Category / BU research

Research Professional – all you need to know

Every BU academic has a Research Professional account which delivers weekly emails detailing funding opportunities in their broad subject area. To really make the most of your Research Professional account, you should tailor it further by establishing additional alerts based on your specific area of expertise. The Funding Development Team Officers can assist you with this, if required.

Research Professional have created several guides to help introduce users to Research Professional. These can be downloaded here.

Quick Start Guide: Explains to users their first steps with the website, from creating an account to searching for content and setting up email alerts, all in the space of a single page.

User Guide: More detailed information covering all the key aspects of using Research Professional.

Administrator Guide: A detailed description of the administrator functionality.

In addition to the above, there are a set of 2-3 minute videos online, designed to take a user through all the key features of Research Professional. To access the videos, please use the following link: http://www.youtube.com/researchprofessional

Research Professional are running a series of online training broadcasts aimed at introducing users to the basics of creating and configuring their accounts on Research Professional. They are holding two monthly sessions, covering everything you need to get started with Research Professional. The broadcast sessions will run for no more than 60 minutes, with the opportunity to ask questions via text chat. Each session will cover:

  • Self registration and logging in
  • Building searches
  • Setting personalised alerts
  • Saving and bookmarking items
  • Subscribing to news alerts
  • Configuring your personal profile

Each session will run between 10.00am and 11.00am (UK) on the second Tuesday of every other month. You can register here for your preferred date:

8th March 2022

10th May 2022

12th July 2022

13th September 2022

8th November 2022

These are free and comprehensive training sessions and so this is a good opportunity to get to grips with how Research Professional can work for you. Previous recordings can be found here if you can’t attend a session.

Have you noticed the pink box on the BU Research Blog homepage?

By clicking on this box, on the left of the Research Blog home page just under the text ‘Funding Opportunities‘, you access a Research Professional real-time search of the calls announced by the Major UK Funders. Use this feature to stay up to date with funding calls. Please note that you will have to be on campus or connecting to your desktop via our VPN to fully access this service.

NERC standard grants (est. July 2022 deadline) – internal competition launched: internal EOI Deadline 11/3/22

NERC introduced demand management measures in 2012. These were revised in 2015 to reduce the number and size of applications from research organisations for NERC’s discovery science standard grant scheme. Full details can be found in the BU policy document for NERC demand management measures available here.

BU has been capped at one application per standard grant round. The measures only apply to NERC standard grants (including new investigators). An application counts towards an organisation, where the organisation is applying as the grant holding organisation (of the lead or component grant). This will be the organisation of the Principal Investigator of the lead or component grant.

BU process

BU has a process for determining which application will be submitted to each NERC Standard Grant round. This takes the form of an internal competition, which will include peer review. The next available standard grant round is estimated to be in July 2022. The deadline for internal Expressions of Interest (EoI) which will be used to determine which application will be submitted is 11 March 2022.  The EoI form, BU policy for NERC Demand Management Measures and process for selecting an application can be found here: I:\RDS\Public\NERC Demand Management.

Following the internal competition, the Principal Investigator will have access to support from RDS, and will work closely with Research Facilitators and Funding Development Officers to develop the application. Applicants will be expected to make use of External Application Reviewers.

RDS Contacts

Please contact Ehren Milner, RDS Research Facilitator – emilner@bournemouth.ac.uk if you wish to submit an Expression of Interest.

Request for feedback – MHRA clinical trials consultation

The Medicines & Healthcare products Regulatory Agency (the MHRA) have launched a public consultation into clinical trials.

The aim of the consultation is to streamline approvals, enable innovation, enhance clinical trials transparency, enable greater risk proportionality, and promote patient and public involvement.

There will be a 1 hour meeting on Monday 14th February at 1pm until 2pm, where you can offer your thoughts and feedback for BU’s institutional response.

If you wish to attend the meeting, please get in touch to be added to the invitation.

If you are unable to make the above time but wish to offer your thoughts, please email clinicalresearch@bournemouth.ac.uk to ensure your feedback is included.

Getting started with research at BU – videos

Research Development and Support (RDS) run induction sessions for all new starters and those who want a refresher in research. We revamped these last year so that we could have more interactive conversation on the induction day. In order to do this, we created a series of videos, which were sent to attendees three weeks’ beforehand.

These videos are available to all BU staff who want to get started with research at BU or want a refresher.

