Sugar cases worldwide are increasing. According to health experts, diabetes will be spread like an epidemic and millions of people will be victims of this disease. There are two types of diabetes – type 1 diabetes and type 2 diabetes. Type 1 diabetes can be an auto immune illness and can also be caused by genetic factors. However, the right causes of type 2 diabetes is not known. Scientists of IIT BOONE has recently done an amazing research related to type-2 diabetes.
The new research of IIT Bombay shows that collagen can play a big role in increasing the protein, the sugar in our body. There is a colagen a protein that makes the body tissues and keeps them strong. This protein rapidly collects a special hormone amilen in pancreas. The collection process affects the functioning of Pancreus, which reduces insulin production and increases blood sugar levels. This situation gives birth to type-2 diabetes or distorts the present status.
This search has been published in the Journal of the American Chemical Society. It also said that when the body grows, the body grows, not only insulin, but also controls the vulin after eating. Researchers noticed that when Emilen is unusual, it is sticking together, and clumping, which is called Amiloid Agreeigate in scientific languages. This clump causes the beta cells of pancreas, which reduces insulin production. This research also disclose the role of Fibebiller College 1 called protein, which helps to deposit these hormones clump.
The research led by the Professor Shimk Sen of IIT BOONGIONS and Biounningian Department of Biounningian Department, the research immediately increases the risk of sugar in Colagen-1. It is also important to understand the new researchers to understand the role of type-2 diabetes is not only important to the role of type dialectricity but also blood pressure but body protein. This research can open the way for the development of new medications in the future, which helps maintain the functioning of Pancreeus by controlling collagen and immilink. This has caused new hopes per type-2 treatment.