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- University of Chester
- 3 - Allied Health Professions, Dentistry, Nursing and Pharmacy
- Submitting institution
- University of Chester
- Unit of assessment
- 3 - Allied Health Professions, Dentistry, Nursing and Pharmacy
- Summary impact type
- Societal
- Is this case study continued from a case study submitted in 2014?
- No
1. Summary of the impact
Violence perpetrated against health and social care staff constitutes an issue of long-standing significance yet limited research, especially where the perpetrator exhibits learning disabilities. Chester University researchers investigated service-user aggression, extrapolating the inter-relationship of individual history, mental health diagnoses, cognitive capacity, and staff perceptions, i.e., ‘complexity’, required to understand service-user interpersonal violence. Training and educational resources were developed to enhance staff de-escalation skills, including a training DVD, and a series of de-escalation workshops; feedback indicated significant changes in staff perceptions and responses toward service-user violence. Furthermore, findings led to revisions in pedagogic practice at the University of Chester.
2. Underpinning research
Context: the definition of ‘complexity’
Multiple social and psychological factors shape individuals and drive their behaviour, for example stability of family background, being abused, mental ill health, personality disorders, autism, and learning disability. Such factors when combined create the cocktail we term ‘complexity’.
Use of restraint on service-users by nurses and other professionals should only be used as a last resort. The ‘Time for Change’ report stated: “ Services will seek to reduce the use of physical intervention, seclusion, mechanical restraint and the inappropriate or harmful use of medication with the clear aim of eliminating them for each individual.” (NHS 2014, Appendix 3)
Research conducted between 2008 and 2018 was instrumental in clarifying the picture around service-user violence and aggression, and nurses’ subsequent response. Lovell’s work investigating staff understanding of, and response to, service-user aggression and violence highlighted that the relationship between nurses and service-users in forensic learning disability services was influential in experiencing and reporting incidents of violence and aggression. Moreover, understanding the antecedents to service-user behaviour and its response were identified as key when resolving potentially violent situations.
Qualitative data gathering (2014-2018)
R1: This study consisted of a whole-population survey of 411 nurses working within a variety of settings within the learning disability division of one mental health NHS Trust regarding disparities in the reporting of violent incidents. Differences were found between specific clinical environments, skill mix, and staff education. This research, along with earlier work, would underpin the initial development of the DVD; an attempt to update and supplement staff knowledge of de-escalation when dealing with violent incidents.
R2: This in-depth qualitative research yielded rich data which suggested forensic learning disability nurses were aware of the importance of knowing a service-user, including what could trigger an instance of potential violence. However, there was also evidence nurses were not always effective in recognising when incidents had been triggered and when individuals were escalating towards violence.
R3 & R4: We undertook further qualitative research with forensic learning disability nurses, obtaining in-depth data indicating that nurses believed there were distinct requirements to being a good forensic learning disability nurse. The requirements were described in terms of clinical competence and personal attributes. This further highlighted that how staff respond to violence and aggression is linked to their knowledge of the service-user and their own personal background and context.
This rich, qualitative data, once synthesised, contributed to the further development of the nascent concept of complexity and the subsequent production of training and educational resources.
R5: The next piece of research, a series of interviews with a multi-professional group, explored how they sought to explain violence by people with an intellectual disability. The study again confirmed a reluctance to engage with the evidence, and provided a clear distinction, in the experience of participants, according to degree of intellectual disability, with greater culpability accredited to the more able. The role of additional diagnoses, such as autism spectrum disorder, significantly affected participant interpretation of violence, multiple diagnoses enhancing more generous understanding. Further factors arising from the study, relating to impulsivity, intentionality and unpredictability, when associated with the intellectual disability, influenced the degree of professional tolerance of violence.
R6: The final piece of research, interviews with nurses from low, medium, and high secure settings, consolidated the developing concept of complexity in relation to people with an intellectual disability. The resultant article emphasised that people with an intellectual disability and a background of offending were being cared for most effectively in community settings, but this necessitated a re-evaluation of the knowledge and skills nurses required to develop therapeutic relationships. This final article helped to refine the theoretical model by exploring how personal history related to offending behaviour, and how this affected how nurses needed to work in the community without the reliance on secure settings.
Development of the Model (2017-2021)
Research led to the development of a theoretical model of de-escalation, illustrating and explaining the antecedents to violence and aggression. The model was presented initially at the University of Chester, before being presented internationally at the 10th European Congress on Violence in Clinical Psychiatry (26th-28th October 2017). ‘Restricting Physical Interventions’ was subsequently presented, by invitation, as a workshop at the British Institute for Learning Disabilities Conference (Birmingham, 4th & 5th March 2018). These presentations were well attended and the model was well received. Finally, the model was presented as a keynote address at the Faculty Post-Graduate Research Conference at the University of Chester in June 2018. The presentations provided a forum for discussion, critique and subsequent reflection regarding the best means of publishing the material.
The research detailed in this section further emphasises the recognition and esteem of Professor Andrew Lovell as one of the experts on forensic learning disabilities studies in the UK.
3. References to the research
R1: Lovell A, Skellern J, Mason T. Violence and under-reporting: learning disability nursing and the impact of environment, experience and banding. J Clin Nurs. 2011 Dec;20(23-24):3304-12. doi: 10.1111/j.1365-2702.2011.03875.x. Epub 2011 Oct 19. PMID: 22007949.