The videos can be found on Brightspace. The link should take you to the section ‘RDS Academic and Researcher Induction’ (if it doesn’t, you just need to scroll down to this section). There are nine videos in total (most are quite short and the longest one (five) runs to ~20 minutes). The video topics are:

  1. Overview of research at BU and Research Development and Support (RDS)
  2. Overview of the Funding Development Team
  3. Overview of the Project Delivery Team
  4. Overview of the Knowledge Exchange and Impact Team
  5. Applying for Research Funding at BU
  6. Managing your awarded grants
  7. Research Outputs
  8. Research Ethics
  9. Research Impact

If you can’t access the Brightspace link, please contact us at ResearchDev@bournemouth.ac.uk.

As a reminder, you can find a whole host of supporting information on research at BU on the research blog under ‘research toolkit‘ and ‘research lifecycle‘.

Reminder: Workshop on including impact in grant applications

Impact and Funding Applications Training: Wednesday 16th February 15:30-16:30 Online

How to write about impact in your funding bids

Writing about impact in a grant application can be challenging. However, a strong description of the benefits you hope your project will have on society and the economy, and the means you will take to get there, can make all the difference between getting funded or not.

Book your place now on the online training session Impact and Funding Bids on 16th February at 3.30pm and we will help you understand what you need to include for the best chance of success, and look at the different ways impact may be considered within each call.

Although the session will include a brief look at definitions of impact, if you are new to this area it is advised that you watch the 10-minute introduction to impact video on Brightspace beforehand to get the most out of the training.

Book your place.

Research Ethics @ BU

Research EthicsAll research undertaken by BU staff and students is subject to appropriate ethical reflection, leading to a formal ethics review as appropriate.

When is a formal ethics review appropriate?  It is not possible to produce a definitive list, but key examples include all research involving human participants, tissue or personal data, experimentation on animals, animal tissue, genetically modified organisms, research on sensitive issues, research that might have an impact on the environment or our cultural heritage.

An ethics opinion from an appropriate Reviewer must be obtained before you can commence any data collection activity.

  • For staff and PGRs (high risk) this will be provided by a Central Research Ethics Panel
  • For PGRs (low risk) this will be provided by an Ethics Champion (Department)
  • For UG/PGT students (high risk) this will be provided by an appropriate Ethics Programme Team
  • For UG/PGT students (low risk) this will be provided by the Named Supervisor.

Data collection activities should not start until you have received a Favourable Opinion and your checklist has been approved online.

What type of activity may not require a formal ethics review?  Examples include patient and public involvement (PPI) to inform future research, audit, course or service evaluation.  Please refer to the research ethics code of practice (specifically 5.1 and 5.5).

How to seek a formal ethics review

  • Complete the online ethics checklist and don’t forget if recruiting human participants to attach relevant supporting documents such as Participant Information Sheet (PI Sheet), Participant Agreement Form (PAF), a copy of the questionnaire, interview/focus group schedule including questions, recruitment materials such as a poster, social media posts etc – any material that a participant will read needs to be reviewed.

Key Resources

To conclude this week’s spotlight on research ethics, ‘Research cannot be rendered ethical by completing a one-off administrative task… researchers and evaluators need to work in an ethical way throughout the research process[1].’

As we discussed earlier this week, it is important to think of the ethics process as a ‘live’ issue.  Some key examples are given below:

  • The data. What have you collected; does it contain personal information/special category data?  Are your data management plans still relevant?
    • If collecting personal or special category data, you need to consider data minimisation. This means minimising the scope of the data (i.e. data fields) which are necessary for the research.  Steps include limiting the scope of the data collected, deleting data fields when no longer required, masking some data fields to reduce identification risk or fully anonymising data, setting access restrictions in respect of data in an identifiable form.
  • Wellbeing both physical and emotional. This is important when in the field, for you and your participants but also extends to the data analysis phase, particularly if reliving the discussion, which can be traumatic depending on the topic.
  • Planned aftercare: If recruiting participants what relationship might develop between you and your participants? How will the activities conclude and what would be appropriate participant aftercare?
  • Planned dissemination/outputs: could the results be misused by people with different agendas?
  • Ethics submission. It is your responsibility to ensure that where the scope of the research project changes, such changes are evaluated to ensure that the Favourable Opinion you have been issued remains appropriate.    If your agreed research protocol has changed, you should complete an Amendment Request Form before changes are implemented.

