Importance of doing MRes in Clinical Sciences
Pursuing a Master of Research (MRes) degree in the UK can be a significant catalyst for career growth. This advanced degree is designed to provide students with a robust understanding of research methodologies, which are highly valued in many sectors. The MRes degree equips students with the ability to conduct independent research, a skill that is crucial in many professions. It also offers an excellent foundation for those who wish to pursue a PhD. Furthermore, the UK is home to some of the world’s top universities, offering high-quality education and a globally recognised degree. This can enhance one’s professional profile, making them more competitive in the job market. Therefore, an MRes degree can potentially lead to faster career progression. This page specifically discusses Cardiovascular Research as part of MRes in Clinical Sciences, and you can apply for the programme - here.
Why the University of East Anglia?
The MRes in Clinical Science at the University of East Anglia (UEA) is a unique and innovative program that offers students the opportunity to delve into the world of cutting-edge clinical research12. This course is designed to develop a broader, more considered approach to a specific area of medical research, providing students with expertise in both the intellectual and practical skills of scientific research. What sets this program apart is its flexibility and diversity. Students are encouraged to choose the project they want to work on, allowing them to define the question they wish to pursue. This could range from investigating the intricacies of cardiovascular disease and advancements in cardiac MRI imaging techniques to optimising the application of these findings in clinical practice. The program is driven by the research interests of the students, making it incredibly diverse.
The skills acquired through this MRes are entirely transferable, meaning the project doesn’t have to fall within a discipline the student aspires to work in12. This approach promotes a thorough understanding of the diversity and breadth of medicine, the benefits of research, and the value every health professional can add by contributing to the advancement of collective medical knowledge
The skills acquired through this MRes are entirely transferable, meaning the project doesn’t have to fall within a discipline the student aspires to work in12. This approach promotes a thorough understanding of the diversity and breadth of medicine, the benefits of research, and the value every health professional can add by contributing to the advancement of collective medical knowledge
Research in 4Dlab - Endless opportunities !
The 4DLab, a state-of-the-art facility, is strategically situated within the University of East Anglia’s (UEA) Bob Champion Research and Education (BCRE) building. This lab is the epicentre of a research programme that has received greater than £1 million in research funding. At present, we are managing several registries as part of this programme. These registries, which are primarily focused on clinical or cardiovascular imaging, present a unique opportunity for prospective MRes students to engage in groundbreaking research.
We are equipped with our own IT infrastructure, which includes advanced networking capabilities. This allows some of our students to contribute to the research remotely, under direct supervision, thereby offering flexibility in the research process.
MRes students will have the invaluable opportunity to deepen their understanding of cardiac anatomy, physiology, and pathology. This knowledge is fundamental for anyone considering a career in biomedical sciences or medicine. It not only enhances their academic profile but also equips them with the critical skills needed in these fields. Thus, our MRes programme offers a comprehensive learning experience that is tailored to foster career growth in the biomedical and medical sectors.
We are equipped with our own IT infrastructure, which includes advanced networking capabilities. This allows some of our students to contribute to the research remotely, under direct supervision, thereby offering flexibility in the research process.
MRes students will have the invaluable opportunity to deepen their understanding of cardiac anatomy, physiology, and pathology. This knowledge is fundamental for anyone considering a career in biomedical sciences or medicine. It not only enhances their academic profile but also equips them with the critical skills needed in these fields. Thus, our MRes programme offers a comprehensive learning experience that is tailored to foster career growth in the biomedical and medical sectors.
Opportunities to co-author Research papers as MRes students
In our laboratory, we place a strong emphasis on the publication of research papers, recognizing it as a vital component in enhancing the curriculum vitae (CV) of our Master of Research (MRes) students. We provide comprehensive guidance and training, equipping our students with the skills necessary to publish systematic reviews, conduct meta-analyses, perform advanced data analysis, and write high-quality research papers.
On average, our MRes students have an impressive track record of publishing between 2 to 4 papers as the first author. In addition, they often contribute to another 5 to 6 papers as co-authors. This prolific output not only enriches their learning experience but also provides a substantial boost to their CVs, thereby enhancing their academic profile and future career prospects. This approach underscores our commitment to fostering academic excellence and career advancement among our students.
On average, our MRes students have an impressive track record of publishing between 2 to 4 papers as the first author. In addition, they often contribute to another 5 to 6 papers as co-authors. This prolific output not only enriches their learning experience but also provides a substantial boost to their CVs, thereby enhancing their academic profile and future career prospects. This approach underscores our commitment to fostering academic excellence and career advancement among our students.
Specific Themes in Cardiovascular Research
Heart function and heart failure |
Interventional cardiology |
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Our research group is at the forefront of exploring the fundamental mechanisms underlying cardiac contractility. We are particularly interested in the energy requirements of the heart and its response to exercise. These key aspects form the basis of our work, which aims to develop innovative therapies to support the failing heart.