R2: Lovell. A, Smith.D & Johnson.P (2015) A qualitative investigation into nurses’ perceptions of factors influencing staff injuries sustained during physical interventions employed in response to service-user violence within one secure learning disability service. Journal of Clinical Nursing 24 1926–1935 DOI: 10.1111/jocn.12830
R3: Lovell. A, Bailey. J, Kingdon.A & Gentile.D (2014) Working with people with learning disabilities in varying degrees of security: nurses’ perceptions of competencies. Journal of Advanced Nursing 70(9) 2041-50 (Article first published online: 7 FEB 2014 | DOI: 10.1111/jan.12362)
R4: Lovell. A and Bailey. J (2017) Nurses’ perceptions of personal attributes required when working with people with a learning disability and an offending background: a qualitative study. Journal of Psychiatric and Mental Health Nursing 24 (1) 4-14 DOI: 10.1111/jpm.12326
R5: Lovell. A and Skellern. J (2019) Understanding violence when the perpetrator has an intellectual disability: The perceptions of professionals. Journal of Intellectual Disabilities 23(4) 552-566 DOI: 10.1177/1744629517747161
R6: Lovell. A and Skellern. J (2020) Making sense of complexity: a qualitative investigation into forensic learning disability nurses’ interpretation of the contribution of personal history to offending behaviour. British Journal of Learning Disabilities 48(3) 242-250 DOI: 10.1111/bld.12325
4. Details of the impact
The ongoing research of Professor Andrew Lovell and his colleagues has contributed to regional, national, and international changes in staff practice within organisations requiring de-escalation skills, with particular emphasis on service-users with learning disabilities.
DVD and training package
One outcome was the decision to produce a DVD, presenting scenarios related to violence and aggression, and supporting materials, examining how nurses can use their interpersonal skills most effectively to prevent violence [S1]. The training package “ Violence in health and social care settings: A training resource package for organisations and individuals” includes analysing the DVD scenarios, and focusing on how staff dealing with potentially violent situations might react in such circumstances.
The DVD was presented internationally, and purchased by several organisations, including a Czech national trainer, and the material was presented by invitation in Prague (Vysoká škola tělesné výchovy a sportu Palestra: 10th Scientific Conference) on 14th May 2014. The DVD was also used by Oud Consultancy of Amsterdam [S2a & S2b].
Examples of UK national impact include use of the DVD in staff training by three specialist learning disability services: New Focus [S3], Calderstones Partnership NHS [S4], and Merseycare Learning Disability Directorate. New Focus, an independent sector organisation closely linked with the work cited here, used the DVD in teaching staff about de-escalation, using staff to the theoretical model as a means of working with offenders with a background of violence and/or offending behaviour as part of the community support packages provided by the organisation [S3].
Further development of this research resulted in the production of a model of violence and aggression, highlighting how the interaction of service-users’ life histories, mental health conditions, and cognitive status (defined as complexity) contribute to aggressive and violent behaviour. The model also emphasises that nurses’ understanding of their own response to situations and others’ behaviour influences how they evaluate and address aggression and violence.
Workshop
In 2016, discussions took place with Merseycare Learning Disability Secure Services to develop a teaching package supporting its existing approach to managing violence. The esteem generated through Professor Lovell’s research and connections assisted in the development of this intervention; “Through our pre-existing relationship with Professor Andy Lovell, and his long-established record of conducting research in this area over many years, we were fortunate enough to find a natural partner… Clearly Professor Lovell had extensive knowledge and experience of the Subject” [S5]. A two-day interactive workshop was developed which incorporated tasks to facilitate participants identify what triggered their anger, their response when faced with aggression, and how to evaluate situations to avoid escalation.
Previously, the emphasis within de-escalation has generally focused on the acquisition of certain key skills, whereas we accentuate understanding of service-users (background, learning disability, additional diagnoses), and how to apply this knowledge when addressing incidents of violence and aggression. Moreover, the workshop also emphasises how application of practical skills such as observation and active listening, in tandem with understanding service-users’ life histories, can result in early identification and de-escalation of situations which may result in a violent incident. Theoretical information was also delivered, including discussion of the de-escalation model we have developed. The value of the workshop and the model relates to nurses leading the way in supporting this population to lead healthy and productive lives.
We were subsequently commissioned to deliver a series of workshops to all Merseycare Learning Disability Secure Service nursing staff (qualified and unqualified) and some allied healthcare professionals (clinical psychologists, occupational therapists). Staff trainers from another Merseycare site also attended to assess whether the workshop would benefit staff working in high-secure mental health settings. Seven workshops with a total of 106 attendees were delivered between October 2016 and April 2017, generating income of £15,000. Each workshop was evaluated in terms of how staff attending perceived the potential benefit for their work in clinical practice, and evaluations were subsequently collated to determine the overall impact for the workforce [S6].
Feedback from managers was positive; “Throughout the course of the project, Professor Lovell and his team proved to be an invaluable asset and trusted partner. His expertise, coupled with an ability to relate to and engage with staff at all levels, were undoubtedly the main factors in the results achieved” [S5]. Feedback from attendee evaluations was also positive, especially the emphasis on the need to understand individual complexity when working with potentially violent individuals. 77.3% attendees reported the workshops would impact practice, primarily through the discussion facilitated on the course, the exercises undertaken (attendee involvement was critical), and improved knowledge about de-escalation; additionally, 92.4% of attendees stated they would recommend the workshops to colleagues [S6].
Pedagogy
The research and resources developed have also changed pedagogic practise at the University of Chester. Initially, the DVD was utilised in teaching sessions with students of learning disability nursing, and focused on approaches to and management of potentially violent situations. Once developed further, the de-escalation model was incorporated into the nursing curriculum, providing insight into the development of service-user potential violence, and influencing how we respond to it. The model is now embedded within the University pre-registration nursing curriculum [S7].
5. Sources to corroborate the impact
DVD
S1 https://storefront.chester.ac.uk/index.php?main_page=product_info&cPath=18_23&products_id=265
S2a: Letter from Operational Conference Manager, Oud Consultancy, Amsterdam, The Netherlands.
