Presentation is loading. Please wait.

Presentation is loading. Please wait.

Best Practice Guidelines for Physiotherapy in Huntington's Disease

Similar presentations

Presentation on theme: "Best Practice Guidelines for Physiotherapy in Huntington's Disease"— Presentation transcript:

1 Best Practice Guidelines for Physiotherapy in Huntington's Disease
Monica Busse Co-lead facilitator EHDN Physiotherapy Working Group Senior Lecturer Cardiff University

2 Outline evidence in support of physiotherapy practice?
about developing guidelines for practice EHDN physiotherapy guidance diagnostic classifications commentary: walking aids and falls management; links with multi- disciplinary team

3 Authors/time Study design Sample details Intervention/method Key findings Quinn et al 2002 single case study 49 year old male at mid stage. Performing exercises from an exercise video which focused on balance, coordination and muscle strength, supported by carer at home for 5 times a week for 14 weeks. Improvement observed in all of the following outcome measures: SF36, MFE, BBS scores, gait speed, UHDRS motor score. Imbriglio and Peacock 1992 expert opinion NA Physical therapy exercises are essential to slow down progression of symptoms and maintain independence and quality of life. Sheaf 1990[ a single case of advanced stage HD; data about the subject is not provided. Gentle exercises in water supervised by a physiotherapist for unknown period. No objective outcome measures were reported. Chorea subjectively noted to be reduced. Peacock 1987[ case series 10 subjects with manifest HD; sample characteristics were not provided. 12 weekly sessions of relaxation training, flexibility, coordination, balance, strength and breathing control exercises/ details of exercise content, duration, intensity and adherence was not provided. All subjects improved on tests of flexibility, coordination, breath volume and breath control/outcome measures were not clearly defined. Lavers 1981 6 subjects with manifest HD of a long term care psychiatric ward. Group intervention programme/ once a week for 12- month period of a combination of mat exercises, ball games and walking programme. No objective results were reported. Binswanger 1980 5 subjects with manifest HD; sample characteristics were not provided. Individualized home based exercise programme supported by a physiotherapist performed twice a week for 4 weeks/ content of the exercises, intensity and duration were not provided. Improvement in balance and mobility status and alertness; outcome measures were not clearly defined.

4 Authors/time Study design Sample details Intervention/method Key findings Khalil et al [abstract]; manuscript under review Randomised controlled trial 25 subjects with manifest HD; intervention (n= 12)/ control (n=11). Home based exercise DVD [flexibility, endurance, balance] with support; 3x week/ 8 weeks; 1 home visit, weekly telephone calls Significant improvements in a range of clinical outcomes including mUHDRS after intervention. Kloos et al [abstract] 20 subjects with manifest HD; intervention (n= 12)/ control (n=8). Video game (Dance Dance Revolution (DDR )) for 45 min 2×/week for 6 weeks in subjects’ homes with the help of a researcher. Significant improvements in the four-square step test after intervention. Ekwall et al [abstract] Individual- case control study 12 subjects with early to mid stage HD. Outpatient exercise programme focused on transitions and balance training; 2 times a week for 6 weeks. Significant improvements in the BBS. Zinzi 2007 40 subjects with early to mid stage who had acceptable cognitive ability and had no severe psychiatric disease. Combination of occupational therapy, speech therapy, cognitive rehabilitation, respiratory exercises and physiotherapy exercises for three weeks of admission period repeated 3 times a year. Each 3 week period resulted in significant improvement in the Tinitti and the PPT scales. No carry over effect of improvement to next admission but no motor decline over 2 years.


6 What did physiotherapists say about their practice?
people are not referred early on in disease process insufficient information available to guide practice more systematic studies of physiotherapy required validation of appropriate objective outcomes Busse ME, Khalil H, Quinn L , Rosser AE (2008) Physical Therapy Intervention for Patients with Huntington’s disease. Physical Therapy 88 (7)

7 European Huntington's Disease Network Physiotherapy Working Group
Forum for collaboration and sharing of good practice, conducting research & developing guidelines for physiotherapy Network of 35 clinically and research active physiotherapists from Italy, Germany, Austria, Sweden, Finland, Switzerland, Portugal, Netherlands, UK and USA First meeting Spring 2008, further meetings February 2009, September 2010, June 2011; regular phone conferences 2 main projects: outcome measures and developing guidance for physiotherapy

8 EHDN Outcome Measures Project
80 subjects – pre-manifest, manifest; testing twice, 1 week apart, on various outcome measures: 6 minute walk, 10 m walk, Tinetti, Berg, PPT, Barthel 6 centres – Ohio (completed), Cardiff (completed), Oxford (in progress), Manchester (in progress), Birmingham (in progress), London (await Registry 3 approvals), Southhampton (in progress),Lisbon, Ohio 38 subjects enrolled and completed data collection reliability and minimal detectable change of relevant outcome measures for physiotherapy

