Research Practice

Research and Your data

As a primary care provider and part of the National Health Service, we occasionally take part in approved medical research projects.

Please be assured that your personal data will never be shared with any research organisation without your consent. All research we are involved in is carried out in partnership with the NIHR Clinical Research Network or with providers who are certified to ISO27001, ICH-GCP standards, and are fully NHS Information Governance (IG) compliant.

We also ensure that all research partners strictly follow the Data Protection Act 1988 and current GDPR regulations.

For more information, please refer to the following links:

https://www.hra.nhs.uk/planning-and-improving-research/policies-standards-legislation/ 

Our Research Lead at the practice is Kirsty William 

Active studies we are currently engaged in:

  • Dare2Think

Preventing stroke, premature death and cognitive decline in a broader community of patients with atrial fibrillation using healthcare data for pragmatic research:

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  • Duration

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UTIs are the most common bacterial infection seen in primary care and far more common in women than men. Over four million prescriptions for UTIs are issued to women in the UK every year. However, there is little evidence to help GPs decide how many days of antibiotic treatment are necessary.

We need to make sure that the antibiotics are taken for long enough to treat the infection, but avoid overtreating, as this increases the likelihood of bacteria becoming antibiotic resistant, which would mean that future UTIs could be harder to treat.

Our main goal is to find to find the shortest antibiotic treatment duration needed to effectively treat urinary tract infections (UTIs) in women. We will measure this by seeing how many study participants stay healthy without needing more medical help for their UTIs up to 42 days after treatment.

  • INDIGO

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  • Restore

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After a stroke, many people experience long-term challenges such as fatigue, low mood, or reduced fitness and confidence. Stroke survivors have told us that when their hospital or follow-up care finishes after about six months, the lack of treatment for their ongoing physical and mental health problems is very challenging and frustrating.

The ReSTORe study aims to find out if a home-based, supervised online programme can help improve well-being after a stroke. We will be looking at which of these two treatments will help people recover the most:

  1. A single online session of advice and support with a trained professional.

OR

  1. A 10-week supervised, online, home-based, group exercise and recovery support programme.
  • Virology and serology surveillance

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Nearly 2000 practices in England and Wales are contributing pseudonymised data for national research and surveillance. These data enable continuous monitoring of infections and diseases in the community and is used in ethically approved research. The Oxford Royal College of General Practitioners Research and Surveillance Centre (Oxford-RCGP RSC) is the main source of information for UK Health Security Agency (UKHSA) and helps with prediction and management of flu outbreaks and pandemics.

Since the early 1990s, Oxford-RCGP RSC network practices have volunteered to take part in yearly influenza virology surveillance, in collaboration with UK Health Security Agency (UKHSA). With the introduction of the COVID-19 pandemic this work has since broadened to encompass other respiratory viruses, such as influenza, COVID-19 and Respiratory Syncytial Virus.

Practices submitting virology and serology sampling are important to the RCGP RSC, sampling allows us to monitor the spread of communicable and respiratory diseases across primary care.

Participating practices assist the network by collecting nasopharyngeal samples from patients clinically suspected of having a respiratory virus. Results are then linked to pseudonymised clinical data. Its primary role is to confirm these cases, but also to look at the impact of other diseases, to characterise more vulnerable populations, and to support in the evaluation of vaccine effectiveness. Most interest is currently on how age, gender, ethnicity, household size, and population density link to rates of infection.

A serological (blood test) surveillance arm has also been rolled-out, which contributes important and timely data on background population immunity to respiratory illnesses, and vaccine effectiveness.

  • IID3

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Infectious Intestinal Disease (IID) usually presents as diarrhoea and vomiting. In the UK, IID usually has no long-term health effects, but has a high associated cost due to the numbers of people who fall ill, and the consequences of absence from work or treatment cost. However, in some cases, IID can lead to death for high-risk individuals.

IID is caused by a range of microorganisms, including bacteria (e.g. Salmonella, Campylobacter and Shiga toxin-producing Escherichia coli), viruses (e.g. norovirus and rotavirus) and parasites (e.g. Giardia or Cryptosporidium), and transmission can occur through a variety of pathways.

The IID3 project will allow an assessment of the incidence of IID in the community, updating data from previous projects.

The main aims of this study will be to:

  1. Assess the overall burden of IID in the UK and find out its key causes;
  2. Work out what proportion of cases are not reported to healthcare providers;
  3. Look at how many of these cases are likely caused by foodborne diseases