S2b: https://www.oudconsultancy.nl/
S3: Letter from Managing Director of New Focus (aka, Advocacy Focus), an independent sector organisation, Lancashire, UK.
S4: Letter from Research & Development Manager, Calderstones Partnership NHS Foundation Trust, Lancashire, UK.
Workshops
S5: Letter from Associate Director, Centre for Perfect Care, part of the secure learning disability directorate within Merseycare NHS Foundation Trust, Merseysude, UK. The de-escalation teaching workshop delivered to the whole learning disability secure nursing service was commissioned following discussions with Perfect Care.
S6: Breakdown of results of comprehensive and detailed evaluation of the workshops with attendees providing ratings and written feedback on all aspects of the workshop. Individual workshops were evaluated and a collated evaluation for all workshops was also produced. The extent to which the workshops would be likely to influence the delivery of practice to this population (people with learning disabilities and an offending and/or violent background) is provided by these evaluations.
Pedagogy
S7: Testimonial from Senior Lecturer, Department of Mental Health and Learning Disabilities, Pathway Lead /BN Pre-registration Nursing (Learning Disabilities), University of Chester, Cheshire, UK.
- Submitting institution
- University of Chester
- Unit of assessment
- 3 - Allied Health Professions, Dentistry, Nursing and Pharmacy
- Summary impact type
- Societal
- Is this case study continued from a case study submitted in 2014?
- No
1. Summary of the impact
According to World Health Organisation (WHO) estimates, more than 80% of people in need of mental health care cannot access it; mental health disorders worldwide are under-reported, under-diagnosed, and under-resourced. The Global Mental Health Assessment Tool (GMHAT) has reshaped the identification of mental disorders worldwide, assisting health practitioners in rapid yet accurate assessments, especially amongst hard-to-reach groups (such as refugees). Via ongoing translations into multiple languages, GMHAT and its associated training programme have enhanced the knowledge and skills of frontline health and community workers in India, Colombia and the Middle East, alongside contributing to quality improvement through advancing policies, guidelines, and practice.
2. Underpinning research
Context
Worldwide, there is a significant shortfall in the provision of mental health services relative to need. This deficit is particularly acute in low- and middle-income countries, with mental health provision costs prohibitive as regards many countries’ budgets. Diagnosis is the first step to effective treatment, and Sharma led on the development of GMHAT, a computer assisted real world assessment tool, which allows accurate identification of various mental health disorders, thus supporting health and social care practitioners to address the unmet need of mental distress within their communities. Development of the GMHAT passed through a number of stages; initial development and reliability testing (stage 1), translation into multiple languages together with international validity testing (stage 2), and the development of an associated intensive training package for community mental health workers in using GMHAT (stage 3). GMHAT is a user-friendly assessment measure, and, following a brief training seminar, can be used immediately in practice to increase mental health support towards individuals in global social settings. GMHAT is a tool that has a series of rated questions that individually identify areas of mental health concern that provides a treatment referral plan. GMHAT can be used on any electronic system and is free to use.
Stage 1: Initial Development
Initial development, reliability testing, and validity measuring took place in the UK initially from 2004 onward [R1]. A number of further studies assessing the reliability and validity of GMHAT took place between 2004 and 2016. The research led to the recognition of GMHAT in academia, and, perhaps more pertinently, in the wider public services arena. An important component of the initial phase was testing the reliability and validity of the tool when it was used by healthcare professionals that were not psychiatrists internationally (e.g. nurses, GPs), as well as the applicability across the life course [R1]. Validation studies of the GMHAT in various settings have found sensitivity ranges from 0.73 to 0.84 and specificity from 0.90 to 0.96 [R1, R3]. Outputs have continued to test the tool with a deliberate changing focus towards educational roll out, equipping staff on the ground with skills across many countries.
Stage 2: International Translations
From its inception, GMHAT was designed to be applied worldwide, hence the need to establish reliability and validity at international level. The tool was translated into various languages, with research then undertaken to establish that these translated versions would replicate the validity and reliability of the original setting. This included versions in Hindi [R2] Arabic [R1], Spanish [R3], and Marathi [R5], which demonstrated similar findings to those in the UK context, reaffirming the effectiveness of the tool.
Stage 3: Intensive Training Package and Use of GMHAT for Co-morbidities
Having achieved accuracy, the next stage was practical application; the development of a training package to support health and care workers to incorporate mental health assessment into their work. The training package aimed to assist in overcoming the shortage of qualified mental health practitioners; GMHAT can be employed by all allied health professionals or volunteers following an intensive workshop. GMHAT has also been successful when applied to co-morbidities between mental and physical health. This has included identifying mental health needs of people with risks related to physical conditions, including respiratory disease [R2], cancer [R3], and chronic diseases linked to old age [R6], but who often find that their mental health difficulties are overshadowed by their physical health concerns.
GMHAT validity and reliability outputs have reduced post-2016 as training and roll-out globally has increased. GMHAT continues to be translated and utilised in new settings worldwide.
3. References to the research
R1: Sharma VK, Durrani S, Sawa M, Copeland JR, Abou-Saleh MT, Lane S, Lepping P. Arabic version of the Global Mental Health Assessment Tool-Primary Care version (GMHAT/PC): a validity and feasibility study. East Mediterr Health J. 2013 Nov;19(11):905-8. PMID: 24673079.
R2: Sharma BB, Singh S, Sharma VK, Choudhary M, Singh V, Lane S, Lepping P, Krishna M, Copeland J. Psychiatric morbidity in chronic respiratory disorders in an Indian service using GMHAT/PC. Gen Hosp Psychiatry. 2013 Jan-Feb; 35 (1):39-44. doi: 10.1016/j.genhosppsych.2012.09.009. Epub 2012 Oct 31. PMID: 23122486.
