Find out about the winners of the 2020 grant round and their projects by clicking through the tabs below.
COVID-19 grant to promote research into COVID-19
Dr Charlotte Warren-Gash
The effect of raised cardiovascular risk on COVID-19 incidence and outcomes.
By early August 2020, the COVID-19 pandemic had led to more than 19 million cases and over 715,000 deaths worldwide. Underlying health problems such as heart disease rapidly emerged as a major risk factor for severe illness and death from COVID-19. Cardiac injury is common among patients hospitalised with COVID-19 and increases the risk of poor outcomes. We already know that other acute respiratory infections such as influenza can trigger heart attacks and strokes among vulnerable patients. While COVID-19 affects the cardiovascular system, it is not clear exactly who is vulnerable to poor outcomes of infection. This evidence is urgently needed to guide targeted prevention and treatment strategies.
In this project, we will investigate the effect of underlying cardiovascular risk profile on severe illness and death from COVID-19. We will use large, powerful anonymised datasets of linked electronic health records from GPs and hospitals as well as national laboratory surveillance data to conduct two studies with complementary designs. Our work will inform the definition of priority groups for vaccination, when in future a vaccine becomes available, as well as other stratified public health measures and treatments for those at raised cardiovascular risk.
Dr Sarah Blagden
COVID-19 consortium (COVIDsortium): Healthcare worker Bioresource and preliminary analysis: Immune Protection and Pathogenesis in SARS-CoV-2.
Dr Sarah Blagden’s project “Prognostic markers for COVID-19” was successfully awarded funding from the BMA Foundation in their COVID-19 call. Her team at the University of Oxford have been exploring the factors that link conditions like diabetes and hypertension to risk of COVID-19. They hypothesise that people with these conditions have high levels of cellular stress and this predisposes them to heavier viral infection and worse outcome. Using blood samples collected from 250 London Healthcare Workers, some of whom later contracted SARS-CoV-2, Sarah will be correlating their medical history and outcomes with levels of circulating cell stress markers. This work provides an pathophysiological explanation for COVID-19 risk and a quantitative means of measuring risk. This is important in broadening our understanding of the disease susceptibility as well as defining the factors and interventions that increase or decrease viral risk.
Dawkins & Strutt grant to assist research in the field of gastroenterology
Dr Massimiliano Di Pietro
University of Cambridge
Prospective multicentre study to identify diagnostic key performance indicators in Upper GI Endoscopy
Cancer of the oesophagus (gullet) and stomach has very poor prognosis. Upper gastro-intestinal (GI) endoscopy allows direct inspection of these organs for a timely diagnosis of conditions that predispose to these cancers (pre-malignant), like Barrett’s oesophagus, gastric atrophy and dysplasia. One diagnosed, these can be monitored to allow early cancer detection. Unfortunately, these premalignant conditions are often overlooked at endoscopy, limiting the effectiveness of preventive strategies. There are no accepted diagnostic key performance indicators based on detection of pre-malignant pathologies, to rate performance in routine upper GI endoscopy. This is due to the fact that there is limited evidence on the true prevalence these conditions in patients referred for upper GI endoscopy. We propose a population study to enrol a large number of patients referred for upper GI endoscopy via different referral routes. We plan to perform a standardised protocol to determine the true estimate of the expected rate of diagnosis of premalignant conditions.
This study will inform future development of diagnostic key performance indicators in upper GI endoscopy which are priorities for the quality assurance bodies of British Society of Gastroenterology (BSG) and Joint Advisory Group for GI endoscopy (JAG).
Doris Hillier grant to assist research into rheumatism and athritis
Dr Philip Riches PhD, FRCP
Lothian University Hospitals NHS Trust
Gout Self-Monitoring to Achieve urate Target, and Evaluate Remission – GoutSMARTER.
Gout represents a rising burden on both primary and secondary healthcare services, and for sufferers is characterised by sudden attacks of intense pain which can result in reduced quality of life, work absence and disability. Effective use of urate lowering treatments leads to the dissolution of urate crystals and prevents symptoms of gout, however in routine clinical practise such disease remission is rarely achieved, and compliance with treatment is notably worse than for other chronic conditions. We have successfully piloted an innovative patient centred approach to gout management involving urate self-monitoring using a finger prick test, and prompt feedback from the clinical team through a smartphone App (Gout SMART). Our primary objective is to show that a supported self-monitoring approach to gout results in improved adherence to therapy and a correspondingly greater proportion of patients achieving sustained disease remission, when compared to usual care. A secondary objective is to evaluate disease remission criteria themselves through the long term follow up of flares in participants that have achieved control of urate levels..
