Tag: breathing therapy

Is Your Respiratory Program Audit Ready?

Is Your Respiratory Program Audit Ready?  

Start With These 6 Questions 

Respiratory therapy reimbursement in skilled nursing is under increasing scrutiny, and the stakes are high. A recent McKnight’s article highlighted six questions that can help providers assess whether their respiratory program is truly defensible, from clinical appropriateness to staff qualification and documentation. 

The questions are straightforward. Consistently providing justifiable answers requires disciplined clinical processes, qualified staff, and reliable documentation. 

ACPlus Respiratory Assessment (ARA) by ACP is an innovative software that helps skilled nursing operators proactively identify patients with pulmonary dysfunction and provide them with the care they need. ARA’s objective data supports clinicians in building effective treatment plans while generating the robust documentation needed to justify respiratory care and support reimbursement.  

National HealthCare Corporation (NHC), one of the nation’s leading post-acute care providers, began piloting ARA in June 2023. Their experience offers a real-world look at what it means to build a respiratory program that can confidently answer these questions.

1. Was care clinically appropriate? 

This requires a documented respiratory need, a physician order specifying frequency, duration, and scope of treatment, and a resident-specific care plan. ARA’s objective assessment data helps clinicians identify pulmonary dysfunction early, even when patients show no obvious symptoms. Sarah Ison, Regional Therapy Director for NHC’s central region, noted that approximately 95% of patients assessed returned results indicating a respiratory deficit. “It has really helped us to identify patients who would benefit from respiratory therapy, whom we might not have typically provided that service to,” she said. 

2. Did the activity meet the respiratory therapy definition?   

Every staff member needs to be working from the same definitions of what counts as respiratory therapy. ARA promotes consistency of assessments and interpretation of results across all care providers. NHC found that building a systematic assessment workflow was key: testing every new admission within the first three days and conducting quarterly assessments for long-term care residents. 

3. Was the provider qualified?  

The Resident Assessment Instrument (RAI) manual is specific. Care must be delivered by a respiratory therapist or respiratory nurse with documented training in each modality provided. ARA’s flexibility supports a range of qualified staff. NHC’s pilot facilities have used therapists, nurses, nurse practitioners, and respiratory therapists to conduct assessments, with documentation practices designed to withstand audit scrutiny months or years later. 

4. Can you prove competency?  

Training materials need to be producible on demand. Ison’s advice for facilities getting started: secure buy-in from leadership and key staff members early and develop a systematic approach for conducting assessments. A well-implemented plan using ARA gives facilities a structured framework for standardizing respiratory protocols and ensuring staff are working from the same foundation. 

5. Can you prove consistency?  

Use the same standards, same definitions, same documentation across every shift and every staff member. As the McKnight’s piece noted, if every nurse answers the definition question a little differently, you’re not defending one respiratory program; you’re dealing with multiple variations within the same facility. NHC addressed this by remaining flexible and willing to adjust processes until they found a sustainable workflow that succeeded across their pilot buildings. 

6. Can you prove the full story?  

This means connecting resident need to physician order, physician order to treatment delivered, treatment to documentation, and documentation to qualified staff. For NHC, ARA’s robust documentation has been central to that chain. “Our documentation is constantly being reviewed,” Ison said, “so we have found it was extremely beneficial having those ARA results and the documentation of those deficits to support what we were capturing on the MDS.” 

The Results Speak for Themselves 

At one of NHC’s inpatient facilities, ARA’s impact has been sizeable. In one year, rehospitalization rates dropped 36%, average daily Medicare Part A reimbursement increased 4%, and Medicaid reimbursement rose 7.4%. As Ison noted, these numbers reflect not just financial value but improved patient care and better outcomes. 

Facilities that can answer these six questions are better positioned to protect their residents, their reimbursement, and their program’s long-term viability.

NHC’s experience does not represent a claim made by Accelerated Care Plus. Results with ACPlus® Respiratory Assessment may vary.   

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Could your respiratory program survive an audit? A recent McKnight’s article outlines six questions every skilled nursing provider should be able to answer. See how one operator built a defensible program and cut rehospitalizations by 36% along the way.

OmniFlow® in Action: Restoring Speech, Confidence, and Connection

OmniFlow® in Action: Restoring Speech, Confidence, and Connection 

After undergoing coronary artery bypass graft (CABG) surgery, a 78-year-old gentleman faced a difficult recovery that impacted his voice and speech. Multiple falls left him vulnerable, and his most recent fall resulted in a head injury that required hospitalization and a referral to a skilled nursing facility for rehabilitation. 

The patient expressed concerns that his voice and speech had changed after his fall, which was negatively impacting his ability to engage socially. Due to these concerns, he was evaluated by speech-language pathologists and referred to speech therapy.  