Help is always on hand

If you have a question related to research ethics, there are a few avenues where you can seek advice:

  • Students should contact their supervisor in the first instance
  • Staff can contact a member of the Research Ethics Panels for an informal chat.
  • You can also contact a member of the RDS Governance Team by emailing Research Ethics

[1] Helen Kara, 2018. Research Ethics in the real world, Policy Press

UKCGE Recognised Research Supervisors: Congratulations

 

 

 

 

 

 

Congratulations to the following doctoral supervisors who have successfully gained UKCGE (UK Council for Graduate Education) Recognised Research Supervisor status:

  • Dr Lyle Skains (FMC)
  • Dr Fiona Cownie (FMC)
  • Dr Kaouther Kooli (BUBS)
  • Dr Mark Readman (FMC)
  • Dr  Xiaosong Yang (FMC)
  • Dr Geli Roushan (FLIE)

These individuals join 9 other colleagues from across BU (BUBS (1); FHSS (7); FST (1)) who have already gained this national recognition for their doctoral supervision. To submit the portfolio, you must have at least one doctoral completion.

There are opportunities for anyone who has experience of doctoral supervision to find out more at forthcoming Doctoral College Supervisory Lunch Bites on Wednesday 2 March and Monday 16 May. These sessions provide an introduction to the UKCGE’s Good Supervisory Practice Framework and the Research Supervision Recognition Programme which allows established supervisors to gain recognition for this challenging, but rewarding, role. Staff attending the sessions will be able to:

  • use the Framework to navigate the wide-ranging, highly complex and demanding set of roles that modern research supervisors must undertake to perform the role effectively
  • reflect on their own practice, compared to a benchmark of good practice
  • identify strengths and weaknesses and build upon the former and address the latter with targeted professional development
  • work towards recognition of their expertise by a national body.

These sessions will be led by Dr Martyn Polkinghorne, UKCGE Recognised Research Supervisor; BUBS: Principal Academic; FLIE: Education Excellence Theme Leader; TeachBU: Academic Lead. Dr Polkinghorne is a national reviewer for the scheme on behalf of UKCGE.

The Faculty of Health & Social Sciences is also running 3 sessions to support staff in reflecting upon their practice, and build in underpinning evidence. This open to staff from all faculties to find about the scheme and start to think about the different components. Further details can be found here.

Research Ethics – Central Research Ethics Panels

By Prof Jonathan Parker, Chair of the Social Sciences & Humanities Research Ethics Panel

Research EthicsIt can be very easy to become a little confused about research ethics processes within universities. The spread of research ethics review has grown inexorably in the UK since 2005 when the, then, Department of Health introduced research ethics scrutiny into social care following developments since Nuremberg and the Declaration of Helsinki which established biomedical ethical review processes to safeguard against potentially serious harms to research participants. The introduction of research ethics into arts, humanities, and social sciences, alongside biomedical and natural science research, has not always been easy, and confusions with homogenous processes have been critiqued. However, over the last 16 years, UK universities have seen the establishment of research ethics review processes through the formation of research ethics panels. These differ across universities in their operational minutiae and focus, although there are similar forms and underlying criteria in each to ensure that funding bodies, publishing houses and universities can assure themselves of due process and consideration in safeguarding both those participating in research studies and themselves.

At BU, research ethics is governed by an overarching university research ethics committee, which is chaired by an independent lay member. This committee deliberates the processes of research ethics in two operational panels and develops strategies and policy that are presented to Senate for consideration and ratification. It is the two research ethics panels with which most academics are likely to have dealings. We have one panel specifically dedicated to science, technology and health research chaired by Prof Sam Porter and a second concerned with the social sciences and humanities (including practice-based arts) chaired by Prof Jonathan Parker. Both panel chairs are supported by a deputy – Associate Prof. Dr Jayne Caudwell in science, technology and health and Prof Richard Berger in social sciences and humanities. The panels comprise members from across the university’s faculties and departments aiming for broad expertise, disciplinary scope and balance. Roles on the panels are undertaken for a period of three years, with the opportunity of renewal (maximum five years), to ensure there is continual refreshing of the membership, thinking and practice and also continuity.

Each panel meets on a monthly basis to scrutinise research ethics checklists and accompanying documentation, such as Participant Information Sheet and Participant Agreement Forms, from academic staff and PGRs (high risk) to ensure that ethical, moral and governance issues are met and to offer advice and support to researchers. The researchers, themselves, are invited to attend discussion at a panel meeting, which currently takes place online, and to present their studies and engage in debate about the ethical implications of their work and how potential harms can be prevented and mitigated. The process is designed to be collegiate and supportive and to ensure that research can be undertaken. Of course, attending the panel can raise anxieties but members try hard to put people at their ease and to keep the focus on developing the best possible research project in ethical terms. The panels are there to consider first and foremost any ethical issues that may arise within the proposed research and how this is addressed. However, it may be the case that questions are raised about the way the research is presented in outward facing documents or how the research is designed. The reasons for this are not to take issue with the academic thrust or to champion a particular methodology or research philosophy but to consider the effects on people and the confidence they can have in the research – so, they become an ethical concern.

