Wednesday , August 4 2021

Diabetes: This skin condition ups risk of Type – 2 diabetes

WASHINGTON D.C. [USA]: According to a recent study, psoriasis and other inflammatory skin disorders could increase the risk of type 2 diabetes.

The findings, which were presented at the Society for Endocrinology annual conference in Glasgow, indicate that improving skin health could be important for the control of blood sugar and lowering diabetes risk.

Approximately 2-3 percent of the global population suffers from psoriasis, a chronic inflammatory disorder, where the immune system attacks skin cells, resulting in very high growth of skin cells leading to itchy red sores. Unfortunately, there is currently no cure for psoriasis with patients having symptoms throughout their life.

Want To Keep Diabetes Away? Eat Walnuts, Apples, Carrots

Foods For Diabetics

14 Nov, 2018

While being active, staying hydrated, and checking blood glucose levels can work wonders, it is important to stick to a dietary plan.

A recent study shows that antioxidant-rich walnuts are almost halve the risk of developing Type-2 diabetes.

For patients, the ideal diabetic diet plan will be to have 1200-1600 calories per day. It is recommended that diabetics should eat good carbs, fats, and healthy proteins, but in small portions.

Doctors and Dieticians share the ultimate list of foods.

Also read: The extensive diabetes guide

To add to this burden, previous studies have shown that having psoriasis increases your risk of developing type-2 diabetes However, the specific biological mechanisms linking the two disorders are unknown, and if defined, they could lead to new therapies to treat patients from skin problems and reduce the risk of type-2 diabetes.

In this study, Elizabeth Evans and colleagues at King's College, London used animal and human skin models, to look for changes caused by psoriasis.

Mice with psoriasis shows changes in indicative of insulin resistance, a key feature of diabetes development where insulin fails to stimulate glucose uptake in cells. Changes included a decrease in glucose uptake capacity in the fat tissue under the skin and increased insulin production from insulin-producing cells, indicating that the body is trying to compensate for the lack of glucose uptake.

Similar alterations were seen in fat and islets cells out of the body.

Elizabeth Evans commented, "The laboratory model we used in this study closely resembles many of the major hallmarks of psoriasis and we have observed some changes caused by the condition which reflects what is seen in a pre-diabetic patient."

Source link