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- Hartpury University
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- 24 - Sport and Exercise Sciences, Leisure and Tourism
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- Societal
- Is this case study continued from a case study submitted in 2014?
- No
1. Summary of the impact
Practical and cost effective therapies that positively improve daily living skills for those with autism spectrum disorder (ASD) are lacking, and drug based therapies often have undesirable side effects. This research investigated learning rock / pop drumming as a therapeutic physical activity intervention to improve behaviour, coordination, and life quality, demonstrating changes in brain structure and function. Impacts from this research included profound improvements in motor ability for daily living skills for over 200 participants and produced sustainable and self-funding drumming initiatives in both Gloucestershire special and mainstream schools. The growing adoption has created the demand for a therapeutic arm of a local drumming SME and has exported the concept and programme to other populations and other UK regions.
2. Underpinning research
Prof. Draper is a co-founder of the Clem Burke Drumming Project (CBDP), named after Clem Burke, Honorary Doctorate of Music, and member of Rock & Roll Hall of Fame and co-founding member of the band ‘Blondie’, who shared the vision to investigate the possible positive effects of drumming for wellbeing. CBDP is a collaborative research project between Hartpury University, Chichester University and Kings College London (KCL). Leading from Prof. Draper’s research into the physiological stresses of the professional drummer, this work has evolved into investigating the benefits to wellbeing of drumming in autism spectrum disorder (ASD), building on the known benefits of physical activity, music and coordination exercise.
Project funding from the Waterloo Foundation (£133,948), enabled the CBDP to investigate the structural and functional changes in the brain when learning to drum. Within the CBDP collaboration; Hartpury has been responsible for the quantification of motor skills, coordination and wellbeing, KCL has provided the expertise and resources in brain imaging, and Chichester has specialised in psychosocial measurements. An initial magnetic resonance imaging (MRI) study, using a group of non-ASD sixth-form students who were compared with matched controls for age gender and educational cohort, demonstrated that group-drumming lessons (1.5 hours per week) significantly altered the brain structure within eight weeks [3.1]. The cerebellum grew and reshaped because of the drumming stimulus, which has important implications for the therapeutic use of drumming for a number of conditions (including ASD). Having successfully demonstrated the ability to alter the brain through drumming, researchers replicated this in a comparable ASD cohort, where changes to resting brain function and improvement in inhibitory control were seen [3.2]. Encouragingly, all ASD participants involved in this project have continued drumming beyond the end of the project having found the activity beneficial.
Alongside these MRI projects, the behavioural impacts of drumming with children with additional educational needs (including ASD) were investigated [3.3], showing improvements in both behavioural difficulties and hyperactivity compared to matched controls. Following a series of dissemination events with stakeholders (local schools, healthcare professionals, charities etc.) at Hartpury University, this work broadened to a project working with children with ASD and other educational difficulties from a large special school in Gloucestershire [3.4]. The children learned drumming at the Hartpury University campus using electronic drum kits arranged in a circle around the tutor’s kit. Changes in mirror neurons seen in MRI suggest that this group setting is beneficial and improves communication [3.1]. Lessons were 30-40 minutes, twice per week for 10 weeks and included instruction as well as playing to popular music. When back in the classroom, reduced emotional and peer problems were observed and measured (using the Strengths and Difficulties scale from Goodman, 1997) in the children (10% improvement) [3.4]. Qualitative interviews of parents and teachers revealed profound changes in quality of life for the participants, whose coordination had improved [3.4]
‘he struggled very much with a knife and fork and not being able to really cut anything. But now he’s able to hold a knife and fork properly. Orientating his toothbrush, he would be able to brush both sides of his teeth, and along the inside of his teeth.’ (Parent)
Data were also drawn from the drum kits, acquired through the musical instrument digital interface (MIDI) signal, throughout the project and showed objective improvements in the children’s coordination [3.4]. This work is ongoing with three of the twelve special schools in Gloucestershire.