What we look for in a good, ethically sound research proposal is:

  • A clear, coherent approach to the research
  • Explicit consideration of issues affecting potential participants, researchers, general public, discipline and university
  • A concern for moving beyond from simply ‘doing no harm’ to actively benefitting people and society wherever possible
  • A focus on maintaining dignity, privacy and confidentiality
  • Ensuring people are not identified and that participants can be assured of their anonymity, or able to waive that where appropriate and wanted, when research is disseminated
  • Finding ways for people often excluded or hidden from having a voice to participate and be included within research studies
  • Emphasising the voluntary nature of participation and consent for involvement except in the most exceptional circumstances
  • Sound data management plans and safe, GDPR compliant storage of data

The panels only scrutinise PGR (high risk) and staff research and do not get involved in PGR (low risk), undergraduate or PGT projects as these remain within the purview of supervisors, ethics champions (pgr) and the respective programme ethics teams (ug/pgt) within departments. However, where members of staff have developed specific projects as part of the taught curriculum these may be viewed by panel as they become staff research.

The panels are constantly refreshing as mentioned above and if you are interested in developing your expertise in research ethics you may wish to put yourself forward as a potential member. Our RDS Research Governance Team, Sarah Bell and Suzy Wignall, without whom the panels could not operate, circulate calls at appropriate times and should you be interested you should contact your Deputy Dean for Research and Professional Practice.

Research Collaboration with Bournemouth University,  Zimmer Biomet, and Bournemouth Hospital

A team of academics from the BU’s Design and Engineering Department in collaboration with Royal Bournemouth Hospital and Zimmer Biomet, an international medical device company, have just started a new research project. The aim is to investigate the difference between various joint fore sensor developed by different manufacturers. It is speculated that the knowledge of exact initial load intensity in joint during surgery and tracking its position is important and has a direct impact on the outcome of orthopaedic surgeries.

The aim is to use available knee joint force and tracking transducers to evaluate their performance when measuring both structural and dynamics integrity of knee joint during and after TKRA. Ideal load balance in the knee increases the life of the knee, reduces pain and discomfort, improved gait symmetry, improve range of motion hence promoting close to normal activities such as running or jugging.  Our team is led by Prof A. Harvey, a consultant knee specialist at RBCH supported by Professor Siamak Noroozi. Other members of the team are Dr. Roya Haratian, Ms Samira Al-Nasser plus external supervisors/advisors.

This project’s aim is to investigate the effectiveness of the use of the new generation of smart joint transducers within the clinical setting, using Cadaver. The objective of this   investigation is to inform orthopaedic operations/surgery in real time needed to achieve optimum load and load balance.

Accurate measurement, tracking and balancing of the joint contact force is directly linked to the in-service performance of the joint and its durability. Current practices in setting the ideal joint tension or assessing optimum joint kinematics during joint operation,  are subjective and artisan at best. The aim of this investigation is to evaluate if exact and repeatable joint forces that can be measured or set during operation. The new generation of smart sensors can track and measure the contact forces and contact location and kinematic performance of the joint in real time.

Optimum kinematics and optimum load balancing can potentially extend the life of the implant, minimising the risk of premature joint failure that requires expensive revision surgery. The transducer validation procedure will include assessments of reliability, ease of application, relative accuracy against benchmarks, if available,  as well as and structural and dynamics integrity of the joint, to show their effectiveness as compared to an overall load measurement using hand or Robotics manipulators. Other issues such as compliance with relevant BSI (British Standard Institution) and MHRA (Medicine and Health Regulatory Agency) will also be investigated.

It is speculated that joint force tracking and balancing artefacts/transducer technologies can improve the outcomes of all orthopaedic surgeries. This is done by improving the accuracy and repeatability of the joint replacement surgery. A useful transducer should be able to accurately measure the joint contact forces and track its location over the surface of the insert in real time. This, in time, can lead to identifying the ideal joint load intensity and its relationship to age, gender, size etc..

