Echocardiography is the potential in providing in-depth and thorough comprehensive profiling of both the structural, morphological, anatomical, and hemodynamic changes which are induced and aggravated by either acute or chronic CAD.
To date, Echocardiography is a first-line investigation to detect cardiac disorders. The identification of patients with myocardial ischemia is an integral part of the diagnosis of CAD. A lot of arrangements should be and can be made at different stages of health care services to combat this life killer through early diagnosis and consequent therapeutic and preventive strategies.ĬAD is regarded as the most common fatal disease all over the world. Though the efforts of prevention of cardiovascular disease at primary, secondary, and tertiary levels are mandatory, diagnostic modalities at this regard need to be re-visited and re-evaluated from various contexts. More than 600,000 Americans die from cardiac or heart disease every year, leading to one in every four deaths at the statistical level. Other significant cardiac disorders are valvular disorders, congenital heart diseases, and others. Characterized by atherosclerosis in the arteries, coronary artery disease (CAD) is the most common heart disease which is also the most frequent cause of heart attack. The term “heart disease or cardiac disorders” refers to several conditions where heart functions or structures are impaired and abnormal.
MAGNETIC CARDIOGRAPH REGISTRATION
It is a retrospective study for data record review as an observational study, so no trial registration is required.Ĭardiovascular diseases are the most common cause of disability and mortality worldwide, with a prevalence of 126 million persons affected globally (1655 per 100,000) and 17.9 million mortalities making it 31% of all global deaths. Trial Registration: The research doesn’t include experiments in humans or animals. Gender differences and age stratification also contributed to this differential pattern of diagnosis. Both investigations showed a differential pattern in cardiac disorders diagnosis with a particular focus on IHD. Conclusions: In conclusion, both techniques, namely standard Echocardiography, and myocardial scintigraphy, are useful in the evaluation and detection of cardiac disorders in patients having any type of cardiac problems. Scintigraphy showed a higher detection rate (59%), while only 29% of cases were detected with IHD by eco-cardiograph. The age stratification did not impact the prevalence of cardiac disorders detected by them. Results: About 84% of cases were diagnosed with any types of cardiac disorders by Echocardiography, whereas through scintigraphy, 61% of patients were detected cardiac disorders. All subjects underwent gated myocardial perfusion scintigraphy and standard Echocardiography. Methods: 157 patients (male/ female: 68%/32% mean age 64 ± 0.83 years) were included in the report in the current study. Aim: The current study aimed to compare the effectiveness of echocardiographic and scintigraphy investigation in cardiovascular disorders detection and evaluation, including ischemic heart disease (IHD) diagnosis at King Abdulaziz University in Saudi Arabia. Background: Cardiac disorders are the leading causes of morbidity and mortality globally.
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