R3: Tejada P, Polo, GJ., Jaramillo, LE. & Sharma, VK. (2017). Psychiatric morbidity in medically ill patients by means of the Spanish version of the Global Mental Health Assessment Tool - Primary Care (GMHAT/PC). International Journal of Culture and Mental Health, 10(1), 82-89.
R4: Tejada P, Jaramillob LE, Garcíab J, Sharma V. The Global Mental Health Assessment Tool Primary Care and General Health Setting Version (GMHAT/PC) – Spanish version: A validity and feasibility study Eur. J. Psychiat. Vol. 30 (3): 195-204
R5: Tendolkar V, Behere PB, Sr. Sebastian T, Sharma V & Deshmukh, P. (2017). “Validity of Marathi Version of Global Mental Health Assessment Tool (GMHAT /PC) for diagnosis of persons with Psychiatric illness from rural Maharashtra” in Prakash B. Behere, Vimal K. Sharma, Vinay Kumar, & Vishal A. Shah, Mental Health Training for Health Professionals: Global Mental Health Assessment Tool (GMHAT), Publications Committee, Indian Psychiatric Society, Haryana, pp. 23-42.
R6: Krishna M, Jones S, Ramya MC & Sharma V. (2017). “Use of GMHAT/PC in old age population in India” in Prakash B. Behere, Vimal K. Sharma, Vinay Kumar, & Vishal A. Shah, Mental Health Training for Health Professionals: Global Mental Health Assessment Tool (GMHAT), Publications Committee, Indian Psychiatric Society, Haryana, pp. 141-149.
4. Details of the impact
Overview
The GMHAT project has had three main areas of impact. The first is the training of healthcare workers to improve their skill and efficiency in identifying mental health problems, and consequently supporting the needs of people in distress. The second is the supporting of community-level projects to meet the needs of those communities. The third is to positively impact on policy and guidelines to support quality improvement in services. GMHAT is culturally sensitive and directly benefits persons with mental health issues to be identified, supported, and signposted into available local services. A real strength is that it can be used in resource-poor countries and across an individual’s life course.
Training
Professor Sharma and his colleagues have trained over 100 health professionals in the UK, 500 health professionals and NGOs in India between 2015- 2018 ( Rajasthan, Maharashtra, Madhya Pradesh, Karnataka states), over 50 in Colombia, 20 in the Middle East, and 30 in Africa. GMHAT training programme workshops have been organised at the World Congress (World Psychiatry Association 2018), and National conferences in India (2019) and Colombia (2012- 2018). The tool has been translated into multiple languages, including Hindi, Chinese, Spanish, Arabic, Dutch, German, Tamil, Welsh, and Portuguese [S4]. The Arabic version of the tool was published by the Eastern Mediterranean Regional Office of the World Health Organisation, with plans to train non-specialist health practitioners who are involved in the care of Syrian refugees in Turkey to adopt the GMHAT in the assessment of mental health issues [S8]. GMHAT can be accessed via a computer, tablet, or mobile phone, increasing its potential to be used in rural and hard to reach communities [S2a]. The Marathi version of the tool has both PC and portable android versions, and has been used by many nursing and psychiatry professionals completing postgraduate studies [S8]. To date, GMHAT training has been delivered to, and implemented by, nurses, ASHA (Accredited Social Health Activists) workers, psychologists, doctors, and social workers, and GMHAT has been used in hospital and community settings in different parts of the world [S2a, with specific examples in S4, S5, S6, S8, S9].
In India , Professor Sharma was involved in training frontline health workers via mental health camps and workshops, which were followed up with further advice via video calling and WhatsApp messages; after attending training, frontline health workers were able to gain a better understanding of mental health, and appreciation of its significance, with one trained worker noting “When we went to the field and looked at the survey, we found that mental health is as important and necessary as physical health” [S5]. The trained frontline health workers were able to administer 918 GMHAT interviews, thereby identifying 84 cases of psychiatric illness in rural areas of Rajasthan [S5]. Professor Sharma is said to have “successfully created a new generation of mental health clinician researchers in India who are leading the mental health primary care research” [S4].
In Columbia, the virtual course "Training in mental health for health professionals through the use of GMHAT" has been running since 2019, and has been completed by 57 people, including nurses, doctors, and psychologists. At the beginning of the course, students' knowledge about mental illness averaged 6.6/10, and the ability to perform a mental exam assessment was 6/10. At the end of the course, these values increased to 8.2/10 and 8.7/10 respectively. 85% of the participants rated this course as good or excellent [S6].
Community-level projects
The research studies led to worldwide recognition of GMHAT. More importantly, this has led to improving skills and knowledge of health workers in detecting and managing mental health problems; “Professor Sharma’s contribution and commitment to a non-commercialised and freely available tool is considerable, bringing comprehensive mental health assessment to non-psychiatrists, particularly those working in primary care and community settings” [S3a].
At a regional level in North West England, the tool has been trialled at two GP medical practices (Blackheath Medical Centre and Kings Lane Medical Practice, both in the Wirral) to ascertain the utility of the tool for use by GP practice staff (including doctors, practice nurses, and health care assistants) in the assessment of their patients’ mental health symptoms. This health care professional-led research is ongoing [S3a, S3b]. A validation study is also taking place in South West London to use the tool as part of community addiction services; non-specialist health and social care staff are being trained in the use and application of GMHAT for the recognition and diagnosis of mental health problems in service-users with alcohol and drug misuse issues [S8].