The NJS (National Joint Registry) reports that on average every year 11% of hip, 6% of knee, 1% of ankle, 11% of shoulder, and 33% of elbow joints require surgical revision. This costs the NHS (National Health Services) around £2,000,000,000 every year. Our technology will reduce the subjectivity of primary joint replacement surgery, minimise risks, and improve outcomes. In turn this will reduce the need for revision joint replacement surgery and result in a much more cost-effective service.


Number of joint surgeries and the need for revision in 2016 [NJS Report 2016]

An ideal system should use a combination  AI (Artificial Intelligence) as well as , IMU (Inertial Measurement Unit), Image processing, and in-depth knowledge of Mechanical and Electrical/Electronics engineering, GUI (Graphical User Interface designs), Signal Processing, Material science and control strategies.

Through a a number of cadaveric studies, the project will evaluate the validate the and effectivness of such transducer’s operation.  We will also increase our understanding of the need for optimum joint tension intra-operatively, so that we can use the transducer safely and effectively during knee joint replacement surgery.

This outcome of this research will help to improve our understanding of the forces involved and the outcome of all joint replacement surgeries.  Such tools help  surgeons to make real time fine adjustments during the procedure to ensure optimal component implantation.  This innovative approach will allow accurate and instantaneous intraoperative assessment of joint contact forces and tracking its location. We also anticipate that these studies will further our understanding of the optimal load intensity in joints and the surrounding tissues. During the operation, the smart/intelligent transducer element of the system will enable surgeons to accurately track and measure the joint contact forces and location and the resulting muscle tensions at various positions and orientations.

This project will bring together some large institutions such as the NHS, Zimmer Biomet –UK and several very skilled surgeons, and engineers, allowing implementation of these medical devices. This is in keeping with the industrial strategy document relating to early diagnosis and precision medicine, healthy ageing, cutting-edge healthcare which the government identifies as a strategic area of investment.

These new technologies also support the need for the development of new mechatronics degree or specialist unit for those studying medical, biomedical, and biomechanical related degrees. This research can also be attractive as short courses to train/up-skill experienced doctors and orthopaedic surgeons. This will enable Bournemouth University to become a centre of excellence for all UK joint force measurement and kinematic assessment research.

The social impact of this project would be in terms of improving living standards and economic growth by increasing productivity and driving growth across the whole country (Department for Business, Energy & Industrial Strategy, 2017). The NJR (National Joint Registry) data as evidenced in Figure 1 also shows the need for the growth in industries that inform joint surgeries. This is due to the cost of unscheduled revision surgeries due to mechanical failure of the joint from excess loading or poor alignment etc. This indirect cost saving comes from reduction of revision surgeries as the result of using our technologies. Hence reducing cost while improving quality of care using advanced technologies. The report also highlights, it is essential that all options that could improve the nation’s health related businesses for the long term are explored for possible investment. This will provides a long-term solutions that both directly and indirectly improve the quality of life of those who need or depend of surgical intervention or need assistive technologies, or GPs who need to monitor performance without the need for referring to large specialist centres, or consultants who wish to predict plan their surgeries in advance and need to determine the required mechanical advantages of their interventions.

Such tools will reduce the pressure on GPs & orthopaedic surgeons. It also over time creates the database of good practices towards the gold standard of “Getting it right first time”, which reduces NHS cost and the pressure they work under. For patients, it means improved quality of life by minimising the needs for future revision surgeries and faster recovery to more normal or symmetric gait hence reducing pain and/or fatigue etc.

Research Ethics – Pitching the Participant Information Sheet at the Right Level

by Prof Sam Porter, Chair of the Science, Technology & Health Research Ethics Panel

Research EthicsOne of the core principles of ethical research is that people should have a free choice as to whether or not they wish to participate in a research project, and that they should know what that will involve and how it might affect them before they make that choice. In short, they should give their informed consent. What we wish to concentrate on in this blog is the ‘informed’ bit of this phrase. In our work on ethics panels, we have sometimes observed applications in which almost all the concentration is on the ‘consent’ part, making sure that the paperwork giving permission to proceed is correct and watertight. This is unfortunate, because if someone is not properly aware of what they are letting themselves in for, then their consent is meaningless; it is ‘uninformed‘. This isn’t a matter of researchers deliberately setting out to hoodwink and deceive potential participants; it’s more a matter of them pitching the information at a level that compromises clarity and ease of understanding.

What we wish do here is to provide a few pointers that will help ensure that your Participant Information Sheet is written in a style that facilitates effective dissemination to potential participants of the information they require to make an informed decision.

