Could the future of diabetes treatment be powered by the sugar already circulating in our bodies?

Source: Maity, D., et al. (2023). Blood-glucose-powered metabolic fuel cell for self-sufficient bioelectronics. Advanced Materials, 35(21), 2300890.

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🚨 Scientists Created an Implant That Turns Blood Sugar Into Electricity What if excess blood sugar...

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Comments

Omoniyi Abiola: Science keeps pushing boundaries, and this is fascinating! Imagine a future where the body’s excess glucose helps power a system that automatically regulates insulin release. That could be a major breakthrough in diabetes management. However, more research and human trials are needed before we can k...
NativeMan: I watched a movie “Onslaught” last night.
Scientist can be childish at times. These kind of research need to be closely monitored and limited by research experts and government.
The world have had enough from scientific trials and errors leading to loss of life, property and economic instability.
Joseph The Dreamer: This will be great if it can work as described with any implications
The Home Of Quotes inc.: Wiw
Linzkits: Science won't finish us
Ibukunoladunni: Wow. This is breakthrough
Mosiko Esther: Science keeps finding amazing ways to turn challenges into possibilities. This is really fascinating.
JulietUlom: Informative thanks for sharing dear
The Emperor: The concept is brilliant, but transitioning this from diabetic mice to human clinical reality comes with severe physiological and technical risks:

​1. The Threat of Lethal Hypoglycemia
​The single biggest danger with automated insulin systems is low blood sugar (hypoglycemia), which can lead to sei...