9 Manifest HD Variable ICC SEM MDC 6MW 1min distance 0.951 4.459372
6MW 3min distance 0.938 6MW 6min distance 0.952 10m walk 0.942 10m walk steps 0.898 TUG 0.984 PPT 0.977 Berg Balance Scale 0.963 Tinetti Balance 0.981 Tinetti Gait 0.966 Tinetti 0.983 4Square step test 0.88 Rhomberg total 0.876

10 How will this study change clinical practice?
how do people with HD differ in various measures across the stages of the disease? which outcome measures should be used? reliable and valid minimum detectable change…what is a meaningful improvement? facilitate audit inform research trials physiotherapy pharmacological


12 Aims of the Guidance Document
inform optimal management facilitate international uniformity of care summarise available literature highlight areas within practice that lack a scientific evidence base inform future research

13 Dissemination and Evaluation
freely available online at EHDN website 2000 copies distributed to all EHDN REGISTRY sites; posted to Physiotherapy Schools at all UK universities; disseminated at conferences & on request positive feedback from recipients; needed “quick reference version”

14 EHDN Physiotherapy Framework
Stage of Condition Classification of function Main problems Main goal Management strategy Pre-Symptomatic Pathology No signs & symptoms Delay the onset of mobility restriction Preventative Early to Early Middle Impairments Balance Weakness of stabilizing muscles Dystonia Decreased range of motion Choreic movements Maintain function Restorative Late Middle to Late Activity limitations & participation Falls Mobility problems Postural changes Pain Respiratory Problems Limit impact of complications Supportive

15 More about physical impairments in HD
exercise capacity and performance planning and sequencing of tasks (including bradykinesia) mobility, balance and falls risk secondary adaptive changes and deconditioning abnormal posturing [seating and bed positioning; manual handling] respiratory dysfunction palliative Care

16 Physiotherapy management in HD
physiotherapy role develops in response to the clinical need over the prolonged course of the illness; it is important for physiotherapists to consider the cost implications of their services throughout a life-long disease; therapists should act in an advisory capacity to patients from an early stage, and provide more intensive intervention when a change in functional status warrants this; interventions will initially be preventative, and gradually become restorative and supportive

17 Physiotherapy management in HD
palliative care services have an important role in helping people with HD and their families to prepare for the later stages of HD; early intervention is important to aid the clinical reasoning process and a collaborative partnership along the spectrum of the disease potential for use of diagnostic classification systems

18 Decision making for physiotherapists in HD
patient centred approach mechanism for clinical decision making = identifying main problems; developing plan of care functional assessment and task analysis main causes of functional difficulty physiotherapy diagnosis: cluster of signs and symptoms with linked appropriate intervention strategies Sahrmann 2006

19 George & Delitto 2005; Fritz et al 2007; Scheets et al 2007
Participation Activities Physiotherapy Assessment Diagnostic category/ Treatment based classification Impairments Health Condition George & Delitto 2005; Fritz et al 2007; Scheets et al 2007

20 Diagnostic classifications
readily accessible and translatable synopsis of patient management strategies for clinicians unfamiliar with the disease different management based on stages of disease but also according to specific patient problems; use categories to provide detailed outline of suggested rehabilitation treatment strategies facilitate audit environment (infrastructures; services) process (patient experiences; what evaluations; timing; goal setting; interventions; documentation) outcomes

21 Developing Diagnostic Classifications
Generate hypothesis – tentative diagnosis Use deduction to determine specific signs or symptoms that should be present Therapists in clinical settings use diagnostic categories to evaluate patients, provide feedback to refine categories Based on these signs and symptoms in each diagnostic category, specific treatment protocols are developed based on theory and evidenced practice Test out effectiveness of intervention strategies (single cases to randomised studies)

22 Classification Description Stages
Exercise Capacity and Performance Absence of motor impairment; potential for cognitive and/or behavioural issues Presymptomatic/early Planning and sequencing of tasks (including bradykinesia) Difficulty and slowness in performing functional activities (dressing, bathing, ADLs, sit to stand, etc). Presence of apraxia or impaired motor planning; slowness of movement and/or altered force generation capacity Early-mid Mobility, Balance and Falls Risk Ambulatory for community and/or household distances; balance, strength or fatigue resulting in falls or high risk for falls Secondary adaptive changes and de-conditioning Musculoskeletal and/or respiratory changes resulting in decreased participation in daily activities Abnormal posturing [seating and bed positioning; manual handling] Inappropriate alignment due to adaptive changes, involuntary movement, inability to facilitate or coordinate movement Mid-late Respiratory dysfunction Impaired respiratory function and capacity; limited endurance; impaired airway clearance; risk for infection Palliative Care People who are in advanced stages of disease; unable to ambulate; dependent for most ADLs; difficulty maintaining upright sitting position; range of motion and pulmonary issues Late