Prior to this work, evidence of the benefits of drumming for ASD was purely anecdotal and largely based on reports from parents of ASD children seemingly helped by learning to drum. This work was the first to show that the brain structure and function can be altered quickly and demonstrably through a relatively low exposure to learning to drum [3.1] and that this can also be demonstrated in an ASD population [3.2], where it may have a profound effect on ASD children and their parents. This work has been widely disseminated through international conferences (International Association for the Scientific Study of Intellectual and Developmental Disabilities World Congress, European College of Sport Science Annual Conference, Annual meeting of International Society for Magnetic Resonance in Medicine, International Conference on Autism) and through public engagement events (e.g. Hartpury Science Hub at the Cheltenham Science Festival, with thousands of children engaging in activities related to drumming and wellbeing annually).
3. References to the research
3.1. Bruchhage, M.M.K., Amad, A., Draper, S.B. et al. (2020). Drum training induces long-term plasticity in the cerebellum and connected cortical thickness. Nature: Scientific Reports, 10, 10116. DOI: 10.1038/s41598-020-65877-2
3.2. Cahart, M-S., Amad, A., Draper, S., et al. (2021). The Effect of Learning to Drum on Behaviour and Brain Function in Autistic Adolescents. International Conference on Autism 2021 accepted (Dec 2020). Available on request.
3.3. Lowry, R.G., Hale, B.J., Draper, S.B., et al. (2019). Rock drumming enhances motor and psychosocial skills of children with emotional and behavioural difficulties. International Journal of Developmental Disabilities, 65:3, 152-161. DOI: 10.1080/20473869.2018.1429041
3.4. Draper, S., Lowry, R.G., Marino, L., et al. (2020). The effects of a rock drumming intervention on children with additional educational needs. European College of Sport Science Conference 2020. ISBN 978-3-9818414-3-5. Available on request.
4. Details of the impact
The research demonstrating the beneficial effects of drumming on young people with ASD has benefited the individuals taking part, has enabled Schools to offer a beneficial intervention and created a new revenue stream for a drumming SME. Successful public engagement with the research means that it is now being taken up in other settings for other conditions.
Benefits to young people involved
Approximately one person in 100 is on the autism spectrum, suggesting that in Gloucestershire, where the project was based, 8,580 people may be on the autism spectrum, including about 1,200 children. There were profound changes for the 200 individuals engaged in this project. The local special school that participated in our behavioural study [3.4] is the largest in the region and one of the largest in the UK (providing for over 300 children). The school saw changes in the children involved including benefits beyond the drumming lessons [5.1].
There was a reduction in peer and behavioural problems [3.3, 3.4] and parents saw profound changes in coordination and the ability to perform real life skills (e.g. brushing teeth and eating with cutlery) [3.4]. These children performed for their parents, carers and other pupils for the first time in their school lives [5.2], a classroom teacher noted,
‘I loved it though, I cried. I was very, very proud of them. Watching them do something like that.’ (Teacher, Milestone School)
Therefore drumming also provided a vehicle that greatly improved self-esteem and confidence,
‘Pupil self-confidence demonstrated significant improvement, which had an impact on their learning and engagement in other areas’ [5.1]
One non-verbal ASD child, now attends his drumming lessons in the school hall without his one to one classroom assistant and sings to the songs he has learned:
‘One particular child, who is largely non-verbal, sang to the songs and was able to remember lyrics; he was even heard singing to himself during other lessons – an incredible achievement!’ [5.1]
Benefits to Schools
Such were the benefits to the children involved; the school has self-funded the drumming tutor to continue to provide these lessons,
‘As a result of the positive changes we saw in the children involved, the school has supported continued drumming lessons for our pupils’ [5.1]
There are twelve special schools in Gloucestershire, three are now running the drumming intervention and the other nine have committed to implement it as soon as conditions allow [5.3].
‘I am pleased to confirm our wholehearted support for your project and our wish to take part as soon as you are able to proceed and present restrictions allow’
(Chair, Gloucestershire Association of Special Schools’ Heads [5.3])
In addition to reaching all of the Gloucestershire Special Schools, drumming has also been adopted by a large local mainstream secondary school for those children with specific emotional and behavioural difficulties. This adoption has occurred as a direct result of dissemination of the research described (Hartpury University stakeholder event). This programme was self-funding using individual pupil premium and has already reached 100 children in the school [5.4]. The School observed that self-confidence improved in the children involved to the extent they used the drum sets to teach their peers the drumming they had learned. They also noted that the drumming was useful to calm children experiencing difficulties in the school day. The children were due to perform at an end of year (June 2020) music festival headlined by Coldplay. Sadly, COVID-19, meant this was not able to take place.
