ZFYVE28 Insulin Sensitivity Research
This diagnosis pushed me to understand the science behind my persistent health issues.As someone who has struggled with obesity, I was keen to find effective ways to lose weight, but my journey was challenging. In my biology classes, I learned about insulin resistance, where the body fails to respond to normal insulin levels, leading to higher insulin requirements. This explained my weight issues and sparked my interest in solutions.
I collaborated with Professor Yibo Wang from the National Center for Cardiovascular Diseases, focusing on the regulation of ZFYVE28 on insulin sensitivity in adipocytes. I conducted experiments such as the induction of differentiation in 3T3-L1 adipocytes and lentiviral transduction of cells. This hands-on research furthered my understanding of insulin resistance and its links to obesity and Type II diabetes.
On my own, I learned that insulin resistance causes cells to limit glucose intake, leading to excessive hunger and poor diets. The pancreas then overproduces insulin due to glucose build-up, which can result in Type II diabetes. This realization drove me to contribute to global health efforts to combat insulin resistance.