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Home » Blog » Dissertation » Topics » Cardiology » 80 Cardiology Research Topics

80 Cardiology Research Topics

FacebookXEmailWhatsAppRedditPinterestLinkedInIf you are an academic eager to explore captivating research topics in the domain of Cardiology , you’re in the right spot. As undergraduate, master, or doctoral students, the quest for the proper research topics is critical, requiring a balance of academic curiosity, relevance, and feasibility. Cardiology, the study of the heart and its diseases, […]

If you are an academic eager to explore captivating research topics in the domain of Cardiology , you’re in the right spot. As undergraduate, master, or doctoral students, the quest for the proper research topics is critical, requiring a balance of academic curiosity, relevance, and feasibility. Cardiology, the study of the heart and its diseases, is a multifaceted field offering an abundance of avenues for exploration and advancement. This blog post aims to guide aspiring scholars through this intricate landscape by presenting a curated list of research topics tailored to varying academic levels.

Cardiology, also known as ‘heart medicine,’ ‘cardiovascular science,’ and ‘heart health research,’ the branch of medicine focused on studying, diagnosing, and treating heart disorders and circulatory system-related ailments, plays an instrumental role in understanding cardiovascular health.

A List Of Potential Research Topics In Cardiology:

• Assessing the role of epigenetics in the development of cardiomyopathies.
• Exploring the psychological and emotional effects of the COVID-19 pandemic on cardiac patients and healthcare providers.
• Investigating the long-term cardiac consequences of COVID-19 infection.
• Evaluating the role of inflammation in heart valve diseases.
• Investigating the cardiac implications of autoimmune diseases.
• Examining the role of mitochondrial dysfunction in heart failure.
• Examining the role of inflammation in the pathogenesis of atherosclerosis.
• Analyzing the relationship between periodontal disease and coronary artery disease.
• Evaluating the latest guidelines for the management of heart failure.
• Investigating the role of gut-brain communication in heart disease.
• Assessing the effectiveness of cardiac stem cell therapy in heart regeneration.
• Assessing the use of wearable devices for continuous heart rate monitoring.
• Assessing the impact of COVID-19 vaccination on cardiovascular outcomes.
• Examining the influence of gender on cardiovascular disease presentation and outcomes.
• Assessing the cardiovascular effects of emerging cancer immunotherapies.
• Evaluating the effectiveness of mindfulness-based interventions in reducing stress-related cardiac events.
• Investigating the impact of socioeconomic factors on cardiovascular disease prevalence in the UK.
• Analyzing the influence of social determinants of health on heart disease disparities.
• Analyzing the cardiovascular effects of emerging recreational drugs.
• Exploring intersections: cardiology and astrobiology in the search for extraterrestrial life and human adaptation to space environments.
• Investigating the disparities in cardiac care outcomes among different regions in the UK.
• Analyzing the relationship between sleep quality and the risk of cardiovascular diseases.
• Assessing the cardiovascular consequences of shift work and irregular sleep patterns.
• Analyzing the role of cardiac biomarkers in early disease detection and risk assessment.
• Studying the effectiveness of public health campaigns in raising awareness about cardiovascular health in the UK.
• Examining the role of genetic factors in the development of atrial fibrillation.
• Exploring the relationship between COVID-19 and the development of cardiac arrhythmias.
• Analyzing the impact of Brexit on the availability and affordability of cardiac medications in the UK.
• Analyzing the relationship between dental health and heart disease.
• Studying the implications of altered cardiac rehabilitation programs due to COVID-19 restrictions.
• Analyzing the effects of different types of dietary fats on heart health.
• Investigating the efficacy of cardiac rehabilitation programs in different patient populations.
• Evaluating the cardiovascular implications of emerging diabetes medications.
• Evaluating the association between smoking cessation and cardiovascular risk reduction.
• Investigating the association between mental health disorders and cardiovascular disease outcomes.
• Investigating the cardiovascular effects of autoimmune disorders like lupus.
• Analyzing the management and outcomes of cardiac patients in the UK healthcare system.
• Analyzing the utilization of remote monitoring technologies in cardiac care post-COVID-19.
• Examining the impact of psychosocial stress on hypertension development.
• Investigating the cardiovascular consequences of long-term exposure to noise pollution.
• Analyzing the effectiveness of remote monitoring for heart failure patients.
• Exploring the utilization of mobile health apps for monitoring and managing cardiac conditions in the UK.
• Investigating the relationship between sleep disorders and cardiovascular outcomes.
• Assessing the role of telemedicine in managing cardiac patients in the aftermath of the COVID-19 pandemic.
• Assessing the effectiveness of telemedicine in managing hypertension in rural populations.
• Analyzing the effectiveness of mobile health apps in managing hypertension.
• Examining the association between air quality and cardiac arrhythmias.
• Analyzing the effects of different exercise modalities on cardiac remodeling.
• Examining the role of telecardiology in improving access to specialized care.
• Examining the impact of urban planning and green spaces on heart health.
• Investigating the role of non-invasive imaging techniques in early cardiac disease detection.
• Examining the cardiovascular consequences of chronic kidney disease.
• Harmonizing hearts and souls: bridging cardiology and theology to enhance holistic well-being and spiritual health.
• Exploring the challenges and opportunities of implementing precision medicine in cardiac care in the UK.
• Analyzing the impact of bariatric surgery on heart disease risk factors.
• Evaluating the long-term outcomes of patients with congenital heart defects after surgical intervention.
• Evaluating the impact of COVID-19 on cardiovascular health outcomes in a post-pandemic era.
• A systematic review of non-invasive techniques for assessing coronary artery disease.
• Examining disparities in access to cardiac healthcare services following the COVID-19 pandemic.
• Examining the efficacy of pharmacogenomic approaches in personalized cardiology treatment.
• Investigating the use of gene editing techniques in correcting genetic heart disorders.
• Investigating the cardiovascular effects of various weight loss interventions.
• Investigating the impact of socioeconomic factors on access to cardiac care.
• A review of the role of inflammation in the pathogenesis of cardiovascular diseases.
• An overview of novel therapeutic approaches in the field of cardiology.
• Evaluating the role of platelet function testing in personalized antiplatelet therapy.
• Investigating the use of artificial intelligence in predicting heart disease risk.
• A critical analysis of emerging biomarkers for early cardiac disease detection.
• Evaluating the impact of sleep apnea treatment on cardiovascular outcomes.
• Assessing the effectiveness of the NHS’s cardiovascular prevention strategies.
• A comprehensive review of recent advances in cardiac imaging technologies.
• Assessing the role of microRNAs in cardiac regeneration and repair.
• Examining the role of genetics in the development and treatment of cardiovascular diseases.
• Analyzing the cardiovascular effects of various diets, including keto and vegan diets.
• Assessing the cardiac effects of recreational sports supplements and energy drinks.
• Analyzing the effectiveness of remote cardiac rehabilitation programs.
• Investigating the role of vascular aging in the development of hypertension.
• Investigating the impact of dietary patterns on cardiovascular health in adolescents.
• Assessing the role of gut microbiota in cardiovascular health.
• Reviewing the impact of diet and nutrition on cardiovascular health.

