Cardiovascular disease and a Solution

How can early treatment for one of the deadliest diseases known as cardiovascular disease be ensured to the population?

Abstract

Heart disease has many variants, although its intimidating lethality remains prominent throughout. The problem, Heart disease plays a leading role in the U.S death toll. Although some heart diseases are manageable, the role heart diseases play in the annual death toll suggests a call for a cure. This paper will contribute to ongoing research in order to find a cure for heart disease, also known as Cardiovascular Disease. Many people find out they have heart diseases at a later stage, often resulting in more complicated ways for treatment to be implemented. When a patient enters the later stages of Cardiovascular disease chances of survival remain relatively low.  In detail, coronary heart disease is incurable but steps can be taken to reduce the effects of symptoms. Although why wait till one has inherited coronary heart disease? The solution, with advancements in technology we can look for evidence of developing symptoms. This evidence can help doctors assign earlier diagnoses. Although one must understand the signs that must be looked for, ex: the buildup of plaque inside arteries, blood circulation levels, and respiratory levels. Since most of these symptoms remain hidden in our body, often causing late diagnoses we can use nanosensors to keep track and report this information. The further focus of this paper is not only to help readers understand the severity of heart disease but also to acknowledge a possible solution known as the nanosensor. Before understanding how nanosensors can help, it's important to understand that nanosensors are a developing technology. Although, the potential to have an earlier diagnosis before the severity of the disease worsens remains unmatched in the world of health care. This paper utilizes the research method, combining articles and research papers alike in an effort to gather evidence to support the idea that Nanosensors can contribute to less deaths caused by heart disease. Nanosensors the focus of this paper is an explored solution, consisting of nanosized sensors that would provide biomarkers to help doctors analyze the likelihood of a patient inheriting cardiovascular disease.