The Insulin Receptor Essay

Insulin receptor causes various effects on development and cellular metabolism ("How the Insulin Receptor Works"). It also functions on the part known as the cell-surface receptor. In most cases, it works on the outer surface of cells on which it exerts the structural modifications ("How the Insulin Receptor Works"). There are various physical reactions which take place at the time when the insulin receptor performs its functions. These reactions include; linking of the insulin on the outside part of the cell, inserting mechanical changes of the intracellular kinase, and eventually initiating them to stimulate each other while undergoing biological processes ("How the Insulin Receptor Works"). All these interactions take place is on the outer region of the cell.

The author proposes that the relation between the change in shape of the protein and the function of the “intracellular” region should be disinfected on the full-length receptor before implanting them in the cell nanoscale (München). The above step will help to hinder further malfunctioning of body cells and the plasma membrane. Also, the changes which occur should not be confused with the working of insulin.

 Researchers report that they purified the receptor protein and then embedded it in a nanodisk, a tiny patch of the membrane (München). Doing this enables the cell membrane to be viewed using an electron microscope. The tool can help to show the full behavior of the protein on the outer region of a cell. Since working on the purified receptor directly does not provide intuitions in receptor activation, it is prudent to purify on the receptor protein and then implant it in a tiny patch of the membrane for better functioning of the cell membrane.

Works Cited

"How The Insulin Receptor Works". ScienceDaily, 2018, https://www.sciencedaily.com/releases/2018/02/180219103256.htm. Accessed 28 Oct 2018.

München, Helmholtz. "Press Information / News – Helmholtz Zentrum München". Helmholtz-Muenchen.De, 2018, https://www.helmholtz-muenchen.de/en/news/latest-news/press-information-news/article/44140/index.html. Accessed 28 Oct 2018.