23 A. Exercise Capacity and Performance
Description: Absence of motor impairment or specific limitations in functional activities; potential for cognitive and/or behavioural issues Stage: Pre-manifest/early Signs and Symptoms Symptoms Treatments Participation: possible quality of life changes Activities: no problems Impairments: Potential for: early gait changes, poor endurance or fitness; mild chorea; cognitive and/or behavioural issues; poor endurance and limited physical activity; lack of motivation and/or apathy; anxiety and/or depression; sleep disturbance which may exacerbate the above impairments Baseline testing for fitness level should be completed prior to exercise prescription. Consider education on fatigue and the timing of intervention/exercises during the day as well as careful instruction on safety during exercise. Identify barriers and facilitators to initiate and maintain an exercise programme. Techniques such as behavioural motivation can be used to help patient identify barriers and facilitators and explore strategies to manage them. Involvement of a caregiver/friend/spouse can make the programme more successful. Gym based exercises can be of benefit to physically-able individuals, as well as people with long term neurologic conditions such as Parkinson’s Disease. Small case reports in HD indicate that if properly supported, people with HD can enjoy the health benefits of physical activity. Interestingly, there is underutilization of PT services in early-stage HD. Exercise in early stage HD should include: Individualized goal setting and home exercise programme prescription for optimization of services in a life-long disease process. A focus on task-specific functional activities incorporated into the exercise programme. A warm-up and cool-down. Careful monitoring of vital signs, dyspnoea, fatigue, pallor, dizziness and specific HD-related signs at rest, during and after exercise Frequency, intensity, duration and mode are dependent on the baseline fitness level of the individual; however, focus should be on the ACSM goal of exercise for both aerobic and strength training. [19] Aerobic exercise: Frequency: 3 to 5 times a week; Intensity: 65% to 85% of the maximal heart rate; 55% to 65% of maximal heart rate for de-conditioned individuals; Duration: at least 30 minutes of continuous or intermittent training per day (minimum of 10-minute bouts accumulated throughout the day); Mode: any activity that the individual enjoys that uses large muscle groups which can be maintained continuously and is rhythmic and aerobic in nature (e.g. walking, jogging, swimming, and biking). Aims Health education and advice including general health promotion strategies, referral for exercise on a prescriptive plan, and agenda setting to optimise exercise performance.  Patient & family education on the importance of early intervention in HD. In animal models of HD, early enrichment of the environment (i.e., exercise) was shown to delay symptom onset and severity. Increased physical activity in HD mice was critical for successful outcomes of disease modifying treatments such as cell transplants, reconnection of grafted tissue and dopamine innervations. Interdisciplinary Outcome Measures Nutrition: assessment and management of caloric intake, dietary needs and changes to diet when exercising. Psychology: assessment and management of behavioural issues. Occupational Therapy: assessment and management of ADL-related deficits. Outcome Measures: PAR-Q: The Physical Activity Readiness Questionnaire (PAR-Q) can be utilised as an initial screening method to determine any contraindications to exercise. If any reason to doubt safety in participating in exercise, the physiotherapist should refer persons to their general practioners (GPs) for a full assessment . IPAQ: International Physical Activity Questionnaire: is a useful questionnaire for obtaining information about weekly activity levels at home, work and leisure. It is reliable and valid in year old healthy adults as an epidemiological measure. It is not valid as a measure of change or to assess the effects of an intervention . Activity Monitor: if available, a useful measure of physical decline in HD as hypokinesia is related to functional capacity in HD. May also be used to show change in activity over time.