Therapy Protocol

Speech Therapy

  • 3x/week x 4 weeks

OmniFlow® Breathing Therapy Biofeedback System 

  • Controlled inspiratory lung volume – Diamond Mine
  • Forced expiratory lung volume – Prehistoric Contest

Patient Education 

  • Good vocal hygiene to improve vocal quality

OmniFlow®Breathing Therapy Biofeedback System

OmniFlow®

Breathing Therapy Biofeedback System

OmniFlow® in Action: Restoring Speech, Confidence, and Connection 

The patient and his significant other were happy that through therapy, he was able to regain his confidence and clarity of speech. The patient was able to engage in social activities he had avoided, such as talking on the phone, speaking around others at the rehab gym, and conversing with unfamiliar people.  

I found having the graphics and game-like aspect vs. numbers on a screen very useful and positive. I feel it was challenging to me and helped my lungs expand to help with my voice.

Patient

After a serious heart surgery and multiple falls, this 78-year-old patient found himself struggling not only with physical recovery but also with changes to his voice and speech that made social interactions difficult. In our latest blog post, we share how his care team used OmniFlow to help him regain his voice and confidence.

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Advancing COPD Rehabilitation with Innovative Respiratory Care Solutions

Advancing COPD Rehabilitation with Innovative Respiratory Care Solutions 

November is Chronic Obstructive Pulmonary Disease (COPD) Awareness Month, a reminder of the growing need for effective respiratory rehabilitation strategies. COPD impacts more than 16 million Americans—1 in 8 adults age 45 and older—with many more who have gone undiagnosed. It affects the ability to breathe, leads to long-term disability, and significantly affects quality of life.1 For clinicians, this highlights the importance of comprehensive respiratory care that includes both assessment and targeted intervention. 

ACPlus® Respiratory Assessment & OmniFlow® in COPD Rehabilitation

Effective COPD rehabilitation begins with an accurate assessment. The ACPlus® Respiratory Assessment (ARA) is designed to help clinicians proactively identify undiagnosed respiratory deficits, including early signs of COPD. Using an iPad and Bluetooth spirometer, clinicians can conduct quick, data-driven breathing tests that capture inspiratory and expiratory lung volume and flow metrics, which can be used to determine the patient’s baseline status and monitor treatment effectiveness over time. 

ARA interprets this data to suggest possible lung disease patterns and severity levels, providing clinicians with actionable insights. It can also help detect when a patient with COPD may be approaching a flare-up, allowing for timely intervention and care planning. By identifying deficits early, clinicians can tailor therapy strategies that align with each patient’s respiratory capacity and functional goals. 

Once a treatment plan is established, the OmniFlow® Breathing Therapy Biofeedback System serves as an engaging and measurable intervention tool. Patients can complete various respiratory exercises in a fun, virtual environment: 

Forced Inhalation:

Improves inspiratory muscle power & inspiratory vital capacity (IVC)

Forced Exhalation:

Targets expiratory breathing

Rhythmic Breathing:

Focuses on rhythmical inspiratory and expiratory breathing

Controlled Expiration:

Improves controlled expiratory volume and flow

ACBT/Huff Technique:

Teaches patients the Active Cycle of Breathing (ACBT)/Huff technique to clear lung secretions

For patients with COPD in particular, targeted inspiratory muscle training paired with endurance training has been shown to enhance inspiratory muscle function and balance.2 

OmniFlow also provides real-time visual feedback on performance to motivate patients to improve control and consistency. The objective inhalation and exhalation data OmniFlow provides helps clinicians better assess the patient’s condition and develop more effective treatment plans.

From Assessment to Intervention 

By identifying respiratory deficits early and delivering engaging, data-informed therapy, clinicians can help patients with COPD experience improved function, reduced flare-ups, and greater quality of life. Together, ARA and OmniFlow can help patients with COPD breathe, move, and live better.

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November is Chronic Obstructive Pulmonary Disease (COPD) Awareness Month, a reminder of the growing need for effective respiratory rehabilitation strategies. COPD impacts more than 16 million Americans—1 in 8 adults age 45 and older—with many more who have gone undiagnosed. It affects the ability to breathe, leads to long-term disability, and significantly affects quality of life. For clinicians, this highlights the importance of comprehensive respiratory care that includes both assessment and targeted intervention.

