This article explores the effects, causes, and prevention of cardiovascular diseases (CVDs). It discusses the prevalence of CVDs in developing nations and the need for strategies to control the pandemic. The article also highlights the risk factors associated with CVDs, such as obesity, hypertension, smoking, and genetic predisposition.
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Student name Student No Unit Title: Effects of Cardiovascular Diseases
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Kreatsoulas and Anand (2010) think that cardiovascular disease accounts for more than a third of deaths in developed countries. It is the leading cause of mortality and morbidity among the non-communicable infections in developing nations, accounting for almost 25 percent of the total deaths. According to a report by WHO (2017), CVDs are the leading cause of death globally than any other disease. The report showed that 17.9 million people (31 percent of global deaths) died out of CVDs in 2016. Out of these deaths, 85 percent were as a result of stroke and heart attack. The main causes of the elevated levels of CVDs are due to behavioural factors such obesity, tobacco smoking, unhealthy diet among other risk factors. Cardiovascular diseases are a group of infections of blood vessels and the heart. These diseases include cerebrovascular disease, which affects the blood vessels serving the brain; coronary heart disease, a disease of the coronary blood vessels; congenital heart disease, rheumatic heart disease, an infection caused by streptococcal bacteria and damages the heart valves and muscles; and peripheral heart disease, which affects blood vessels supplying blood to legs and arms. The importance of the study on CVDs is that it brings knowledge and understanding so that people are aware of these diseases and ways to treat and prevent them. It also provides health organizations with data so that they could know which areas are most stricken by this pandemic and then lay down strategies on how to help them. In the past decade according to Aje and Miller (2009), much effort and resources on the prevention of CVDs were directed to the developed nations. They claim that this approach was dangerous and erroneous. The following data was released by the WHO on the number of deaths as a result of CVDs. Looking closely in to this data, one would notice that even in the developing nations, CVDs deaths are prevalent. This raises the questions like why is CVD developing in these third world nations? What does the CVD prevalence in the developing and third world countries imply? How strong are the right authorities focused on fighting this pandemic? And what should be done to put this pandemic under control? The
prevalence of this infection has been explained in 4 stages, starting from stage 1 (famine and pestilence) up to 4thstage (degenerative disease), with each country falling in one of these stages. The developing and third world nations fall in stage one while the developed and industrialized nations are in stage 4. Communicable diseases such as tuberculosis, malaria and HIV/AIDS are still being associated with high mortality rates in these developing nations, which calls for more focus and resources to solve this burden. This builds up a new challenge as the infants who survive the communicable diseases are at a risk of being exposed to CVD risk factors such as smoking and early malnutrition. Mendis (2017) thinks that in these nations rural-urban migration is more pronounced. In the urban areas, the diet changes and people adopt sedentary lifestyles with massive intake of high calorific foods. These factors explain why there has been an increasing rate of CVD cases in the developing countries. Researchers claim that there are more risk factors for CVDs but hypertension, obesity, hyperlipidaemia, smoking and genetic predisposition has been associated with the prevalence of this disease. Tobacco smoking was discovered in the 1940s as a risk factor for Europe & Central AsiaMiddle East and North AsiaSouth AsiaEast Asia and PacificLatin America & CaribbeanSub-Saharan Africa 0 10 20 30 40 50 60 70 Number of deaths as a result of infections CVDsMalignant neoplasmsInjuries Respiratoty infectionsChronic lung diseasesHIV/AIDS
CVDs. It affects both active and passive smokers, but with the strong campaign against smoking in some nations such as the United States, the rate of smoking has reduced for the last 4 decades. Nevertheless, it has been reported that the rate of smoking is currently picking up due to the aggressiveness and marketing strategies of the tobacco companies with other companies shifting their business to other nations following the strict regulations in the developed countries (Siqueira,Siqueira-Filho& Land, 2017). Some scholars have associated the rate of hypertension in developing nations with the increased urbanization. However, it has been difficult to access the rate of hypertension prevalence in developing nations due to limited studies.Balarajan and Villamor(2010) claim that the prevalence of hypertension is increasing in third world nation, with countries such as Mozambique recording about 33 percent of adults with hypertension. Among the Latin Americans, hypertension prevalence rates are ranging between 8.6 percent to around 29 percent. According to Koene et al. (2016) claim that the relationship between CVDs and obesity has been mediated by factors like resistance to insulin, prothrombotic conditions and atherogenic dyslipidaemia found among obese people. CVDs and obesity have also been associated with increase in cardiac output demands leading to increase in stroke volume. Obese people are also at the risk of developing atherosclerosis, diabetes and hypertension which are also risk factors for CVDs. Non-modifiable factors such as family history have been related to cases of cardiovascular diseases. It is believed that in case a male family member (father of brother) has ever suffered from CVDs before attaining 55 years or a female (sister or mother) contacted this infection before the age of 65, then one is at a risk of developing CVDs. In case both parents developed CVDs before attaining 55 years, then one is a 50 percent more risk of this infection (Gupta et al. 2013). If one of these first degree family members had stroke one is at a risk of stroke. This risk increases if the family member developed stroke at
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their young ages. Other risk factors for CVDs are sex, age, ethnicity, social status, physical activity and diet. Psaltopoulou et al (2017) claim that CVDs have been associate with socioeconomically disadvantaged people. According to Gheorghe et al. (2018) there is much commitment by nations all over to improve the outcomes of this disease by 2025. Nations have experienced increased economic and social consequences as a result of CVDs. Short term costs such as diagnostic, hospitalization and immediate treatment costs are very high. Other expenses such as cost for drugs and monitoring the progression of the infection are also high. This disease therefore is a burden to most families and the nation at large. Almost 30 percent of Medicare expenditures and about 53 percent of individual income are directed to issues of CVDs. There is therefore a need to come up with ways on how to prevent or promote the fight against CVDs. To fight against this disease people should be encouraged to quit smoking as the chemical substances in tobacco damage the heart and blood vessels, leading to build up of plague hence narrowing of blood vessels. People should start health dietary habits, avoiding much salt and sugary food can help prevent CVDs. Limiting the amount of fats in the diet is also important. Obesity is a risk factor for CVD. Maintaining a normal weight reduces risks for this disease. Finally, it is recommended that a person take regular exercise (Stewart, Manmathan and Wilkinson, 2017). Combining regular exercise with other factors like health eating would give even better results.
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