The public dissemination of results as described above has also led to engagement with the CBDP and the adoption of drumming interventions beyond the region, across England. This includes working with special schools and communities in London, Liverpool, Bedfordshire and Wiltshire [5.5].
Impact on SME
Inspire Drums is a small business (SME) located in Gloucestershire that was primarily engaged in private and one to one drumming lessons in mainstream schools. The owner of Inspire Drums became involved through dissemination of this work via the Hartpury Science Hub at the Cheltenham Science Festival. Inspire Drums have collaborated with Hartpury University in delivering the drumming interventions to special schools in Gloucestershire. As a result of the research findings showing the efficacy of drumming and the profound changes seen in the children engaging in drumming, Inspire Drums has grown from a company of one tutor to now employing five four? [5.6] to service the demand for drumming to assist children with ASD and other developmental difficulties. This expansion benefits this small business, creates more capacity to provide drumming to those who will benefit and expands the knowledge of drumming tutors of the needs of this population. Uptake from ASD pupils has increased in private lessons as well as the school projects described here.
‘The impact on our business is has also been profound. Working with your project has generated a new demand for drumming tuition generally and specialist drumming tuition in particular. Consequently, the business has grown from one tutor to four and we have created an entire ‘therapy’ arm of the company offering. This expansion has created a pool of tutors who are learning from us about the challenges and practicalities of delivering drumming to different populations’
(Phil Jones, Inspire Drums [5.6])
Public engagement leads to impact on other conditions
The nature of the changes seen in the brain through the research are likely to benefit other populations. As a result of successful engagement activities, researchers were approached by a care home in the city of Gloucester to provide drumming tuition and monitor dementia patient responses [5.7]. This work was due to begin in April 2020 but postponed due to COVID-19 restrictions. However, we have two care homes committed to this project once the pandemic allows this to happen. Others in the County are working with Hartpury to use drumming to assist with recovery from brain trauma and The National Star College, (a specialist further education college for people with physical disabilities, acquired brain injuries and associated learning difficulties) has also committed to join the Project and include drumming in 2021 [5.8]. The Bedfordshire Clinical Commissioning Group also plans to expand drumming provision beyond the special school environment to:
‘Include interventions with vulnerable young people in a range of settings outside typical educational provision, this may include for children who are electively home educated, children at risk of criminal and/or sexual exploitation and children displaying challenging behaviours.’
(Joint Commissioning Manager [5.5])
As well as a wide range of public engagement events, findings were further communicated through stakeholder roundtable and research communication events at Hartpury University. The partnerships made through these events directly enabled the behavioural studies to take place [3.4, 5.1, 5.3] and for the impacts described here to take place. The ongoing work of CBDP is to build on its previous research findings highlighting the physical demands of drumming to enhance health and wellbeing through drumming. This was translated to the drumming audience and public through the individual University communication channels and by the CBDP website, social media channels and contacts [5.8]. The experimental work of the project has also resulted in high profile drummers acting as advocates for the Project [most notably Clem Burke himself, Mark Richardson (Skunk Anansie / Feeder) and Rob Rolfe (Enter Shikari)]. Consequently, this work has worldwide reach (the CBDP website has been accessed from 106 countries in 2019-20) and has altered media and public perception of the benefits of drumming. Rhythm Magazine is the premier drumming magazine in the UK and they have covered the CBDP on multiple occasions, most recently noting:
‘ Latest research from the project has made connections between learning to play the drums and changing the brain’s structure and function, something which has resulted in enhanced behaviour in a school and home environment among individuals experiencing autism.’ [5.9]
High profile drummers and advocates for the project have described the impact of this research on the perceptions of drumming in the drumming community and the public [5.10]
‘My hope is that drumming becomes an essential part of the well-being program of every school, care home, hospital and prison. After all, if it works for one of us it can work for all of us.’