At international level, the South Asia Self Harm Initiative (SASHI project) has utilised GMHAT. The Co-Director of Centre for Mental Health and Society from Bangor University was awarded a grant from the Tropical Health Education Trust’s Health Partnership Scheme, which is funded by the Department for International Development (2015-2017) [S7]. The £60,000 award supported an educational programme in India focusing on training-the-trainers to establish a sustainable programme, so that 100 general doctors in two hospitals will be able to assess people who have harmed themselves, and arrange treatment for mental illness where appropriate.
The Professor of Social Psychiatry at Bangor University explains: “ This project has been designed with our colleagues in Mysore to meet a need that they have identified. We are working as a true collaboration, and sustainability beyond the life of the project is a key element. The team used GMHAT developed by Professor V. Sharma, which guides health professionals with no psychiatric training through an assessment process.” This supported the development of a suicide register, which was an important policy/practice change, to help address the under-reporting and therefore unmet need of people who experienced suicidal thoughts [S7].
Policies and guidelines
As a result of the success of the research, the Home Office and Public Health England approached Sharma with the possibility of using GHMAT to address the unmet needs of immigrants arriving in the UK, including some 20,000 Syrian refugees [S8]. In December 2016, the Home Office and Public Health England in collaboration with the International Organization for Migration (IOM) began a pilot of the Global Mental Health Assessment Tool (GMHAT) among Syrian refugees who have been accepted for resettlement to the United Kingdom (UK). This evaluative report found that the tool worked in practice at identifying immediate mental health needs requiring urgent attention during the pre-departure stage, and in facilitating diagnoses, referrals and treatment once in the UK [S1]. The tool was tested in one clinic in Beirut, Lebanon, with 200 Syrian refugees aged 18 years and above who were being processed for resettlement to the UK as part of the Vulnerable Persons Resettlement Scheme (VPRS). This early intervention allowed those identified to receive care on entry to the UK. The findings suggest that a pre-departure mental health assessment could be a useful and valuable tool to facilitate UK authorities matching and preparing for new refugee arrivals, and a valuable resource for GPs during the initial consultation. 18 out of 200 (9%) presented with a likely diagnosis of mental health issues, with an impact on functioning and significant subjective distress as identified by the GMHAT, most commonly depression and anxiety. The findings suggest that it may be necessary to expand the provision of culturally-appropriate mental health services for refugees for the pre-departure mental health assessment to have maximum impact. Recent work by the Home Office to map the coverage of mental health services for refugees and asylum seekers in England may be helpful in addressing some of these gaps. Public Health England has now adopted GMHAT and is scheduled to use it for the mental health assessment of 4,000 refugees from the Middle East and Africa in 2021 [S8]. Promotion of GMHAT by the Home Office and Public Health England is a clear marker of the tool extending its reach at a governmental policy level [S1].
The research has already led a significant cultural change in integrating mental health in general health, and raising mental wellbeing in the whole of the Indian Border Security Force (257,000 staff) [S2a, S2b]. As a result of the success of using GMHAT, there has been a policy change to implement its use as part of their annual routine health check. Rajasthan State Police (India) has already taken the same approach where we trained their 50 doctors and nurses in the use of GMHAT [S5]. Since 2017, the Indian Border Security Force has incorporated GMHAT as part of their health and wellbeing assessments. Additionally, an epidemiological study was conducted using GMHAT (conducted by Atal Bihari Vajpayee, Institute of Good Governance and Policy Analysis in Bhopal), to understand the wellbeing of government employees across a range of workplaces, including banks, police services, schools, and hospitals [S2a].
GMHAT is a tool and training approach with international reach for direct societal citizen benefit, which helps in raising standards of mental health provision worldwide.
5. Sources to corroborate the impact
S1: Home Office pilot evaluation report on using GMHAT with Syrian refugees (2019)
S2a: South Asian International Division Newsletter, Published January 2019, article on GMHAT by Lead Psychiatrist, Hank Nunn Institute, Bangalore, India, summarising development and use of GMHAT in settings across India
S2b: Article from Hindustan Times (Mar 21, 2017) regarding Border Security Force training workshop https://www.hindustantimes.com/india-news/more-bsf-men-dying-of-mental-illness-lifestyle-diseases-rather-than-operations/story-T5mlsZKTUVNy98BLpJXb2O.html
S3a: Letter from Lead Physician, Blackheath Medical Centre, Wirral, UK - lead GP on use of GMHAT in primary care in North West England
S3b: NHS Information Leaflet regarding https://www.england.nhs.uk/north/wp-content/uploads/sites/5/2018/05/Do-patients-find-it-acceptable-Use-of-Global-Mental-Health-Assessment-Tool.pdf
S4: Letter from Consultant Psychiatrist and Senior Research Fellow, Foundation for Research and Advocacy in Mental health, Mysore, India, regarding esteem of Professor Sharma, and translations of GMHAT.
S5: Testimonial from Principal at IIHMR University in Jaipur, India, regarding support for international reach of the GMHAT training and tool – training GMHAT sessions, research GMHAT (including two testimonials from training attendees)
S6: Testimonial from Associate Professor at Universidad El Bosque, Colombia, outlining virtual training using Spanish translation of GMHAT.
S7: Testimonial from Professor of Social Psychiatry, Co-Director of Centre for Mental Health and Society, Bangor University (Wales) - regarding GMHAT integration into THET project for training psychiatrists in Mysore in 2015 / SASHI project for networking re: suicide
.
S8: Letter from Professor of Psychiatry, St George’s, University of London, UK, outlining GMHAT use with refugee and asylum seekers from Syria, notes on translation of GMHAT into Arabic, and increasing UK-based use of the tool in assessments for community addiction services.
S9: Testimonial from Director Professor of Psychiatry, former Director of School of Advance Studies at the Datta Meghe Institute of Medical Sciences, Deemed University, Wardha, India GMHAT PhD studies; regarding use of GMHAT by healthcare professional’s postgraduate studies in India.
