Air pollution is a global issue in this modern age. It takes place when excessive quantities of substances establish into Earth’s atmosphere. That can play a vital role in the development of cardio-metabolic diseases acting as diabetes and cardiovascular disease. Also, it can promote to heart attack and stroke. Research shows, Insulin resistance, and type 2 diabetes suffered an increase in the tendency on exposure to air pollution.

The research Mode

In Beijing New Delhi, researchers creating an environment that resembles a polluted day. Participants are from the University Hospitals Harrington in the US, they organized the study.

Three groups were generated to examine the mouse model study. One group receiving clean filtered air, the second group exposed to polluted air for 24 weeks, and the third group fed a high-fat diet.

Related Article: AirPollution Propels Death Rates Through Strokes

The genome-wide epigenetic changes were in comparison with unhealthy diet eating. The impact of air pollution recess on these changes was then examined as it was interestingly found by the researchers that being exposed to air pollution was comparable to eating a high-fat diet.

Research outcome

The results reveal that just like in a pre-diabetic state.  Both groups the air pollution and high-fat diets were exhibit Insulin resistance and abnormal metabolism. The Epigenome represents an uncertain buffer in retaliation to environmental factors. However, it is a layer of control that can perfectly turn on and turn off thousands of genes. The research organization found that changes in the groups’ state were accomplices with changes in the epigenome.

The bright side is that these effects were correctable, at least in our experiments. At one time the air pollution was removed from the environment, the mice perform healthier and the pre-diabetic state appears to retain.


The exact process behind the connection between air pollution and diabetes has not as yet been proven. Although, researchers know that some pollutants can enter the bloodstream and interact with tissues and organs when they breathed in. Eventually, they disrupt the body and may alter insulin sensitivity.

Cover Image by analogicus

  • Recent Posts
Author Details

Hi! I am Madiha Anwar. Reading books and pursue skills is my passion since my childhood. Always dream to serve homo-sapiens along with this knowledge. Being a medical student I would love to write on health suggestions. I desire that articles bring a healthy change in your life. Stay tuned & stay healthy!

Leave a Reply

Your email address will not be published. Required fields are marked *