*(*Mark Richardson, Drummer, Skunk Anansie [5.10] )
*‘The research that you have done, especially relating to the fitness of drummers and the positive impacts on the brain have changed perceptions of drumming.*’
(Rob Rolfe, Drummer, Enter Shikari [5.10])
5. Sources to corroborate the impact
5.1. Testimonials from three Gloucestershire special schools engaged in drumming (Lynn Dance (OBE) CEO Sand Academies Trust; Diane Taylor, Head Teacher The Milestone School; Howard Esson, Lead Teacher in Extra Curricular Leaning, Heart of the Forest School; Annette Fiderman, Head Teacher, Paternoster School)
5.2. YouTube video of drumming intervention with The Milestone School https://www.youtube.com/watch?v=PRptXHG_eF0
5.3. Letter of intent from all Gloucestershire Special Schools, Signed by Pete Hales, Chair Gloucestershire Association of Secondary Head Teachers (GASSH)
5.4. Testimonial from Suzie Buckley Head of Music and Will Morgan Head Teacher, Cotteswold School
5.5. Letters from Abbot’s Lea School, Liverpool(signed by Sara Mursic, Head of Autism Research and Development) and Bedfordshire NHS Clinical Commissioning Group (signed by Laura Park, Joint Commissioning Manager)
5.6. Testimonial from Phil Jones, Founder and CEO, Inspire Drums
5.7 Letter from Hannah Knaggs, Activities Coordinator, Buckland Care
5.8. .Letter of endorsement from National Star College, signed by Paul Tarling, Enrichment and Community Engagement Coordinator)
5.9. Rhythm Magazine article
5.10. Testimonials from Clem Burke (Blondie), Mark Richardson (Skunk Anansie) and Rob Rolfe (Enter Shikari)
- Submitting institution
- Hartpury University
- Unit of assessment
- 24 - Sport and Exercise Sciences, Leisure and Tourism
- Summary impact type
- Societal
- Is this case study continued from a case study submitted in 2014?
- No
1. Summary of the impact
Equestrian sports, horseracing and leisure riding are popular worldwide. Water treadmill and physiotherapy interventions are increasingly being used within sport horse management to maintain musculoskeletal health, increasing competitive success and extending career longevity, however little standard guidance exists to inform their effective use. Research at Hartpury combined with over 15 years of practice, have been combined to develop evidence-based standards and guidance, which are informing industry practice. The standards and guidance are endorsed and promoted by international governing bodies for therapists and equestrian sports in the UK, and across the world. The application of this research has improved outcomes for equine athletes within British Equestrian’s World-Class Programme leading to Olympic medal success, and informs the training of hundreds of sport horses and racehorses worldwide on a daily basis.
2. Underpinning research
Hartpury’s Equine Therapy Centre has a long-standing reputation for providing high quality training and rehabilitation of sport and race horses and implementing innovative approaches that advance sector practice, in the UK and internationally. This case study identifies two areas of research, which have had a direct impact on guidance and practice: the use of water treadmill exercise and application of objective measures in veterinary physiotherapy within sport and racehorse management and training.
2.1 Equine Water Treadmill practice
Worldwide, there has been a dramatic increase in the use of equine water treadmills within the last 25 years but a global understanding of good practice guiding usage has been lacking. Hartpury installed the UK’s first ‘ground level’ water treadmill in 1999. This unique design allowed the user to alter water depth within and between exercise sessions, which provided flexibility in designing and researching potential benefits of exercise protocols to improve sport horse performance and rehabilitation outcomes. Drawing on experience and research, Dr Nankervis and colleagues developed internal best practice guidelines that were implemented successfully across elite sport and racehorse clients, including within the training programmes of GBR Olympic Gold medallists in individual and team dressage prior to the London 2012 and Rio 2016 games.
An international survey was funded by the British Equestrian Federation’s UK Sport Lottery supported World Class Programme to identify how existing users were employing water treadmill exercise for training and rehabilitation of sport horses. The results revealed a high number of relatively ‘new’ venues offering water treadmill exercise commercially, over a third of venues had less than 12 months experience with no formal training available for water treadmill operators [3.1]. The research also found that new users tended to experiment with the full capabilities of their water treadmills, combining high water with high speed [3.1], often with an incline. The research findings recognised this practice would be, at best, unlikely to improve performance and could actually lead to unnecessary injury. An urgent need for the development and dissemination of best practice guidelines for water treadmill use was therefore evident.
