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Background: Speech and language therapists (SLTs) use videofluoroscopic swallow study (VFSS) results to manage dysphagia. Yet, in some services only doctors can directly request a VFSS, potentially creating workflow inefficiencies and delaying patient access to VFSS. An alternative model, where SLTs directly refer patients for VFSS, is used in many services in the UK and Australia. However, processes for implementing and sustaining this model have not been reported. Aims: To evaluate the implementation of an SLT-led inpatient VFSS referring model using the Consolidated Framework for Implementation Research (CFIR) to ascertain implementation barriers, facilitators and critical sustainability factors. Methods & Procedures: This implementation evaluation examined stakeholder perceptions of implementing the SLT-led VFSS referring model via interviews of (1) SLTs who treat and refer inpatients for VFSS; (2) doctors who manage and refer inpatients for VFSS; (3) radiologists; and (4) trained VFSS referring SLTs. The CFIR was used to prospectively guide implementation planning, evaluation and outcome reporting, regarding barriers, facilitators and sustainability factors. Outcomes & Results: Implementation facilitators were (1) the advantage of SLT-led VFSS referring over the standard model (doctors referring), in promoting high-quality VFSS referrals; (2) compatibility of the model with the SLT skill set; (3) supportive communication networks between staff groups; and (4) engaging stakeholders throughout implementation. Adequate availability of trained VFSS referring SLTs was both a barrier and a facilitator of implementation. It was also a critical sustainability factor, along with ongoing staff education and outcome monitoring. Conclusions & Implications: The CFIR supported systematic evaluation of implementation facilitators and barriers, and adjustment of factors critical for implementing and sustaining the new model. Findings may assist other organizations to establish the SLT-led VFSS referring model.

Background: Videofluoroscopic swallow studies (VFSS) are integral to diagnosing and supporting dysphagia management. However, in many countries, only doctors are authorized to complete medical imaging request forms, in accordance with radiation safety regulations. This can impact workflow and timely access to VFSS. Enhanced scope of practice (ESP) models of care exist, where speech and language therapists (SLTs) are authorized to complete VFSS request forms. However, formal evaluations of these ESP models are currently lacking. Aims: The primary aim of this study was to examine service outcomes regarding the safety and efficiency of SLTs completing VFSS request forms compared with the medical referring model (standard care). The secondary aim was to ascertain the impacts on SLTs' daily workflow and the utility of training for SLTs to complete VFSS requests. Methods & Procedures: The study involved a mixed-method design. First, referrals completed using standard care versus those completed under the new SLT-led VFSS referring model were compared for efficiency (days to request completion, number of contacts between staff to complete requests and delay to VFSS appointments) and safety (compliance with radiation safety standards for requests, adverse events and change to dysphagia management to justify radiation exposure). Semi-structured interviews were then conducted with SLT referrers (n = 7) exploring the impacts of the model on daily workflow and the utility of training. Outcomes & Results VFSS inpatient requests were examined across a 3-month period (n = 61 requests) using the standard model, and for 6 months (n = 109 requests) following the introduction of SLT-led VFSS referring. Regarding efficiency, there was no significant difference between the two models, with most request forms taking less than or equal to 1 day to be completed. Adherence to radiation safety requirements was significantly greater in the SLT-led VFSS referring model compared with the standard model (p < 0.001) in relation to the overall requisite clinical information being documented on the request forms. No adverse events occurred and 100% of VFSSs led to changed dysphagia management. Interviews of VFSS referring SLTs revealed that completing requests was not complex or onerous, and that the training equipped them well to undertake the role. Conclusions & Implications: The SLT-led VFSS referring model was feasible for SLTs and resulted in satisfactory efficiency and greater adherence to radiation safety requirements for VFSS request forms than the standard model. Improved information on VFSS request forms provides clearer justification for the radiation procedure and helps optimize the diagnostic yield of VFSS. The evidence supports further widespread adoption of this model.

Background: Speech and language therapists (SLTs) use videofluoroscopic swallow study (VFSS) results to manage dysphagia. Yet, in some services only doctors can directly request a VFSS, potentially creating workflow inefficiencies and delaying patient access to VFSS. An alternative model, where SLTs directly refer patients for VFSS, is used in many services in the UK and Australia. However, processes for implementing and sustaining this model have not been reported. Aims: To evaluate the implementation of an SLT‐led inpatient VFSS referring model using the Consolidated Framework for Implementation Research (CFIR) to ascertain implementation barriers, facilitators and critical sustainability factors. Methods & Procedures: This implementation evaluation examined stakeholder perceptions of implementing the SLT‐led VFSS referring model via interviews of (1) SLTs who treat and refer inpatients for VFSS; (2) doctors who manage and refer inpatients for VFSS; (3) radiologists; and (4) trained VFSS referring SLTs. The CFIR was used to prospectively guide implementation planning, evaluation and outcome reporting, regarding barriers, facilitators and sustainability factors. Outcomes & Results: Implementation facilitators were (1) the advantage of SLT‐led VFSS referring over the standard model (doctors referring), in promoting high‐quality VFSS referrals; (2) compatibility of the model with the SLT skill set; (3) supportive communication networks between staff groups; and (4) engaging stakeholders throughout implementation. Adequate availability of trained VFSS referring SLTs was both a barrier and a facilitator of implementation. It was also a critical sustainability factor, along with ongoing staff education and outcome monitoring. Conclusions & Implications: The CFIR supported systematic evaluation of implementation facilitators and barriers, and adjustment of factors critical for implementing and sustaining the new model. Findings may assist other organizations to establish the SLT‐led VFSS referring model. What this paper adds: What is already known on the subject: Models where SLTs directly refer patients for VFSS have been described in the literature, with evidence of appropriate referrals and adherence to radiation safety standards. However, the process for establishing and sustaining this referring model has not been published. What this paper adds to existing knowledge: This study describes the process and outcomes of implementing an SLT‐led VFSS referring model, using the CFIR. A key advantage of the new model that facilitated implementation was the improved quality of VFSS referrals compared with the standard referring model. Important facilitating factors in the environment were the compatibility of the model with SLTs' skillset and supportive communication network between doctors and SLTs. Initially, an implementation barrier was the inadequate availability of trained SLT referrers. Using proactive implementation strategies, more referrers were trained (which was a facilitating factor for implementing and sustaining the model). What are the potential or actual clinical implications of this work?: This study highlights that successful implementation requires more than just an effective model. Features of the environment require consideration to minimize barriers and optimize facilitating factors, supported by proactive implementation strategies. Planning and evaluating implementation processes and outcomes using a standardized implementation framework such as CFIR aided understanding of barriers and facilitators for introducing the SLT‐led VFSS referring model. This process may assist other services to implement the model. [ABSTRACT FROM AUTHOR]