- Submitting institution
- University of Chester
- Unit of assessment
- 3 - Allied Health Professions, Dentistry, Nursing and Pharmacy
- Summary impact type
- Health
- Is this case study continued from a case study submitted in 2014?
- No
1. Summary of the impact
Cardiovascular disease remains the largest cause of morbidity and mortality globally. The World Health Organisation (WHO) has prioritised cardiac rehabilitation services in this matter, because of evidenced impact on: reducing morbidity and mortality, improving quality of life, and reducing healthcare costs. This case study details the impact of Professor John Buckley’s research on national and international policies in cardiac rehabilitation, including his contributions to the WHO, the International Olympic Committee (IOC), the International Council of Cardiovascular Prevention and Rehabilitation (ICCPR), the British Association for Cardiovascular Prevention and Rehabilitation (BACPR), the Association of Chartered Physiotherapists in Cardiac Rehabilitation (ACPICR), the Singapore Heart Foundation, the Ottawa Heart Institute of Canada, and Mumbai’s largest hospital the Seven Hills Hospital. The focus of the research and knowledge translation impact focuses on simple and pragmatic exercise assessment and monitoring techniques that have been promoted as part of widening access, specifically for those in lower resourced settings, to cardiac rehabilitation. The research has revolutionised the training of frontline rehabilitation specialists, contributing to training materials on clinical practice procedures, not only for the key organisations noted above, but also at various large specialist clinical centres in the UK and overseas, benefitting thousands of patients each year. The impact has now attained a global reach as recognised by the WHO.
2. Underpinning research
Staff and Collaborating Bodies
Professor John Buckley has led on this research impact at the University of Chester. He has collaborated with key researchers at Chester [R3], at other universities in the UK and around the world, including the University of Ottawa, [R1], Keele University [R2], York University, Toronto [R5], the University of Essex [R4], and the University of South Australia [R6]. This work has then gone forth to influence education, training, practice standards, and policies of the BACPR, BASES, the IOC, the ICCPR, and the WHO.
Context: Why was this research needed?
In the early-to-mid 2000s in the UK, cardiac rehabilitation needed to broaden its access to patients by delivering services in the community and sometimes in home-based settings. Professor Buckley’s leadership positions at the BACPR and BASES thus influenced his research to enhance the reliability and validity of field-based fitness tests, where more evidence was required on pragmatic measures to regulate exercise intensity in cardiac populations. It was through his research in 2004, further developed more recently [R1, R2, R4], that it has been accepted by the BAPCR and BASES. This led to informing policy needs for widening global patient access to cardiac rehabilitation led by the ICCPR in 2016 [R5] and the WHO from 2017-2020, as discussed in Section 4. Whilst cardiac rehabilitation is multi-faceted, for the exercise component a patient cannot be given a safe and effective programme without first being fitness-tested to assess both risk stratification and exercise prescription. The very recent rehabilitation challenges posed by COVID-19 have further augmented the need for pragmatic means of assessing patients in the community or at home.
Context: What is the research?
The focus of the research in this case report is on validating practical, low cost means of monitoring exercise intensity as part of pragmatic fitness testing protocols for use in community and home settings with cardiac rehabilitation patients. Professor Buckley first published on these concepts in 2004 on a practical step test (The Chester Step test), where the validity and reliability of heart rate, psychological effort perception and oxygen-use-energy expenditure were evaluated in healthy patients. Though for many years this test had been promoted by the BACPR, it was only recently, through collaboration with the University of Ottawa Heart Centre, that these principles have been properly validated with cardiac patients [R1]. In this instance the Chester step test used in cardiac patients was shown to be the most accurate compared with cycle and treadmill tests.
Professor Buckley and his colleagues at the University of Chester (Morris, Hayton, Lamb and Cotterell) had also been translating clinical/lab testing techniques into more practical methods, again by assessing psychological perceptions of breathing and muscle sensations during standardised clinical diagnostic treadmill tests, and translating these into use in the more practical setting of the rehabilitation gym [R2, R3]. During the period between 2005 and 2010, the use of shuttle-walking tests was increasingly being used, where >35% of BACPR-audited programmes were being delivered in the community. Similar to the Chester Step test, the BACPR had been promoting the use of a practical shuttle walking test, which was originally purposed for lung disease patients. This test needed appropriate validation for use with cardiac populations and the University of Chester team showed that there were distinct energy cost differences compared to the existing data on healthy populations, which had not yet been reported by lung disease populations [R4]. Given Professor Buckley’s clinical experience and international respect for his practical research used to enable cardiac rehabilitation delivery in non-clinical settings, he consequently rose to leadership positions within BACPR, BASES and the ICCPR [R5]. As a result, he was invited to collaborate with a team in Australia on a systematic review and meta-analysis on the accuracy of assessing exercise intensity and fitness in cardiac populations, published in 2018 [R6].
3. References to the research
R1: Reed JL, Cotie LM, Cole CA, Harris J, Moran B, Scott K, Terada T, Buckley JP, Pipe AL. Submaximal Exercise Testing in Cardiovascular Rehabilitation Settings (BEST Study). Front Physiol. 2020 Jan 8;10:1517.