H C Roscoe grant to assist research into the elimination of the common cold and/or other viral diseases of the human respiratory system
Dr Connor G. G. Bamford
Tipping the balance: Investigating Novel Genetic Regulators of Type 3 Interferon Signalling to Promote Antiviral Immunity in the Lung
Our lungs play home to myriad respiratory viruses, such as influenza virus, respiratory syncytial virus and - now infamously - coronaviruses. While most infections remain mild, a small but significant number progress to severe and potentially-fatal lung failure for which there are often little treatment options. Successful viruses are able to overcome our own natural immune defences. My research focuses on understanding the interactions between these disease-causing viruses and a part of our immune system called ‘interferons’, which is dedicated to stopping viruses (interferons interfere with infection!). This project will aid work on dissecting the molecular workings underlying the regulation of the antiviral interferon response during infection.
Building upon exciting preliminary work we believe we have found new genes that block or activate the antiviral immune response. We will now test whether - and how - these genes interact with viruses in lung cells. This work will help develop new ways to control serious respiratory viral diseases.
Since my PhD on mumps virus, through my postdoctoral work on hepatitis c, and now a fellowship on respiratory viruses at the Wellcome-Wolfson Institute for Experimental Medicine at Queen’s University Belfast, I remain dedicated to the advancement of fundamental science on clinically-relevant infections.
Helen H Lawson grant to assist paediatric research
Dr Thomas Waterfield
BIOmarkers TO Predict Evolving paediatric infections (BIOTOPE2).
I am grateful to the British Medical Association Foundation for awarding me the Helen H Lawson grant to pursue research into paediatric sepsis. I intend to use the award to design and conduct a programme of research, over the next three to four years, to investigate the role of clinical features and biomarkers in the diagnosis of paediatric sepsis. This will include traditional biomarkers such as C-reactive protein and procalcitonin as well as novel biomarkers derived from proteomics. The project will be a collaboration between the Wellcome-Wolfson Institute for Experimental Medicine at Queen’s University Belfast and the Paediatric Emergency Research in the UK and Ireland (PERUKI) network.
Josephine Landsell grant to assist research into heart disease
Dr Tiffany Patterson
Investigation into the mechanisms of leaflet thrombosis following transcatheter aortic valve implantation.
The aortic valve is the main outlet of the heart that delivers oxygenated blood to the rest of the body. Aortic stenosis is a significant narrowing of this valve and affects one in ten people over 75. This can cause breathlessness, chest pain and sudden death. Untreated, the death rate is higher than most cancers. A large number of patients are too high risk for conventional surgery and therefore do not get treated. Trans-catheter aortic valve implantation (TAVI) is a keyhole alternative to surgery that has saved thousands of lives in the UK alone since its introduction in 2007. However, 15% of patients have an incidental finding of blood clots and reduced function that increases the risk of stroke and death after TAVI. Treatment is with blood thinners, but we cannot give this to everyone because the risk of major bleeding outweighs the benefits. It is very important for us to predict and prevent blood clots on TAVI valves.
This study will determine if a blood test or changes that can be identified on a CAT scan can identify those at higher risk of blood clots on the TAVI valve so we can tailor blood thinning treatment appropriately.
J Moulton grant to assist research into mental health through clinical trials
Dr Ahmed Al-Hindawi & Dr Marcela Vizcaychipi
Continuous Non-Invasive Eye Tracking for the Early Detection of Delirium on the Intensive Care Unit (CONfuSED)
Delirium, an acute confusional state, is unfortunately a common occurrence in Intensive Care where it occurs in up to 80% of patients. It is associated with increased mortality, reduced cognitive function, increased hospital length of stay, and increased hospital cost.
Current methods of delirium detection are laborious, intermittent and rely on snapshot assessments conducted by busy nursing staff.
This project aims to automate the diagnosis of delirium though eye-tracking. We have developed a calibration free, non-invasive, real-time camera-based system that tracks the patient’s attention as a surrogate marker of delirium. The system uses well tested state-of-the-art machine learning and artificial intelligence algorithms to track the patient’s gaze and compare the gaze to simulations.
We have gained provisional ethical approval to perform a feasibility study on patients in Intensive Care who are at high risk of developing delirium and hypothesise that eye tracking correlates with current assessment methods. This finding could potentially create a continuous measure of delirium in Intensive Care and pave a unique pathway into functional non-invasive brain monitoring on Intensive Care.
J Moulton grant to assist research into stroke
Dr Robin Brown
Analysing cerebrospinal fluid to understand cerebral small vessel disease.