24 C. Mobility, Balance and Falls Risk
Description: Ambulatory for community and/or household distances; balance, strength or fatigue resulting in falls or high risk for falls Signs and Symptoms Symptoms Treatments Participation: Fear of falling: unwillingness to participate in home, work, and community activities Activities: Difficulty walking in certain environments or while doing secondary task ; turning and changing directions ; getting in and out of chairs and beds Impairments: Bradykinesia ; Dystonia – affecting trunk (lateral shift; extension), ankles/feet (inversion); chorea*/ rigidity ; muscle weakness or impaired force production; impaired motor control (i.e., force modulation deficits causing sudden exaggerated movement changes; impaired eccentric motor control); gait impairments (decreased speed; stride length; stride width, increased variability in gait parameters); cognitive and behavioural deficits; deficits in spatial perception; visual disturbances; fatigue. Impairment focussed exercises: strengthening; general conditioning; endurance; range of motion activity to counteract effects of dystonia; coordination exercises; teach strategies to help people with HD identify when fatigue would increase their risk of falls; Balance training to practice the maintenance of postural control in a variety of tasks and environments; practice of activities that require automatic responses (e.g., throwing ball) to elicit postural responses and train faster movements [ progress activities from wide to narrow BOS, static to dynamic activities, low to high COG, increasing degrees of freedom] Task-specific practice of functional activities such as transfers, reaching high and low, stair climbing, etc. To train balance control during activities of daily living; task specific training to address walking tasks, ideally in specific environments (e.g. outdoor; obstacles and changing speeds/ directions); external cueing: lines on floor to promote step initiation, bigger steps, faster speed and symmetry, consider verbal cues (metronome) Teach strategies as to how to get up from floor if they fall; safety awareness and adaptation of environment (reduce clutter, slippery surfaces, loose rugs, poor lighting, sharp or breakable objects), furniture Provision of assistive devices (4 wheeled walker with brakes) when appropriate; family/carer education for guarding and/or assistance during ambulation; wheelchair prescription (long distance mobility. Adaptive devices/equipment: footwear: shoe/orthotic evaluation (shoes with ankle support such as high top tennis shoes or boots; heel wedge and/or lateral wedge for ankle dystonia in inversion/eversion direction; ankle foot orthosis for ankle dystonia in dorsiflexion/plantarflexion direction; custom made shoe inlay for individuals with clawing of toes during walking) Protective equipment – helmets, elbow/knee pads to be worn by person with HD at risk for falls Compensatory strategies (cognitive impairments and inability to dual task); focus attention on maintaining balance before doing a task that challenges their balance ; practice two activities at same time under various practice and context conditions in early stages; break down complex tasks into simpler tasks and where necessary attend to one task at a time in middle to late stages Aims . Improve mobility status (increase independence; increase speed; increase distance walked); reduce risk of falls or actual falls; maintain independent mobility including transfers and walking for as long as possible; manage fear of falling which in itself may cause inactivity Outcome Measures Interdisciplinary Participation: Short Form-36 Activities: 10m walk ; TUG; 6MWT; ABC Falls Confidence scale; Berg Balance ; Tinetti Mobility Test; Dynamic Gait Index; Functional reach test; Assessments of different devices and equipment used during functional activities including the safety during use, alignment, fit, and the patient’s ability to care for the devices or equipment Impairments: gait spatial and temporal measures; falls history; UHDRS motor section nursing, OT, neuropsychologist, neurologist, social work

25 Adaptive Equipment Walking aids: 4 wheeled walker with front swivel castors produces the most efficient, consistent, and safe gait pattern in individuals with HD both on a straight path and during turns Kegelmeyer & Kloos (in press) AFOs/ specialised footwear improves gait measures in HD Bunnig et al (pilot study)

26 EHDN falls policy loss of independent ambulation and extended bed rest can have significant emotional & physical effects [respiratory functioning, muscle atrophy & weakness & depression]; highly associated with nursing home admission in one residential facility (72 patients) with HD, 823 falls recorded in one-year average number of falls per person per year was 3.0; but there were 3 multiple fallers, falling up to 5 times per day in this institution, a policy of not limiting mobility in the presence of risk of falls had been implemented: only 4 of these falls resulted in fractures (0.5% injury rate)

27 EHDN falls policy incidence of falls/ high risk for falls should not be the sole criteria for limiting a person's ambulatory status patient-carer team should consider the potential benefits & risks associated with limiting independent ambulation i.e. secondary effects of non-ambulation risk should be managed and strategies implemented to reduce the risk maintain independent mobility and prevent injury: environmental modification (hip protectors, resilient flooring, removal of sharp edges etc.) footwear evaluation and interventions to promote the safe performance of daily activities behavior management

28 Multi-disciplinary team working
diagnostic classifications give a structure to aid working between professions assist in appropriate profession specific referrals by physiotherapists similarly members of the MDT may identify specific problems as shown in the 7 classifications developed by EHDN PWG and request relevant physiotherapy input crucially, the classification systems are in place but their effectiveness in guiding decision making is as yet untested (evaluations underway, contributions welcome)

29 Acknowledgments European Huntington’s Disease Network (EHDN)
EHDN Physiotherapy Working Group members Dr Lori Quinn: co-lead facilitator Physiotherapy WG Professor Anne Rosser: Cardiff HD clinic Kathy Price; Catherine Clenaghan; Matt Caffyn; Cardiff HD clinic Deb Kegelmeyer & Anne Kloos: Ohio State University, USA Karen Bunnig & Jessie van der Bent: Topaz Overduin, Netherlands Hanan Khalil: Move to Exercise Programme Una Jones: Respiratory Function in HD Katy DeBono: COMMET-HD Professor Helen Dawes: Oxford Brookes University

Download ppt "Best Practice Guidelines for Physiotherapy in Huntington's Disease"

Similar presentations

Ads by Google