R2: Buckley JP, Sim J, Eston RG. Reproducibility of ratings of perceived exertion soon after myocardial infarction: responses in the stress-testing clinic and the rehabilitation gymnasium. Ergonomics, 2009 52(4):421 – 427
R3: Morris, M., Lamb, K.L., Hayton, J. et al. The validity and reliability of predicting maximal oxygen uptake from a treadmill-based sub-maximal perceptually regulated exercise test. Eur J Appl Physiol 109, 983–988 (2010). https://doi.org/10.1007/s00421\-010\-1439\-1
R4: Buckley JP, Cardoso, F, Birkett, S, Sandercock, GRH. Oxygen costs of the Incremental Shuttle Walk Test in cardiac rehabilitation participants; an historical and contemporary analysis. Sports Med, April 2016, DOI 10.1007/s40279-016-0521-1
R5: Grace SL, Turk-Adawi KI, Contractor A, Atrey A, Campbell NR, Derman W, Ghisi GL, Sarkar BK, Yeo TJ, Lopez-Jimenez F, Buckley J, Hu D, Sarrafzadegan N. Cardiac Rehabilitation Delivery Model for Low-Resource Settings: An International Council of Cardiovascular Prevention and Rehabilitation Consensus Statement. Prog Cardiovasc Dis. 2016 Aug 17. pii: S0033-0620(16)30081-0. Review.
R6: Mitchell BL, Lock MJ, Davison K, Parfitt G, Buckley JP, Eston RG. (2018) What is the effect of aerobic exercise intensity on cardiorespiratory fitness in those undergoing cardiac rehabilitation? A systematic review with meta-analysis. Br J Sports Med. 2018 Aug 18. pii: bjsports-2018-099153. doi: 10.1136/bjsports-2018-099153.
4. Details of the impact
What is the overarching impact?
The impact of this research is through improving practice and changing or adding to new policies in delivering the exercise component of cardiac rehabilitation in the UK, and globally through the WHO. Professor Buckley’s route to translating his research into national and international policy started to gain traction around 2006, following presentation of his research (section 3) at conferences, which then led to invitations to author national standards for the British Association for Cardiovascular Rehabilitation (BACR) and the ACPICR. Coinciding with these roles, he gained influential positions such as President of the BACPR (2009) and in collaboration with the Canadian Association of Cardiac Rehabilitation (CACR), his research and authorship on policies and practice led to further collaborations in setting up the ICCPR in 2012. The policies and practice standards of the ICCPR, including this research from the University of Chester, became of interest to the World Heart Federation, especially in 2016 where he presented his research at their World Congress in Mexico, at which point he was a co-signatory of the “Mexico Declaration” for global heart health. The common thread running through these events and opportunities is that this research was valued by front-line practitioners, which has made the testing of fitness, and guidance of exercise, more achievable in non-clinical settings. This is a core aim of all countries (developed and developing), and especially the WHO, in wanting to widen access and uptake of the very cost-effective component of cardiac care well-known as rehabilitation and secondary prevention.
Overview of National and International Collaborators and Corroborators
Professor Buckley’s collaborators and corroborators in the UK include the BACPR [S1], and the ACPICR [S2]. Front-line education and service impacts [S1d] are corroborated by testimonial statements from some of the UKs largest and leading cardiac rehabilitation services in Manchester, London and Caerphilly [S2, S3 and S4]. Similarly, internationally and globally, these include the IOC [S5], the ICCPR and the WHO [S6]. Service and patient impact testimonials are also included from Canada’s largest and leading cardiac rehabilitation service [S7], two of India’s leading authorities and service providers in Manipal and Mumbai [S8, S9] and the Singapore Heart Foundation [S10].
National Impact
The British Heart Foundation’s (BHF) annual audits of cardiac rehabilitation, dating back to 2007 ( http://www.cardiacrehabilitation.org.uk/), have shown a clear evolution of service delivery increasingly being shifted towards community and home (nearing 50%). In ~60% of cases, an exercise capacity test is not performed and in >85% of cases not performed at discharge to evaluate both programme effectiveness and support patient’s on-going exercise behaviour change as lauded by the WHO. The need for pragmatic exercise assessment and monitoring tools, are thus of increasing significance, which begins with the training of front-line practitioners. Since 2006, the BACPR has therefore rolled out specific training courses based on Professor Buckley’s research into practical field-tests and improving exercise intensity monitoring with heart rate and ratings of perceived exertion.
In 2019/20, to determine the impact of these BACPR education courses and demonstrate translation into practice and policy change in the UK, a BACPR national survey on Practitioner and Patient benefits was performed [S1d]. This survey was sent to 210 of the 350 NHS cardiac rehabilitation programme service providers throughout the UK, where 51 surveys were returned. This represents 15% of the cardiac rehabilitation patient services offered in England, Wales and Northern Ireland (BHF National Audit data), representing the care of ~15,000 patients (BHF National Audit Data). The main results were that 75-84% of BACPR course attendees felt that the CPD training programmes had a ‘good to very significant’ impact in three areas: i. the development of professional skills to more accurately assess fitness and prescribe exercise; ii. it enhanced quality of their service delivery; and iii. it directly benefited patients’ improvements.
To support the learning and teaching described above, Professor Buckley’s research has impacted on the creation of new evidenced-based education and training materials, guidelines, and standards for the BACPR [S1] and the ACPICR [S2]. The testimonials confirm that, as a result, there has been an enhanced consistency of quality procedures and guiding practice throughout the UK. The Chair of the ACPICR, who is also clinical lead physiotherapist at the Wythenshawe Hospital in Manchester, stated “ The knowledge gained from these two courses, both by myself and my cardiac rehab colleagues, have ensured that exercise prescription and exercise delivery for the UK cardiac population is effective and safe” [S2]. To further substantiate this, the BACPR Executive Director stated “ Over the last 15 years John has developed and delivered face-to-face BACPR CPD courses based on his research on Monitoring Exercise Intensity and Assessing Functional Capacity. These courses have been delivered to a wide audience of exercise and health professionals working in cardiovascular rehabilitation and have become key learning for professionals who are involved in the exercise component of cardiac rehabilitation” [S1].
