Roche to use AI to help diabetics sleep peacefully

The continuous glucose monitor, a wearable sensor, takes readings of blood sugar levels every five minutes and is paired with an AI app

By AFP

  • Follow us on
  • google-news
  • whatsapp
  • telegram

Top Stories

The logo of Swiss pharmaceutical company Roche is seen at a plant in the central Swiss village of Rotkreuz on November 6, 2013. — Reuters
The logo of Swiss pharmaceutical company Roche is seen at a plant in the central Swiss village of Rotkreuz on November 6, 2013. — Reuters

Published: Tue 9 Jul 2024, 3:53 PM

Last updated: Tue 9 Jul 2024, 3:54 PM

Swiss pharmaceutical giant Roche said on Tuesday it would soon begin marketing a device that uses artificial intelligence to predict possible low blood sugar events during the night and thus help sufferers of diabetes sleep without worry.

Diabetes is a chronic, metabolic disease characterised by elevated blood sugar levels that is treated with insulin injections. Sufferers can also have problems with episodes of low blood sugar levels — hypoglycaemia — during the night that disrupt their sleep, some requiring medical intervention.


Roche said its latest continuous glucose monitor, a wearable sensor, takes readings of blood sugar levels every five minutes and is paired with an AI app.

"Its integrated AI-enabled predictive algorithms indicate hypoglycaemia risk within the next 30 minutes, continuously forecast how glucose levels will develop within the next two hours, and estimate the risk of nocturnal hypoglycaemia," it said.


The technology enables "proactive intervention before glucose levels require immediate attention" and "is designed to alleviate ... concerns about nighttime hypoglycaemia and lower its risk," added Roche.

It said the predictive AI algorithms exceeded high performance requirements in terms of accuracy and that it judged the system meets European health and safety standards.

While generative AI applications like ChatGPT have garnered the most public attention, artificial intelligence has been increasingly deployed in a number of areas like language translation and image recognition, including to aid medical professionals.

More than 422 million people suffer from diabetes across the world in 2014, according to the World Health Organisation, with rising levels of obesity driving rising numbers of type 2 diabetes, which occurs when the body becomes resistant to insulin or doesn't make enough insulin.



More news from World