The next step was a detailed study looking closely at differing practice. It compared the range of movement of the forelimbs and hindlimbs on a normal treadmill at 1.6 m/s with a water treadmill at 0.8 m/s (i.e. ‘slow’ treadmill belt speed) [3.2]. This study showed significant decreases in forelimb range of movement and significant increases in hindlimb range of movement as water depth increased. The range of movement of the forelimb on the water treadmill was significantly lower, and the range of movement of the hindlimb was significantly higher than on the normal treadmill. This information supported the need to exercise horses more slowly in water than at typical speeds used overland, to minimise the effects of drag on the forelimb and maximise the potential benefits for increased range of movement of the hindlimb [3.2]. This evidence established that ‘ slow’ exercise on water treadmills was beneficial for performance.
A further empirical study examined the effects of water depth on the movement of the back [3.3]. This study showed that water at a depth of the horse’s knee (i.e., ‘ low’) was optimal for gaining lumbar flexion (desirable in sport horses) whilst avoiding extension in the thoracic spine (undesirable in sport horses). The conclusion was that high water (i.e., water above the level of the horse’s knee) should be avoided for horses with ‘kissing spines’, a common back disorder in sport horses. The final step towards producing best practice guidelines was a review collating existing evidence [3.4], including findings from 3.2 and 3.3, to inform recommendations for the effective use of both treadmills and water treadmills within the training and rehabilitation of sport horses. In response to industry need [3.1] the ‘Equine Water Treadmill Exercise: A Guide for Users’ was released in 2020, which was informed by the existing evidence base [3.2, 3.3] and supported by experience in practice [3.4].
2.2 Outcome measures for Equine rehabilitation
Physiotherapy professional standards of practice state clinical reasoning and evidence-based practice should be used when selecting appropriate measures and tests for the assessment of neuro-musculoskeletal health, to promote sports performance, prevent injury, and to assess progress in rehabilitation programmes. In animal physiotherapy, no guidelines were available to assist practitioners with this approach in their practice.
Building on the approach used to develop the water treadmill guidelines, the Equestrian Performance Research Centre has led research to develop evidence-informed physiotherapy practice for use in the management and rehabilitation of sport and racehorses. To assess athlete status, physiotherapists should use objective, standardised and validated outcome measures. We surveyed animal physiotherapists to see if this approach was implemented in their practice in sport and leisure horses, and dogs. The results found this was not the case and that practitioners often used subjective assessment methods and outcome measures. We identified that limited outcome measures existed, which are time-efficient, inexpensive, and easy to use in practice and an urgent need for the development of clinical guidelines to support practice [3.5].
To understand what was required from the equine physiotherapy and rehabilitation industry specifically, consensus was gathered from experienced practitioners actively engaged in the management of sport horse health and performance across the world, including veterinarians, physiotherapists and equine researchers using a Delphi process [3.6]. This process agreed areas of assessment deemed essential to include in individual outcome measures, providing a basis for clinical assessment guidelines for horses and dogs engaged in sport. The reliability and validity of specific outcome measures have been supported by further studies undertaken at Hartpury. In 2020, this body of work underpinned the production of equine and canine assessment clinical guidelines validated by the Association of Chartered Physical and Animal Therapists (ACPAT) for use in practice, in competitive and companion animals.
3. References to the research
3.1. Tranquille, C.A., Tacey, J.B., Walker, V.A., Nankervis, K.J. and Murray, R.C., 2018. International Survey of Equine Water Treadmills - Why, When, and How? Journal of Equine Veterinary Science, 69, pp.34-42. DOI: 10.1016/j.jevs.2018.05.220
3.2. Nankervis, K.J. and Lefrancois, K., 2018. A comparison of protraction-retraction of the distal limb during treadmill and water treadmill walking in horses. Journal of Equine Veterinary Science, 70, pp.57-62. DOI: 10.1016/j.jevs.2018.08.005
3.3. Nankervis, K.J., Finney, P. and Launder, L. (2015) Water depth modifies back kinematics of horses during water treadmill exercise. Equine Veterinary Journal, 48 (6) pp.732-736. DOI: 10.1111/evj.12519
3.4. Nankervis, K.J, Launder, E.J. and Murray, R.C. (2017) The use of treadmills within the rehabilitation of horses. Journal of Equine Veterinary Science, 53: pp.108-115. DOI: 10.1016/j.jevs.2017.01.010
3.5. Tabor, G., Nankervis, K., Fernandes, J. and Williams, J. 2020. Generation of domains for the equine musculoskeletal rehabilitation outcome score: Development by expert consensus. Animals, 10 (20): pp.203-217. DOI: 10.3390/ani10020203
3.6 Shakeshaft, A. and Tabor, G., 2020. The Effect of a Physiotherapy Intervention on Thoracolumbar Posture in Horses. Animals, 10(11), pp.1977. DOI: 10.3390/ani10111977
4. Details of the impact
Hartpury’s research presented in this case study has had a positive impact on the management and training of sport and race horses in three ways: developing best practice across industry, promoting success in equestrian sport, and through education and research-led teaching.