In conclusion, venturing into the realm of Cardiology research for your thesis or dissertation offers many opportunities to deepen your understanding of the intricacies of the cardiovascular system and its disorders. Whether you’re an undergraduate, master’s, or doctoral student, choosing the right research topic is pivotal. This list provides a springboard for your academic journey, presenting a diverse array of Cardiology research topics tailored to different educational levels, allowing you to make informed choices and contribute meaningfully to Cardiology.

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[Research priorities and research topics for cardiovascular nursing: the Swiss Research Agenda for Nursing]

Affiliation.

• 1 Abteilung Klinische Pflegewissenschaft, Universitätsspital Basel, Basel.
• PMID: 19048518
• DOI: 10.1024/1012-5302.21.6.404

Cardiovascular diseases are worldwide a major challenge for the health care system and the number one reason for premature mortality and lost life years. Many accomplishments to reduce risk factors and improve treatment in acute and chronic disease and rehabilitation have been initiated by medical research but were also embraced by nursing research, which provided valuable knowledge about supporting risk factor modification and patients' self-management. Nursing research in the cardiovascular field has a long tradition in the US. In Europe cardiovascular nursing research also developed over the past decade, with increasing participation of Swiss nurse researchers. Efforts in this field of cardiovascular nursing have been made to convey projects in nursing research that help to enhance the health of the population sustainably and improve well-being in patients with acute and chronic courses of cardiovascular disease. Scientific knowledge is pivotal in developing evidence-based nursing interventions. Since both the German and the French speaking part of Switzerland have been lacking a literature-based and expert-supported agenda for nursing research, the aim of the Swiss Research Agenda for Nursing (SRAN) project was to develop an agenda providing researchers, funding agencies, and politics with orientation. This article takes the seven priorities of the SRAN project and links them to the topics of risk factor modification, rehabilitation programs, self-care, and patient education. The article presents the first agenda for cardiovascular nursing for the years 2007 to 2017. The agenda will serve to develop an action plan and to promote nursing research projects in the field of cardiovascular nursing in Switzerland.

