Latest Updates
-
Amitabh Bachchan's Misunderstood Blog Sparked Concern, But His Real Medical Battles Define Resilience -
Jaipur Ranks 6th Among World's Happiest Cities 2026: The Culture Behind The Joy -
Why Green Is the Colour of Sawan: History, Symbolism, and Styling Tips -
Legionnaires' Disease Outbreak: What It Is, Symptoms, Causes, And Prevention Explained -
Ananya Panday's Gaurav Gupta Couture Featured 12,000 Pearls, 2,600 Petals And A Celestial Love Story -
Kharchi Puja 2026: Tripura's Ancient Festival Where The Heads Of Fourteen Deities Are Worshipped -
World Brain Day 2026: How Quality Sleep Helps Safeguard Your Brain Health -
National Mango Day 2026: Why Mango Is Called The 'King Of Fruits' And What Sets It Apart -
Is It Monsoon Hair Fall Or Something More Serious? How To Tell -
World Brain Day 2026: Date, History, Theme, and Why It Matters
Toxic Fat May Up Diabetes Risk, Even In Thin People
If there is an accumulation of toxic fat cells, it may increase the risk of diabetes even in slim people, is what a study has noted. Read more about this study, here!
Accumulation of 'toxic' fat cells may raise the risk of diabetes even if you are slim, a study led by one Indian-origin researcher has found.
The study published online in the journal Cell Metabolism, revealed that a buildup of toxic fat cells -- known as ceramides -- prevents the normal function of fat (adipose) tissue in mice.
Ceramides makes the body unable to properly process insulin and develop impairments in their ability to burn calories, putting thin people at risk of developing diabetes.

This could mean that some people are more likely to convert calories into ceramides than others, the researchers said.
"That suggests some skinny people will get diabetes or fatty liver disease if something such as genetics triggers ceramide accumulation," said lead author Bhagirath Chaurasia, Assistant Professor at the University of Utah, in the US.
In the study, mice with high ceramides levels were found to have an increased diabetes risk whereas mice with low levels could protect against the disease.
The mice were also more susceptible to diabetes as well as fatty liver disease.
Conversely, mice with fewer ceramides in their adipose tissue were protected from insulin resistance, a first sign of diabetes.
"Ceramides impact the way the body handles nutrients. They impair the way the body responds to insulin, and also how it burns calories," added Scott Summers from the University of Utah.
"By blocking ceramide production, we might be able to prevent the development of Type 2 diabetes or other metabolic conditions, at least in some people," Chaurasia said.
Inputs From IANS
Disclaimer: The information provided in this article is for general informational and educational purposes only and is not intended as a substitute for professional medical advice, diagnosis, or treatment. Always seek the advice of your physician or a qualified healthcare provider with any questions you may have regarding a medical condition.



Click it and Unblock the Notifications