| Jun-2017 |
Citation: | Poster 3 |
Conference: | Epworth Research Institute Research Week 2017 |
Conference Location: | Epworth Research Institute, Victoria, Australia |
Abstract: | BACKGROUND:
Strong evidence exists for the remediation of upper-limb sensory loss
and a specific evidence-based approach is recommended in stroke clinical
practice guidelines. Despite this, stroke survivors are not currently
receiving this treatment. A structured approach is required to translate
published research into rehabilitation practices. The SENSe Implement
study will determine whether evidence-based research translation
strategies can change work practices and behaviours of occupational
therapists (OTs) and physiotherapists (PTs) in stroke rehabilitation.
Our first aim is to identify site-specific barriers and enablers to OTs'
and PTs' use of clinical practice guidelines for rehabilitation of
post-stroke upper-limb sensory loss. METHOD: We developed a
'knowledge-transfer' intervention to drive behaviour change in clinical
settings. The intervention is guided by Theoretical Domains Framework,
with translation strategies from the Behaviour Change Wheel. An
interview schedule was developed to determine site-specific barriers and
enablers. Participating OTS and PTs (n=62) completed pre-implementation
questionnaires and focus group interviews. Multi-faceted translation
strategies including: tailoring of the implementation intervention to
site-specific barriers and enablers; interactive group training
workshop; champion therapists; and provision of educational materials
have been introduced in five Australian health organisations. RESULTS:
Barriers and incentives for achieving evidence-based practice have been
identified. Analysis of pre-implementation data from therapists reveals
several emerging themes: The Desire for Best Practice; The Uncertain
Therapist; The Importance of Getting it Right. CONCLUSION:
Evidence-based strategies and frameworks are important to facilitate
implementation of science-based rehabilitation. Implementation
interventions should be tailored to site-specific barriers and enablers. |
URI: | http://hdl.handle.net/11434/1133 |
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