Key examples of the evidence of impact on policy and practice in individual cardiac rehabilitation services are demonstrated at the University Health Board, Ystrad Fawr Hospital, Ystrad Mynach, Caerphilly, Gwent, Wales [S3], and the Imperial College Hospitals Trust London [S4]. The Senior Exercise Practitioner in Cardiac Rehabilitation of Aneurin Bevan University Health Board stated [S3] “ Since attending these days I have been able to improve the quality of service delivery by standardising our clinical exercise protocols and procedures across all 4 cardiac rehab sites within the health board. As a result, all our exercise staff now assess functional capacity, prescribe exercise and monitor intensity in the same individualised way, as thought by John.” The Senior Physical Activity Specialist at Imperial College NHS Healthcare Trust stated, “ The structure of the course was clear, logical and effective, which gave me the confidence to implement new techniques into my clinical practice immediately.” [S4]
International and Global Impact
Following on from the known success and research in the area of pragmatic ways to assess fitness in non-clinical settings, he received an invitation from the IOC to author the chapter on cardiac rehabilitation in their Manual of Sports Cardiology [S5]. His research, noted in section 2 [R2, R3 and 4], was instrumental in his contributions to an international statement in 2016 on delivering exercise rehabilitation in low-resource settings of low-middle income countries, which obviously became of great interest to the WHO. This became a main lever of his invitation in 2017 to become part of the WHO’s first meeting of the Rehabilitation 2030 initiative, linked to “rolling out” their Universal Health Care policy. Hence, between 2017 and 2020 Professor Buckley contributed to the new WHO Standards for Cardiac Rehabilitation, alongside only 9 other panel members from around the world. The Unit Head for Sensory Functions, Disability and Rehabilitation at the WHO stated that the “ work is very valuable and contributes to the development of a high quality and evidence-based Package of Interventions that will help to increase global access to cardiac rehabilitation”. [S6]. ( https://www.who.int/rehabilitation/rehab-2030/en/)
International examples of Professor Buckley’s work with the IOC, ICCPR and the WHO include statements from a number of leading authorities from Canada, India and Singapore. A leader in Exercise Physiology and Cardiovascular Science at the University of Ottawa Heart Institute stated, “ These findings [R1 in section 3 ] sparked substantial discussions and action in promoting and integrating submaximal exercise testing in the cardiovascular prevention and rehabilitation program at the University of Ottawa Heart Institute, Canada’s largest and foremost cardiovascular health centre.” [S7]. This centre directly serves about 2,000 of the 63,000 Canadian patients attending rehabilitation per year.
The testimonial evidence at S8-S10 has demonstrated practice/policy implementation at Manipal College of Health Professions (India), the Sir HN Reliance Foundation Hospital (Mumbai, India), and the Singapore Heart Foundation, respectively. A Senior Lecturer at the Department of Physiotherapy at the Manipal College of Health Professions stated that the work “ has been important to not just me professionally, but also in the academic realm, where I teach my students cardiac rehabilitation” [S8]. Similarly, the Director of the Department of Rehabilitation and Sports Medicine at the Sir HN Reliance Foundation Hospital stated, “ I am happy to say, that I have implemented several of these in the clinical protocols we use at our hospital, where we treat close to 200 patients a day, in our out-patient rehab unit” [S9].
Following on from Professor Buckley’s invitation to deliver workshops and present his research to Singapore Hospitals at the Singapore Prevention and Cardiac Rehabilitation Symposium and their Sports Medicine society (between 2015 and 2018), the senior Cardiac Physiotherapist of the Singapore Heart Foundation stated “ As a result we have adopted these procedures into our standard protocols at the Singapore Heart Foundation including incorporating these into our use of the Chester Step Test” [S10].
5. Sources to corroborate the impact
S1: The British Association for Cardiovascular Prevention and Rehabilitation
a. Executive Director and Education Director, The British Association for Cardiovascular Prevention and Rehabilitation. C/O British Cardiovascular Society, 9 Fitzroy Square, London
b. Reference Table Booklet:
c. British Standards and Core Components for Cardiovascular Prevention/Rehabilitation:
d. Impact Survey of frontline Practitioners and Patients attending training with Professor Buckley
S2: Clinical Lead Physiotherapist/Team Manager Cardiac Rehabilitation Outpatient Services Wythenshawe Hospital, Manchester University Hospital NHS Foundation Trust and the Association of Chartered Physiotherapists in Cardiac Rehabilitation www.acpicr.com
S3: Senior Exercise Practitioner, Cardiac Rehabilitation, Aneurin Bevan University Health Board, Ystrad Fawr Hospital, Ystrad Mynach, Caerphilly, Gwent.
S4: Lecturer and Practitioner Brunel University and Imperial College NHS Healthcare
Lecturer in Physiotherapy (Nov 2019 to present); Senior Teaching Fellow Imperial College London (Oct 2012 to Sept 2018); Senior Physical Activity Specialist Imperial College NHS Healthcare Trust (July 2011 to Nov 2019)
S5: Buckley, JP. International Olympic Committee Manual of Sports Cardiology, Chapter 6; Physical Activity in the Prevention and Management of Atherosclerotic Disease. Wiley-Blackwell, Oxford, 2016; pp 53-61.
S6: Unit Head, Sensory Functions, Disability and Rehabilitation, Department of Non-Communicable Diseases, World Health Organisation, Geneva, Switzerland
S7: Exercise Physiology and Cardiovascular Scientist, University of Ottawa Heart Institute, Ottawa, Canada
S8: Senior Lecturer Department of Physiotherapy, Manipal College of Health Professions, Manipal Academy of Higher Education, Manipal, India
S9: Director- Dept of Rehabilitation and Sports Medicine Sir HN Reliance Foundation Hospital, Mumbai, India
S10: Physiotherapist, Singapore Heart Foundation