4.1 Developing best practice
Equine water treadmill practice: Hartpury combined with national and international partners from the UK, Germany, the Netherlands, Belgium, North America and China to establish The Hydrotherapy Working Group in 2019. The group consists of researchers, commercial equine hydrotherapy centres, equine veterinary surgeons and physiotherapists from the UK, Germany, the Netherlands, Belgium, North America and China. This group developed guidelines for water treadmill use, underpinned by Hartpury research, ‘Equine Water Treadmill Exercise – A Guide for Users’ with Nankervis as corresponding author [5.1]. These guidelines detail how water treadmills should, and should not be used, in the management and rehabilitation of sport horses. The guidelines are endorsed by British Equestrian and inform the use of water treadmills for horses on the British Equestrian World Class Programme [5.2], as well as being adopted as standard practice across equine therapy centres around the world [5.3].
In 2020, the Institute of Registered Veterinary and Animal Physiotherapists established an ‘Institute of Equine Hydrotherapists’ to set the standards for professionalism and clinical proficiency in equine hydrotherapy. The Institute advocate the use of the Hartpury guidelines as standard practice across the industry [5.3]. Practitioners recognise the value of applying our research-informed approach to their own practice, and use this the research to design protocols based on the ‘ low and slow’ methodology to generate a positive impact on horse health, performance and welfare [5.3]:
“*The research work has helped me educate staff with clear procedure guidelines, avoiding unnecessary injuries and getting the best results I can for my horses.*”
Grainne Ni Chaba-Byrne, Chair of the Institute of Equine Hydrotherapists [5.4].
Additionally the research [3.1-3.4] has been used to advise individual water treadmill users including leading racehorse trainers (e.g. Lucinda Russell), sports horse rehabilitation centres (e.g. Ivy Lodge, Northern Ireland and AK Equestrian, Netherlands), and major sport and race horse training venues (e.g. Conghua Training and Rehabilitation Centre, China). The research has also positively influenced how water treadmill manufacturers (Idots Aquatrainer, FMBs Therapy Systems, ECB Equine, Aqua Equine Treadmill Ltd.) support their clients to apply an evidence-informed approach to water treadmill use in practice:
“Our commercial customers are putting between 8 and 22 horses through their treadmills daily. The research work has helped my customers use their machines more effectively and safely. The ‘Guide for Users’ researched and published by Dr Kathryn Nankervis and Hartpury is included now in our handbook for all our customers.”
(Serena Hickson, Managing Director FMBs Therapy systems [5.5]).
Supporting clinicians (veterinary surgeons and animal physiotherapists) in the management of sport and race horses: The research on outcomes measures has been used to assist veterinary surgeons’ clinical decision-making informally individually, and formally via British Equine Veterinary Association CPD [5.3]. The equine water treadmill guidelines were also circulated to all UK equine veterinary surgeons via the British Equine Veterinary Association website to inform referral, and are supported by leading clinicians who use these with clients to enhance performance and within rehabilitation [5.3]. The video abstract for paper 3.3, explaining why high water should not be used for horses with back pain, or for dressage horses, is the most frequently viewed Equine Veterinary Journal video abstract: https://vimeo.com/267791535 (over 2,500 views).
Evidence-based Assessment Guidelines for Equine Physiotherapy : In 2020, a working group consisting of experts from ACPAT and Hartpury researchers (Tabor and Allen) compiled physiotherapy clinical guidelines based on current best practice evidence and Hartpury research for use in the assessment of neuromuscular health and performance in horses and dogs. The UK national professional group for animal physiotherapists, ACPAT, recommend that the clinical guidelines are adopted in practice by all those involved in musculoskeletal care of sporting, leisure and companion animals including physiotherapists, veterinary surgeons and therapists [5.6]. The guidelines and underpinning studies have been disseminated via publications and meetings to international physiotherapy practitioner groups including the Danish and the Canadian Physiotherapy groups and the Australian Physiotherapy Association Animal group [5.7].