  1. Avoid blinding by science: researchers can be so immersed in their research that the language of their subject area becomes so natural to them they assume that everyone shares that language. Rest assured that they do not. It is really important to avoid technical research terms in a Participant Information sheet and to describe what you are doing in language that will be understood by those not involved in your research speciality.
  2. Indeed, we would go farther than that. The language used in a Participant Information Sheet should be accessible to all those who are being asked to participate. Perhaps because they spend their working lives in tertiary educational environments, researchers tend to greatly overestimate people’s linguistic capacities. The US National Center for Biotechnical Information recommends that a patient information sheet should be pitched at a reading age of 11-12 years old. Indeed, this may not be young enough. There is evidence to indicate that the average adult reading age in the UK is 9 years old. Remember, this is an average which means lots of people have a younger reading age.
  3. Whatever you may think of its editorial line, you could do worse than model your language level on that of The Sun, which has a young reading age and adopts a clear, no nonsense, if sometimes overly aggressive style. While use of the active voice and a conversational tone is much more effective than passive formality, a Participant Information Sheet should always be polite, respectful and invitational in its approach.
  4. Pitching a Participant Information Sheet at a young reading age is not about being patronising but being clear. Indeed, the clarity that it demands is a very good exercise for researchers to make sure that, without the camouflage of technical jargon and convoluted language, their research project has a transparent logic and is practically cogent.
  5. Of course, one size does not fit all. For example, if you were conducting research into a health service organisation, it could be appropriate to include more professionally-oriented information in a Participant Information Sheet seeking to recruit senior health service managers than if members of the general public were being asked to be involved. Still, we would recommend always erring on the side of simplicity and clarity, rather than assuming knowledge that people may not have. If groups with different sorts of knowledge and perspectives are being asked to be involved, we would advise that separate, specifically targeted Information sheet should be used to inform the members of each group.
  6. You can check the reading level of your Participant Information Sheet on Word. We’ve done just that for this blog, and, despite its linguistic informalities, it has come out with a score of 43.8 on the Flesch-Kincaid reading-ease test, which puts it in the category of ‘Difficult to read’! Looks like it’s a matter of doing as we say, not as we do! Though, in our defence, that’s not easy.
  7. We tried harder and came up with: ‘People need to know what’s involved in being in a research project. They need to know before they agree to take part. Researchers need to be clear and simple when they tell them. They shouldn’t use jargon. They should use easy words and short sentences. They should think about using different ways to tell different types of people’. That got us a score of 85.2 – ‘Easy to read. Conversational English for consumers,’ which isn’t too bad in that it’s got us over the NCBI’s threshold of a reading age of 11-12 years, but that’s still two years older than the average UK adult’s reading age.

 

Research Ethics – Why Ethics is Important to Consider When Developing a research proposal

by Professor Richard Berger.  Deputy Chair and member of the Social Sciences & Humanities Research Ethics Panel

Research EthicsThis blog-post is about why thinking about ethics right at the start of your project – rather than at the end as almost an after-though (and yes, we have all done that) – is crucial to having a successful outcome. First of all, it is good research practice, and an important aspect of your identity as an active researcher. If that doesn’t persuade you, then the requirement from most funding bodies (all the good ones, anyway) is that all projects must be overseen by a robust ethics process. The ESRC’s Research Ethics Framework regards ethics procedures as an indicator of the project’s quality. So, thinking through the ethical implications of what you want to do, right at the very beginning of your research, should ensure that there are no hiccups along-the-way. For Gary Thomas, “[ethics] is about the conduct of your work: it is about how you think about inquiry, how you think about this research project; it is about your respect for others” (2013, p.38).

BU has not just a responsibility towards you, but to your participants, and so it is vital that you plan well-ahead for their welfare and well-being. All research should be ethical, for as Martyn Denscombe writes: “[Research] should strive to produce something for the public good, and should never be frivolous, selfish or malicious in its aims” (2021, p.221). Alan Bryman’s book on social research methods – see References below – demonstrates very effectively that research which has been designed with ethics as an after-thought often leads to dubious practices, and unreliable and unverifiable data (2008, pp.114-115). As a researcher, you have a duty of care to your participants, and so the core of your ethics planning then, should be ‘consent’, and how you are going to gain it.