Background: Videofluoroscopic swallow studies (VFSS) are integral to diagnosing and supporting dysphagia management. However, in many countries, only doctors are authorized to complete medical imaging request forms, in accordance with radiation safety regulations. This can impact workflow and timely access to VFSS. Enhanced scope of practice (ESP) models of care exist, where speech and language therapists (SLTs) are authorized to complete VFSS request forms. However, formal evaluations of these ESP models are currently lacking. Aims: The primary aim of this study was to examine service outcomes regarding the safety and efficiency of SLTs completing VFSS request forms compared with the medical referring model (standard care). The secondary aim was to ascertain the impacts on SLTs' daily workflow and the utility of training for SLTs to complete VFSS requests. Methods & Procedures: The study involved a mixed‐method design. First, referrals completed using standard care versus those completed under the new SLT‐led VFSS referring model were compared for efficiency (days to request completion, number of contacts between staff to complete requests and delay to VFSS appointments) and safety (compliance with radiation safety standards for requests, adverse events and change to dysphagia management to justify radiation exposure). Semi‐structured interviews were then conducted with SLT referrers (n = 7) exploring the impacts of the model on daily workflow and the utility of training. Outcomes & Results: VFSS inpatient requests were examined across a 3‐month period (n = 61 requests) using the standard model, and for 6 months (n = 109 requests) following the introduction of SLT‐led VFSS referring. Regarding efficiency, there was no significant difference between the two models, with most request forms taking less than or equal to 1 day to be completed. Adherence to radiation safety requirements was significantly greater in the SLT‐led VFSS referring model compared with the standard model (p < 0.001) in relation to the overall requisite clinical information being documented on the request forms. No adverse events occurred and 100% of VFSSs led to changed dysphagia management. Interviews of VFSS referring SLTs revealed that completing requests was not complex or onerous, and that the training equipped them well to undertake the role. Conclusions & Implications: The SLT‐led VFSS referring model was feasible for SLTs and resulted in satisfactory efficiency and greater adherence to radiation safety requirements for VFSS request forms than the standard model. Improved information on VFSS request forms provides clearer justification for the radiation procedure and helps optimize the diagnostic yield of VFSS. The evidence supports further widespread adoption of this model. What this paper adds: What is already known on the subject: Models of care permitting selected allied health professionals to refer patients for diagnostic radiology procedures have been established to achieve healthcare efficiencies. Evidence supports the safety and efficiency of physiotherapists referring to radiology. However, limited published outcome data exist regarding models of SLTs referring for radiology procedures, such as VFSS. What this paper adds to existing knowledge: This study describes the implementation of a SLT‐led VFSS inpatient referring model in a quaternary hospital and examines service outcomes. The findings reveal that VFSS request forms completed in the SLT‐led referring model had greater adherence to radiation safety standards compared with the standard referring model. Efficiency was similar across both models and there were no adverse events. Completing VFSS requests did not disrupt daily workflow for SLTs and training was effective preparation for the role. What are the potential or actual clinical implications of this work?: Results demonstrate that the SLT‐led VFSS referral model can be safely and appropriately implemented in the inpatient setting. Improved quality of information documented on request forms by SLTs increases adherence with radiation safety standards, providing clearer justification for radiation assessments and potentially eliciting more targeted diagnostic information to inform dysphagia treatment planning. These findings may support other hospital services to establish this type of referring model. [ABSTRACT FROM AUTHOR]

Purpose: There are no examples in the literature of successful long-term hospital-wide implementation of nurse-led dysphagia screening. This article aims to describe strategies used to implement hospital-wide dysphagia screening in a large acute tertiary teaching hospital in Australia. It reports on compliance, accuracy and nursing staff satisfaction using the validated Royal Brisbane and Women's Hospital Dysphagia Screening Tool (RBWH DST). Method: A retrospective observational study of audit data was conducted to examine hospital-wide compliance and accuracy of dysphagia screen completion. A nursing staff survey measured staff satisfaction. Implementation included: (1) utilisation of validated tool (RBWH DST); (2) key stakeholder engagement and strong governance; (3) policy development; (4) education; and (5) review and monitoring processes. Result: Audits conducted over a 9-year period (n = 3726) showed an average hospital-wide compliance rate of 74% and an accuracy rate of 82%. A nurse satisfaction survey (n = 109) showed high levels of satisfaction associated with using the RBWH DST. Conclusion: The RBWH DST was implemented in a large acute tertiary teaching hospital with acceptable compliance and accuracy rates and favourable nursing staff satisfaction. Further study is required to objectively evaluate patient health and cost benefits associated with using the RBWH DST. [ABSTRACT FROM AUTHOR]