In addition to these research endeavours, our group utilises advanced imaging techniques to characterise the heart. These include cardiac MRI parametric mapping and 4D flow imaging. These cutting-edge tools allow us to visualise the heart in unprecedented detail, furthering our understanding of its complex physiology and pathology. This comprehensive approach to cardiac research underscores our commitment to advancing the field and improving patient outcomes. Valvular heart disease
With an ageing population, valve disease is becoming a significant burden to the NHS services. We have access to several registry databases, including the unique 4D flow CMR registry, which allows us to explore the role of novel imaging methods in the assessment of several valvular heart diseases. We work with several Industry collaborators and several PhD opportunities can stem from our collaborative networks.
There exist substantial research opportunities for MRes students to engage in a variety of projects that explore the clinical significance of 4D flow MRI. These projects focus on quantifying and grading several valvular heart diseases, including mitral regurgitation, aortic regurgitation, and aortic stenosis. The 4D flow MRI, a cutting-edge imaging technique, provides a dynamic illustration of three-dimensional flow over time, which is considered the fourth dimension. This method allows for comprehensive visualization of the flow through all four heart valves, offering a unique perspective on cardiac function. As the reference imaging method for intracardiac flow quantification, 4D flow MRI stands at the forefront of cardiac imaging technology. The insights gained from these studies could potentially revolutionize our understanding and treatment of valvular heart diseases, making this an exciting area of research for our MRes students. Atrial fibrillation
Atrial fibrillation (AF), the most prevalent sustained cardiac arrhythmia, affected 3.29% of the UK population in 2016, up from 2.14% in 2000. This rise is attributed to an aging population and increased cardiac risk factors like obesity, diabetes, hypertension, and sleep apnoea. Notably, AF and heart failure with preserved ejection fraction (HFpEF) share risk factors, with 50% of HFpEF patients also having AF.
Our unique team of cardiac imaging and rhythm specialists has developed advanced cardiac magnetic resonance imaging for structure, tissue characterisation, and haemodynamics assessment. We also utilise innovative invasive mapping tools for cardiac electrical activity assessment in AF ablation procedures. By integrating these assessments, we aim to fully characterise AF pathophysiology and its relation to HFpEF. We tailor projects to the work phase and individual student interests, potentially including clinical data collection, imaging analysis, electrical signal processing, and big data handling. |
The Norfolk and Norwich University Hospital (NNUH) stands as one of the most active coronary interventional centres in the UK, handling a high volume of cases with remarkable efficiency. Unique among its peers, it is one of the few centres nationwide that conducts invasive pressure-volume loop studies, utilising state-of-the-art equipment to ensure the highest standards of care.
A key focus of our work is the calibration of invasive assessments to their non-invasive counterparts. Rather than relying on discrete cut-offs, we aim to create a continuous scale that provides a more nuanced understanding of patient health. This innovative approach allows for more personalised and effective treatment strategies. Our team includes two established academic interventionalists, Dr Chris Sawh and Dr Alisdair Ryding. Their expertise and dedication play a crucial role in facilitating interventional research in collaboration with the 4Dlab. Their work not only contributes to the advancement of medical science but also enhances the educational experience for our students, fostering the next generation of healthcare professionals. Advanced MRI ImagingOne of the lab's key focuses is developing, validating, and investigating haemodynamic models of pressure using advanced heart MRI. Our group was one of the first to develop accurate methods to assess left ventricular filling pressure by cardiac MRI. In several papers, our methods have been shown to be superior to standard echocardiographic techniques.
Echocardiography
Echocardiography, a pivotal tool in cardiovascular medicine, is used to assess heart structure and function. Our team has compiled the world's largest echocardiography database, encompassing technical and mortality data from over 180,000 patients. As an MRes student, you'll delve into cutting-edge hypotheses that could provide valuable insights into cardiovascular disease processes.
Our research areas include the significance of repeat examinations in key diagnostic states like aortic stenosis and heart failure, the correlation between cardiac rhythm and image quality, and identifying crucial imaging markers for prognosis across various disease states. You'll be mentored by an Academic Clinical Fellow and an Associate Professor in Cardiology, both with impressive track records in academic supervision and cardiovascular imaging publication. You'll also have the opportunity to contribute to other projects within our cardiovascular magnetic resonance imaging portfolio, gaining exposure to advanced imaging techniques at the forefront of cardiovascular medical research. We anticipate that this MRes could yield 5-10 publications and conference presentations, significantly enhancing your academic profile. You'll also have ample opportunities to refine your academic writing skills within our supportive and research-intensive group. |