• Cardiac Rehabilitation
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• Clinical Nursing Research / standards*
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Positive trends in cardiovascular mortality in Russia and Moscow: potential confounders

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Positive trends in cardiovascular mortality in Russia and Moscow: potential confounders, European Heart Journal , Volume 37, Issue 42, 7 November 2016, Pages 3184–3185, https://doi.org/10.1093/eurheartj/ehw470

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Cardiovascular disease (CVD) remains the leading cause of death and disability in most countries of the world, including Russia. Mortality from CVD is particularly high in the Russian Federation compared with the average in Europe (55.7% vs. 46%). 1,2 In Russia 29.4% of deaths occur from coronary heart disease (CHD) and 17.6% from cerebrovascular disease, mostly strokes. CVD kills more women than men: 51 and 42% respectively in Europe, 60.2 and 47.2% in Russia, with women dying at older ages.

A decline of CVD mortality started in Russia in 2003 and has become more stable and pronounced since 2006. In 2005 a new state program was launched called National Priority Project ‘Health’, aimed to both increase the availability of modern treatments and interventions for patients with CVD and to promote active CVD prevention in primary care. Since 2009, 695 Health Centers with a special focus on primary prevention started to work in all regions of the country (65 in Moscow).

Between 2005 and 2013, age-standardized CVD mortality rates in Russia decreased by 34.3% (833.2 vs. 547.1 deaths per 100 000 population) and CHD mortality rates—by 24.7% (383.6 vs. 289.0 per 100 000 population) with significant differences between country regions. 3 The most favourable changes were seen in Moscow. Whereas standardised CHD mortality rate decreased by 35.7% in Moscow (306.1 vs. 196.9), the decrease was 1.3 times less in St. Petersburg (362.1 vs. 258.9), 2.6 times less in the Moscow region (433.8 vs. 374.3) and 1.5 times less in the Russian Federation.

The mortality rate improvements were accompanied by a rise of CVD morbidity: the number of patients newly diagnosed with CVD in the Russian Federation increased by 15.9% from 2005 to 2012. This was most probably caused by improved screening. In 2013, owing to a large-scale screening programme (called ‘Dispanserization’), the number of patients newly diagnosed with CVD increased in Russia by 13.7% in just 1 year (as compared with 2012). 3

In the frame of this program, 2 003 099 Moscow inhabitants were examined in 2013. Of those, 34.7% had low or intermediate risk by SCORE scale, high (≥5 SCORE) and 36.6%—cardiovascular and other non-communicable diseases. The program also included risk factor counselling and management.

In 2013, the life expectancy of Moscow inhabitants reached 76.4 years (Russia's average—70.8 years), with only 4 years separating them from residents of the EU. Significantly lower CVD mortality and higher life expectancy in Moscow city in comparison with the average national figures are likely due to the higher socioeconomic standard of living, better psychological stability and availability of mental health services, higher consumption of fish, fruits, and berries, and better availability of outpatient and high-tech medical care for residents of the capital.

To achieve further sustained reduction in CVD mortality and increase in life expectancy, the implementation of a comprehensive complex of preventive measures aimed at promoting healthy lifestyles, reducing risk factors, implementing primary prevention of CVD, and optimising healthcare to address secondary prevention of CVD is required.

References are available as supplementary material at European Heart Journal online.

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The Peer-reviewed Scientific and Practical Journal The Bulletin of Bakoulev Center. Cardiovascular Diseases

Title: «The Bulletin of Bakoulev Center. Cardiovascular Diseases»

Transliteration: Byulleten' NTSSSKH im. A.N. Bakuleva RAMN «Serdechno-sosudistyye zabolevaniya»

The Bulletin was founded in 2000. The objectives of The Bulletin of Bakoulev Center include coverage of diagnostics issues, conservative, interventional and surgical treatment of patients with congenital and acquired heart defects, ischemic heart disease, vascular disorders, terminal heart failure, interactive pathology, as well as their rehabilitation.

Among the Bulletin sections are reviews, original articles, brief reports, lectures, history of science, scientific achievements and other.

The articles by experts of the National Medical Research Center for Cardiovascular Surgery containing in-depth analysis of the Centre activities as the leading institution of the industry in various scientific and clinical areas as well as analytical reports of its separate structural units are published here. The journal provides authors from all regions of Russia and from abroad pages for publication of their materials, thus becoming a platform for scientific discussions, exchange of information, sharing of experience.

The Bulletin is included in the list of peer-reviewed scientific journals recommended by the Higher Attestation Commission for publication of basic results of dissertations for candidate and doctor of medical sciences degrees in the specialties: 3.1.15. "Cardiovascular Surgery", 3.1.20. "Cardiology", 3.1.21. "Pediatrics".

Periodicity: The issues are published once in two months.