Progressive narrowing and malfunction of small blood vessels deep within the brain (cerebral small vessel disease) is responsible for 20% of strokes and is the most common cause of vascular dementia. This process is known to occur more frequently in patients who are older and those who have cardiovascular risk factors such as high blood pressure or cholesterol; however, treating these risk factors does not completely reduce the risk of cerebrovascular disease.
Based on an accumulating body of evidence that an inflammatory response around these blood vessels occurs in patients with small vessel disease, our research aims to establish the cellular and molecular basis for this response. Using positron emission tomography combined with MRI scanning, we aim to determine how areas of inflammation progress and whether they become damaged. We are also testing samples of blood and spinal fluid to investigate which cell types and inflammatory molecules are involved in this pathway, in the hope that these might provide a target for futue therapeutic options.
The James Trust grant for research into asthma
Dr Aran Singanayagam
Understanding the impact of respiratory tract dysbiosis upon pathogenesis of asthma.
Asthma is a respiratory disease in which chronic symptoms are induced by the presence of inappropriately high numbers of damage-causing immune cells called ‘eosinophils’ within the lungs. We have poor understanding of the mechanisms underlying these changes. Recent studies indicate that the lungs are colonised by millions of resident 'commensal' bacteria (the 'microbiome') and asthma patients show outgrowth of certain commensals within their microbiome. We do not know whether this outgrowth is just a consequence of the disease or if these changes contribute to increased eosinophil numbers and thus drive development or progression of asthma.
In this project, we will study causal roles played by the airway microbiome in driving asthma pathology. Firstly, the microbiome will be studied in a group of asthmatic patients to identify relationships between specific commensals and eosinophils. We will then conduct experiments in mice that are not ethically possible in humans to experimentally abolish the lung microbiome with antibiotics and then reintroduce commensals found to be increased in asthma. We will subsequently expose these mice to house dust mite which triggers asthma-like lung changes to study how these commensals affect asthma development. In the future, this work could pave the way to new therapies where healthy commensals are introduced into the lungs of asthmatic patients to treat or prevent disease progression.
Kathleen Harper to assist research into antimicrobials
Dr Ashley Hammond
First line antimicrobials for urinary tract infection in primary care – investigating the emergence of nitrofurantoin resistance in urinary tract infections caused by Escherichia coli.
Since 2014 national antimicrobial prescribing guidelines in England have recommended the use of nitrofurantoin over trimethoprim as the first-line treatment for urinary tract infections (UTIs) in primary care. Nitrofurantoin has been prioritised over trimethoprim due to increasing antimicrobial resistance to trimethoprim and consistently low levels of nitrofurantoin resistance. However, for some areas in England, nitrofurantoin resistance in urinary Escherichia coli (the most common cause of UTI) has recently risen to over 10%, bringing it close to levels where it can no longer be recommended for first-line use.
This project will investigate whether the recent emergence in nitrofurantoin resistance is related to the increased prescribing of nitrofurantoin, other antibiotics, and/or socioeconomic deprivation, age and sex across all Clinical Commissioning Groups (CCGs) in England.
Understanding emerging resistance to nitrofurantoin using the most up-to-date data available for the whole of English primary care will ensure that antimicrobial stewardship guidelines can be updated to reflect current evidence. Our study findings could also inform the development of interventions in areas where resistance to nitrofurantoin is highest.
Lift into Research grant to support at their inception innovative ideas that may progress to an application for funding to support a research project
To be announced.
Margaret Temple grant to assist research into schizophrenia
Dr Emanuele Osimo & Professor Oliver Howes
Inflammatory correlates of cardiac remodelling in schizophrenia.
We have known for many years that people who suffer from schizophrenia die younger than expected, as much as 20 years earlier than the general population. Most people thought that this added risk of death was mostly due to the higher prevalence in schizophrenia of smoking, obesity and to other lifestyle differences, however no one really knew the reason.
For this reason, we recruited patients with schizophrenia and an equal number of healthy controls, and scanned their hearts using a state-of-the-art approach, called cardiac magnetic resonance.
We found that even after matching patients and healthy controls for age, sex, ethnicity and body mass index (BMI, deriving from height and weight); and after excluding any participants with any medical conditions, and other risk factors for heart disease, people with schizophrenia show hearts that are smaller and chunkier than controls (Osimo et al, 2020).
In a previous study we had also found that the muscle tissue in the hearts of people with schizophrenia shows changes seen in inflammatory conditions, such as evidence of scarring (Pillinger & Osimo et al, 2019).
Our research to date has shown that schizophrenia is associated with heart changes, and that these changes could lead to an increase in the risk of heart disease and death in this group. Previous research from several groups including ours had also shown that schizophrenia is a pro-inflammatory condition.
