Strategies for Improving Metabolic Control to Reduce Cardiovascular Disease in Type 2 Diabetes Mellitus

Abstract

In the recent past, T2DM has emerged as one of the chronic illnesses that has compromised the quality of life leading to reduced life expectancy. However, numerous studies conducted over the years has demonstrated that cardiovascular disease is one of the major causes of deaths among T2DM patients. That raised concerns prompting further research on how it can be handled to ensure improved quality of life. This study was conducted with the aim of determining the relevant strategies that can be used to improve metabolic control and reduce cardiovascular diseases among T2DM patients. The study was conducted by reviewing several relevant pieces of literatures on this topic. The obtained information was analyzed through narrative analysis and a quantitative research approach used to eliminate researcher bias. In the research, it has been revealed that improving metabolic control is an important factor because it reduces cardiovascular disease in T2DM. The research has In the recent past, T2DM has emerged as one of the chronic illnesses that has compromised the quality of life leading to re duced life expectancy. However, numerous studies conducted over the years has demonstrated that cardiovascular disease is one of the major causes of deaths among T2DM patients. That raised concerns prompting further research on how it can be handled to ensure improved quality of life. This study was con ducted with the aim of determining the relevant strategies that can be used to improve metabolic control and reduce cardio vascular diseases among T2DM patients. The study was con ducted by reviewing several relevant pieces of literatures on this topic. The obtained information was analyzed through nar rative analysis and a quantitative research approach used to eliminate researcher bias. In the research, it has been revealed that improving metabolic control is an important factor because it reduces cardiovascular disease in T2DM. The research has