ISSN 0810-0694 (Print), ISSN 2410-9959 (Online), Subscription index in Rospechat’ Agency – 83671

The journal is represented in the following databases:

• The National Digital Resource "Rukont"
• Scientific Electronic Library
• Electronic library system «Lan'»
• IPR Media company group

The journal is indexed in databases:

• Russian Science Citation Index Core
• Russian Science Citation Index on the base of Web of Science
• Ulrich's International Periodical's Directory

The magazine is distributed to all leading libraries of Russia through the Russian Book Chamber / ITAR-TASS branch.

Editorial Board

• Alekyan B.G., Academician of RAS (Moscow);
• Barbarash L.S., Academician of RAS (Kemerovo);
• Belenkov Yu.N., Academician of RAS (Moscow);
• Belov Yu.V., Academician of RAS (Moscow);
• Bockeria O.L., Corresponding Member of RAS (Moscow);
• Gavrilenko A.V., Academician of RAS (Moscow);
• Gel'fand B.R., Academician of RAS (Moscow);
• Golukhova E.Z., Academician of RAS (Moscow);
• Zelenikin M.M., MD, PhD, DSc, Professor (Moscow), Executive Secretary;
• Klyuchnikov I.V., MD, PhD, DSc, Professor (Moscow);
• Makhachev O.A., MD, PhD, DSc (Moscow);
• Nasonov E.L., Academician of RAS (Moscow);
• Nikitina T.G., MD, PhD, DSc, Professor (Moscow);
• Paleev N.R., Academician of RAS (Moscow);
• Piradov M.A., Academician of RAS (Moscow);
• Podzolkov V.P., Academician of RAS (Moscow), Deputy Editor-in-Chief;
• Skopin I.I., MD, PhD, DSc, Professor (Moscow);
• Stupakov I.N., MD, PhD, DSc, Professor (Moscow);
• Fal'kovskiy G.E., MD, PhD, DSc, Professor (USA);
• Shevchenko Yu.L., Academician of RAS (Moscow);
• Yarustovskiy M.B., Corresponding Member of RAS (Moscow).

Editorial Council

• Bunyatyan A.A., Academician of RAS (Moscow);
• Kirienko A.I., Academician of RAS (Moscow);
• Kubyshkin V.A., Academician of RAS (Moscow);
• Pokrovskiy A.V., Academician of RAS (Moscow)

Chief Editor

Leo A. Bockeria , MD, PhD, DSc, Professor, Academician of Russian Academy of Sciences, President of Bakoulev National Medical Research Center for Cardiovascular Surgery

Study provides guidelines to doctors for individual treatment of wrist fractures

by Claes Björnberg, Umea University

A doctoral thesis by Viktor Schmidt, Umeå University can hopefully help doctors to provide better information to patients after wrist fractures. It can determine which treatment is most appropriate for each individual patient.

The thesis shows that the alignment in which a wrist fracture heals in is important in terms of early results (1 year after the injury). After that, there is a continued gradual recovery, and a decade after the injury, most patients are fully recovered in function, regardless of the alignment in which the fracture healed. By identifying unstable fractures and following guidelines that promote early surgery, short-term outcomes are likely to improve.

A broken wrist, or distal radius fracture as it is called in technical terms, is the most common skeletal injury. A well-functioning wrist is important to be able to work and engage in activities of daily living. Treatment after such an injury is aimed at restoring function by recreating anatomical alignment and providing the patient with adequate rehabilitation.

The first study examined results one year after injury.

"We could see a correlation where malalignments led to poorer results in terms of range of motion, grip strength and self-rated problems," says Schmidt, Department of Diagnostics and Intervention.

The second work analyzed whether a continued movement in the skeletal injury between emergency room visits and return visits had any impact on stability.

"We found that this movement, which we have chosen to call 'marginal secondary displacement,' is an important parameter to take into account in order for the skeletal injury to heal in a good position."

The third study followed up on the patients from the first study, a decade later. It showed that the results continue to improve over time and that after more than a decade, the patients were restored in terms of range of motion, grip strength and self-reported outcomes, regardless of the position in which the bone injury had healed. The final study investigated the potential consequences of the fast tracks introduced in the Swedish national guidelines of distal radius fractures.

"We compared the treatment that was given with how they would have been treated if the guidelines had been followed. We found that if the fast-track program had been followed, more patients would have been treated with early surgery and a delayed operation could have been avoided in the majority of cases," says Schmidt, who defends his thesis on May 8.

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Metal pins no better than traditional plaster cast for a broken wrist

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Study finds casts are as effective as surgery for older adults with arm fractures

Aug 23, 2023

Artificial intelligence techniques can help clinicians assess and treat patients with bone fractures

Apr 10, 2024

Surgery no better for wrist fracture in older adults

Apr 27, 2022

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