Thanks to the BMA Margaret Temple award we will be able to test for differences in several pro-inflammatory markers between our cases and controls. We will also determine if elevations in inflammatory markers underly cardiac structural and fibro-inflammatory changes. These analyses we propose promise to provide insights into some of the potential schizophrenia-specific causes (e.g. inflammation) of the potentially dangerous cardiac changes we have found in schizophrenia.
Dr Miruna Barbu
Pathway-focussed polygenic and gene expression risk scores for schizophrenia and impact on brain structure across the lifespan.
Dr Barbu’s main area of research interest is understanding the causes and consequences of psychiatric disorders by linking genetic and environmental risk factors for these with neuroimaging techniques. She has recently finished her PhD, which focussed on identifying the underlying causes of major depression by integrating genetic and neuroimaging data in large, population-based studies.
Dr Barbu is now investigating DNA methylation in relation to depression and depression-related traits. Her plans for the future include the investigation of pathway-specific polygenic and gene expression-based scores for schizophrenia in relation to brain imaging and disease-related phenotypes.
Scholarship Grant to assist research into the mental health of medical students
Professor Andrew J Grant
Enhanced Stress Resilience Training in graduate entry medical students: A randomised controlled trial
Concerns have been expressed repeatedly in the last few years about the mental health of medical students and doctors.
We will be exploring a technique that may help medical students deal with stresses and pressures and reduce levels of mental illness. The technique that will be evaluated is one that fits in with the time pressures of medical students’ busy lives.
Enhanced Stress Resilience Training (ESRT) provides training in mindfulness, which has been shown to help in many stress-related. This form of training has been chosen over Mindfulness Based Stress Reduction (MSBR) because it can be completed in less time. Time has been a limiting factor for medical students undergoing mindfulness training previously.
The stress and anxiety levels of the participants and a control group will be measured before the training, immediately after and six months after the training. Mental health, stress and burnout will be measured by participants completing a pack of specialised questionnaires and by measurement of heart rate variation (HRV) which gives a physical measure of stress levels.
We will compare stress, burnout and markers of mental health as well as HRV in those who have undergone ESRT and the control group.
TP Gunton grant to assist research into public health relating to cancer
Dr Bethan Davies
Spatio-temporal patterns in kidney cancer incidence in adults in England, 1981-2019.
Each year, 12,900 people in the UK receive a new diagnosis of kidney cancer making it the 7th most commonly diagnosed cancer in the country. Incidence rates have doubled since the 1990s and are predicted to continue increasing dramatically in the coming decades. Smoking, overweight/obesity and hypertension are the only established modifiable risk factors for kidney cancer. Each are associated with modest risk differences, suggesting that this temporal trend cannot be fully explained by secular changes in smoking or obesity prevalence, and recent reductions in smoking rates have failed to curb rising kidney cancer incidence.
This trend cannot also be explained by increased detection of asymptomatic tumours: the rise in incidence pre-dates widespread use of sensitive abdominal imaging, and the incidence of late stage tumours has also increased. Almost half (40%) of cancers in the UK are diagnosed at a late stage with a much poorer prognosis. With relatively poor survival and dramatic and unexplained increase in incidence, kidney cancer represents a serious public health concern for the UK.
There is an urgent need to advance our knowledge of the epidemiology and aetiology of kidney cancer, to inform effective prevention interventions. We will apply advanced spatio-temporal epidemiological methods to analyse varibility in the incidence of kidney cancer in England over almost 40 years to advance the evidence base for prevention interventions and to generate hypotheses for further research..
Vera Down grant to assist research into neurological disorders
Dr Simon Rinaldi
Cloning neuropathy-related human monoclonal antibodies to develop precision immunotherapies
The inflammatory neuropathies are a diverse group of diseases. All result from the immune system mistakenly attacking peripheral nerves, leading to weakness, numbness, imbalance and progressive disability. However, which immune cells are involved and precisely how they damage nerve fibres in individual patients is largely unknown. Current treatments therefore involve broad suppression of the immune system and are incompletely effective.
In this project, we will identify the specific immune cells responsible for producing nerve-damaging antibodies. This should inform the use of more targeted and more effective treatments. It will also allow us to discover how and why the antibodies are generated, and to produce them in the lab. These antibodies can them be used to understand how nerve fibres are damaged, and modified to change them from disease causing to disease preventing molecules, opening up new ways of treating these disorders.
BMA Foundation for Medical Research
For more information, please get in touch:
Corporate development, British Medical Association, Tavistock Square, London, WC1H 9JP
Tel: 0207 383 6341
Email the team: firstname.lastname@example.org