Breathing Therapy After Stroke: Enhancing Recovery & Quality of Life

Breathing Therapy After Stroke: Enhancing Recovery & Quality of Life 

Stroke is a debilitating condition that can cause significant muscle weakness throughout the body, including the muscles responsible for respiration. This can severely impact a patient’s ability to perform daily activities. Respiratory dysfunction occurs in 60% of stroke cases—what’s more, research has found an association between post-stroke apnea and cognitive decline.1  Fortunately, innovative devices like the ACPlus® Respiratory Assessment (ARA) and OmniFlow® Breathing Therapy Biofeedback System are designed to proactively identify and address these respiratory issues, enhancing recovery and improving quality of life for stroke patients. 

Proactively Identifying Breathing Issues with ACPlus® Respiratory Assessment (ARA) 

Stroke-induced respiratory dysfunction (SIRD) is associated with a higher 1-year mortality rate and worse functional outcomes, making it critical to catch as early as possible. ACPlus Respiratory Assessment (ARA) is uniquely designed to help clinicians proactively identify undiagnosed respiratory deficits. A clinician can conduct breathing tests that capture baseline metrics using an iPad and Bluetooth spirometer. ARA interprets that data to suggest possible lung disease patterns and severity levels. The clinical team can then use that data to develop the best treatment plan for that patient.

Delivering Targeted Interventions with OmniFlow® 

Once respiratory deficits are identified, targeted interventions can be initiated. The OmniFlow Breathing Therapy Biofeedback System offers a variety of engaging exercises designed to improve respiratory muscle function, including: 

OmniFlow Breathing Therapy Biofeedback System
  • Rhythmic Breathing: Focuses on rhythmical inspiratory and expiratory breathing 
  • Deep Inhalation: Improves inspiratory muscle power and inspiratory vital capacity (IVC) 
  • Forced Expiration: Targets expiratory muscle power 
  • Controlled Expiration: Improves controlled expiratory volume and flow 
  • ACBT/Huff Technique: Teaches patients the Active Cycle of Breathing (ACBT)/Huff technique to clear secretions from the lungs 

OmniFlow provides valuable inhalation and exhalation data, helping clinicians better assess the patient’s condition and guide their treatment accordingly.

Benefits of Breathing Therapy Post-Stroke 

Incorporating clinically appropriate breathing therapy into post-stroke rehabilitation offers numerous benefits. Respiratory muscle training effectively improves pulmonary function, strength of expiratory and inspiratory muscles, and walking ability, which can help patients perform daily activities more efficiently.2 Better respiratory control can also reduce the risk of complications like pneumonia. Including innovative tools like ARA and OmniFlow in treatment plans can help stroke patients recover faster and more effectively.

  1. 1. Patrizz, A., El Hamamy, A., Maniskas, M., Munshi, Y., Atadja, L., Ahnstedt, H., Howe, M., Mulkey, D., McCullough, L., & Li, J. (2023). Stroke-induced respiratory dysfunction is associated with cognitive decline. Stroke, 54(7), 1863-1874. https://doi.org/10.1161/STROKEAHA.122.041239  ↩︎
  2. 2. Pozuelo Carrascosa, D., Carmona-Torres, J.M., Alberto Laredo-Aguilera, J.A., Pedro Ángel Latorre Román, P.A., Párraga Montilla, J. A., Cobo-Cuenca, A.I. (2020). Effectiveness of respiratory muscle training for pulmonary function and walking ability in patients with stroke: A systematic review with meta-analysis. International Journal of Environmental Research and Public Health, 17(15), 5356. https://doi.org/10.3390/ijerph17155356 ↩︎

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Did you know that respiratory dysfunction occurs in 60% of stroke cases? What’s more, research has found an association between post-stroke apnea and cognitive decline. Fortunately, innovative devices like the ACPlus Respiratory Assessment (ARA) and OmniFlow Breathing Therapy Biofeedback System are designed to proactively identify and address these respiratory issues, enhancing recovery and improving quality of life for stroke patients.

Image of Jimmie R., an older male patient, using Accelerated Care Plus' OmniFlow Breathing Therapy Biofeedback System.

Patient Testimonial – Jimmie R.

Jimmie has a history of COPD, requiring oxygen therapy. Following COVID-19, he had increased difficulty breathing, requiring a higher level of oxygen and needed assistance with wheelchair mobility. As a result of therapy, including OmniFlow™ Breathing Therapy Biofeedback System, he is back to his pre-COVID level of oxygen therapy, and he can self-propel his wheelchair.

I can breathe better after therapy with OmniFlow™.

Jimmie R.

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Jimmie has a history of COPD, requiring oxygen therapy. Following COVID-19, he had increased difficulty breathing, requiring a higher level of oxygen and needed assistance with wheelchair mobility. As a result of therapy, including OmniFlow™ Breathing Therapy Biofeedback System, he is back to his pre-COVID level of oxygen therapy, and he can self-propel his wheelchair.

I can breathe better after therapy with OmniFlow™.