If you are going to anonymise your participants, then you need to plan in advance how you are going to remove any identifying markers; you will then need to explain this in your Participant Information Sheet (PI Sheet) – which is part of your ethics preparation, along with the checklist: “During the planning phase you must clarify and resolve issues of confidentiality and anonymity” (Davies, 2007, p.45). Similarly, you are going to need to plan for how you are going to handle and store your data/findings – and communicate this to your participants in the same way. So, spending some time at the start of your activity, thinking about this, should help in shaping your approach. If you are called to an ethics panel (and we are a friendly and supportive bunch!), then they will be interested in this relationship between the researcher and the researched.

Inevitably, further ethics issues often arise during the research project, so it is also important to think of the ethics process as a ‘live’ issue, and not something that just needs to be got-out-of-the-way. To help with this, Cheryl N. Poth has a series of questions, under three headings which you should be continually thinking about (2012, pp.26-27):

Respect for persons:

  • How will you ensure free and informed participation in your research?
  • How will you avoid interference or coercions?

Concern for Welfare:

  • How will you minimize hard and maximise the benefits of your research?
  • How will you protect the privacy and confidentiality of those involved in the research?

Concern for Justice:

  • How will you treat people fairly and equitably in your research?
  • How will you select participants, collect data, and report findings and avoid bias?

Finally, with the academic freedom we all enjoy, comes great responsibilities. Thinking about your ethical conduct throughout, and asking yourselves these questions continuously, should ensure that your project is as successful as it can be, and will have the most value, as a ‘complete’ piece of scholarship.

References & Further Reading.

Arthur, J, Waring, M, Coe, R & Hedges L, V., 2012. Research Methods and Methodologies in Education. London: Sage.

Bryman, A., 2008. Social Research Methods. Oxford: Oxford University Press.

Cohen, L, Manion, L & Morrison, K., 2011. Research Methods in Education. London: Routledge.

Crotty, M., 1998. The Foundations of Social Research: meaning & perspective in the research process. London: Sage.

Davies, M, B., 2007. Doing a Successful Research Project: using qualitative or quantitative methods. Basingstoke. Palgrave Macmillan.

Denscombe, M., 2021.The Good Research Guide. London: McGraw Hill.

Poth, C, N., 2021. Little Quick Fix: Research Ethics. London: Sage.

Thomas, G., 2013. How To Do Your Research Project. London: Sage.

Reminder: The Leverhulme are visiting the funding development briefing Wednesday at 12 noon

Reminder: The Funding Development Briefing will be on Wednesday at 12 noon. The Leverhulme are visiting the session.

They will cover:

  • Overview of all their schemes, process, explain acronyms, highlight resources available etc.
  • Q & A

For those unable to attend the session, slides will be shared on Brightspace here. But the session will not be recorded.

Invites for these sessions have been disseminated via your Heads of Department. If you do not have these in your diary and wish to attend please contact Alexandra  Pekalski apekalski@bournemouth.ac.uk

Research Ethics in a Clinical setting

Author: Suzy Wignall, Clinical Governance Adviser

Clinical Research

Clinical Research

This week, we start our focus by looking at research ethics within Health and Clinical Research.

Research conducted within a healthcare setting in most cases will require additional approval to BU ethics. Ensuring that you have the correct approvals and oversight for your study is vital in assuring your participants that you are conducting the study in line with regulations and standards.

Under the UK Policy Framework for Health and Social Care Research, when a student or a member of staff is undertaking their own research within the NHS, then the organisation at which they study or work, should ideally take on the role of the research Sponsor. The Sponsor is defined as an individual, company, institution, organisation or group of organisations that takes on responsibility for initiation, management and financing (or arranging the financing) of the research.

Under new guidance, undergraduate students are no longer permitted to make an application to conduct research in the NHS. In certain cases, Master’s students are also not permitted, but should check their eligibility via the Health Research Authority’s student research toolkit.

Approvals

Research involving the NHS or social care, including patients, carers, human tissue, or data may require ethics approval from an NHS Research Ethics Committee (REC) or Social Care REC.  Application for NHS REC is via the Integrated Research Application System (IRAS) and is coordinated by the Health Research Authority (HRA), so you only need to submit one application.

If you are unsure as to whether your research requires NHS REC approval, the HRA have provided a useful decision tool which determines whether NHS REC approval is required.

If NHS REC is not required, you may need other approvals such as HRA and HCRW Approval (Health and Care Research Wales) – for example if you are using NHS facilities, accessing anonymous patient data, or have NHS staff as participants. You may also in some cases need CAG Approval (access to identifiable data without patient consent).

What the University cannot approve

The storage of human tissue or other relevant materials for research, may require a licence from the Human Tissue Authority, which BU does not currently hold.  If you obtain NHS REC approval, this will allow you to collect and store relevant materials for the duration of the project, and for up to one year after the declaration of the end of the research, for the purposes of analysis and verification of research data.