4.2 Supporting Olympic Success in Equestrian Sport
The ‘low and slow’ water treadmill exercise protocol used within the Equine Therapy Centre at Hartpury University underpins professional practice in the Centre. In this REF period, hundreds of sport and race horses have been cared for using this protocol resulting in successful return to competition post injury and improved competitive success. In 2014, having achieved a World Record score of 94.3%, Charlotte Dujardin attributed her horse Valegro’s fitness to twice weekly water treadmill sessions within the Equine Therapy Centre at Hartpury University [5.2]. The ‘ low and slow’ protocol we advocate has been applied to the training programmes of British, Irish, and Italian team horses, across dressage and eventing within Hartpury’s Equine Therapy Centre, including that of Valegro, winner of Olympic Gold in Individual dressage in Rio 2016. The value of this contribution is recognised by British Equestrian [5.3]:
“The protocols developed as a result of work done by Hartpury University have been of great value in the training of horses on our Podium and Podium Potential Pathways, particularly in the preparation for major international competition, including those aiming for the Tokyo Olympics”.
(Dr Robert Oulton, British Equestrian Squad Veterinarian [5.8]).
The much-publicised use of Hartpury’s water treadmill enhancing performance within the GBR Dressage gold medal horses [5.6], stimulated widespread uptake of water treadmill exercise for training of elite dressage horses and wider equestrian disciplines:
“The equine water treadmill industry has grown 10-fold over the last 5-6 years. I truly believe this is down to new research coming out proving that water treadmills are not only a tool to be used for rehabilitation work post injury but also are very effective to support training with horses and ponies from many disciplines improving performance”
(Serena Hickson of FMBs Therapy Systems [5.5)].
4.3 Education and research-led training
Hartpury University is one of only two universities that runs an MSc programme for Chartered Physiotherapists who want to qualify as an animal physiotherapist, accredited by the Chartered Society of Physiotherapists. Successful completion enables registration as a professional practitioner with ACPAT and the Register of Animal Musculoskeletal Practitioners. The research presented across this case study is embedded into delivery, supporting the development of sound clinical reasoning and best practice approaches in equine therapy and rehabilitation, which students take with them into professional practice [5.9]. It is also integrated into animal and equine programmes across Level 3 to 7 (28 programmes; ~ 1000 students), enabling these students to enter the equestrian industry with a foundation of best practice in the management and training of sport and race horses. Our research also underpins equine hydrotherapy training courses around the world [5.10]:
“Based on the studies that Dr Nankervis conducted, we created an underwater treadmill course (the Aquatrainer Academy) for professional horse people in the Netherlands. The goals of this course are to increase the quality of the exercise on the treadmill, decrease the risks and increase the welfare of the horse”.
(Morgan Lashley, Aquatrainer Academy, Netherlands [5.10]).
5. Sources to corroborate the impact
5.1: Equine Water Treadmill Exercise: A Guide for Users
5.2: Application of equine water treadmill research and protocols within British Equestrian and World Class and Podium Athletes
5.3: Examples of global endorsement of the Equine Water Treadmill Guidelines from the veterinary and equestrian industry
5.4: Testimonial Grainne Ni Chaba-Byrne, Chair of the Institute of Equine Hydrotherapists:
5.5: Testimonial Serena Hickson, FMBs Therapy Systems, United Kingdom
5.5: British Equine Veterinary Association Education Podcast:
5.6: Testimonial Hannah Olivcer-Byrne, Chair, ACPAT, United Kingdom
5.7: Testimonial Lynne Harrison, Chair Animal Physiotherapy Group, Australian Physiotherapy Association
5.8 Testimonial Dr Robert Oulton, Team Veterinarian for the Para-Equestrian Dressage Team and Senior Veterinarian at Scott Dunn’s Equine Clinic for British Equestrian, United Kingdom
5.9 Testimonial Suzanne Cottriall, Co-ordinator PgDip and MSc Veterinary Physiotherapy, University of Liverpool, United Kingdom
5.10 Testimonial Morgan Lashley DVM, Certified Equine Chiropractor, The Netherlands