Research where the research participants are adults (aged 16 and over) and are unable to make decisions for themselves i.e. they lack capacity[1].  An ‘Appropriate Body’ to review this type of Research are limited to flagged RECs (in England and Wales) and the Social Care REC.

The University’s research ethics panels are not recognised as Appropriate Bodies under the Act.

Who to contact for help and further information?

Your first point of contact with any queries should be –

Much of the health research at Bournemouth University involves collaborating with the NHS and therefore requires Trust approval.

The following documents have been compiled by Bournemouth University Clinical Research Unit (BUCRU) and Research Development & Support (RDS):

In contacting potential NHS sites, a full list of appropriate contacts can be found on the Research & Development Forum website. It is always worth contacting the Trust early in the process.

Useful documents and links

The clinical governance section on the Research Governance & Integrity website has a wealth of information and links to websites and templates that can be used to make the process easier and less tasking,

A good place to start is deciding whether your study is research. Sometimes what is deemed research at BU, is not classed as such within the NHS. The above tool can help decide for you, as well as the Defining Research table. If your study is not deemed research, then you can proceed with the university ethics route.

If you do need to apply through IRAS, then the Clinical Researcher Checklist (PDF and word formats) can be used to keep track of the tasks required throughout the process.

Further training

External
Good Clinical Practice (GCP) is the international ethical, scientific and practical standard to which all clinical research is conducted. By undertaking GCP, you’re able to demonstrate the rights, safety and well-being of your research participants are protected, and that the data collected are reliable.

GCP training should be refreshed every 2 years in line with our training policy, which you can read here.

Please note that due to current advice as a result of COVID-19, courses are being provided online via Zoom. If you are interested in booking onto one of these courses, then please email Suzy Wignall who can put you in touch with the relevant contact.

You can undertake the training online by registering for an account here. On this website you can find full GCP e-learning, GCP refresher e-learning and also training surrounding areas such as informed consent in adults lacking capacity.

Internal
As part of the RKEDF Academics and Researchers can book onto the following sessions, either as a one-to-one meeting or a bespoke team session:

If you are a Postgraduate Research Student, there is also a Clinical Governance workshop as part of the Researcher Development Programme.

[1] The Mental Capacity Act 2005 (MCA)

New Intention to Bid (ITB) process

We are pleased to announce the introduction of a new Intention to Bid (ITB) form which will replace the existing Word document and email process with immediate effect. The new ITB form will provide a better user experience and create a more efficient administrative control process for Research Development and Support (RDS). This solution can be used now and doesn’t rely on any immediate IT investment.

The new form uses Microsoft Forms and SharePoint Lists to track the ITB application progress. By removing the need to email forms to individuals RDS will have oversight of the whole process.

The new Intention to Bid (ITB) form and the ITB research costings spreadsheet template are both available now in the Policies & Procedures/Research/Pre-award section of the intranet. Draft costings for bids can be completed in the costings template. PDF copies of all submissions can be printed or saved but there are limitations to editing a form once it has been submitted.

As a service, RDS is committed to delivering service excellence to enable BU’s academic community to deliver and grow world-leading research for societal benefit. The program of work continues to look at processes to enhance the user experience.

Changes include improvements to the pre- and post-award support being offered. Building on the delivery of a new Principal Investigator report which is currently in the final stages of being rolled out, and continuing our collaboration with the Transformation Team.

For any queries about the transformation of pre-award services at BU, please contact Jo Garrad or Brian Kaliczynskyj to discuss further.

For any technical issues in relation to the form, please contact Roy Harvey directly.

FMC Research process seminar on 25 Jan at 2pm on Zoom. Creative-Empirical Mixed Methods. All welcome

We are delighted to welcome you to this week’s research process seminar. Run from FMC but open to all staff and PGR students:

Creative-Empirical Mixed Methods – by Dr Lyle Skains (BU)

 

This session focuses on interdisciplinary mixed methods for evaluating the efficacy of creative artefacts for specific effects in the audience. The methodological approaches discussed will include practice-based creative research, ethnography, surveys, audience response, and qualitative analysis.

 

Tuesday 25th January, 2022. 2pm

https://bournemouth-ac-uk.zoom.us/j/9292103478?pwd=UzJnNTNQWDdTNldXdjNWUnlTR1cxUT09

 

Meeting ID: 929 210 3478

Passcode: rps!4fmc

Hope to see you there