Tag: Respiratory Therapy

Respiratory Therapy in Skilled Nursing: Opportunity, Exposure, and the Case for Standardized Training

Respiratory Therapy in Skilled Nursing: Opportunity, Exposure, and the Case for Standardized Training

Respiratory therapy has become one of the most consequential clinical and financial pressure points in skilled nursing today. For providers operating under PDPM, it represents a genuine opportunity to capture reimbursement that reflects the true complexity of the patients they serve. It also represents one of the fastest-growing areas of audit exposure in the industry.

Getting it right requires more than good intentions. It requires trained staff, standardized processes, and documentation that withstands scrutiny.

The Opportunity

Respiratory conditions sit at the intersection of diagnoses most likely to drive skilled nursing admissions. Chronic Obstructive Pulmonary Disease (COPD), and other pulmonary conditions are associated with high hospitalization rates, elevated nursing intensity, and significant non-ancillary costs—all of which factor into PDPM reimbursement.

Industry experts estimate that up to 50% of today’s nursing home patients may genuinely meet the threshold for a Respiratory Special Care High designation. Even a routine daily nebulizer treatment averages 17 minutes to administer, not including assessment, monitoring, and cleanup.

The Exposure is Growing

According to Alicia Cantinieri, Managing Director at Zimmet Healthcare Services Group, the Respiratory Special Care High designation has been identified as a key driver of audit findings and denials, not because care isn’t being delivered, but because providers frequently fail to capture required indicators or maintain documentation needed to support their claims. As more states convert Medicaid case mix systems to PDPM-aligned models, that risk is expanding. Auditors expect specific physician orders detailing modality, frequency, duration, and scope. They look for evaluations conducted by qualified personnel with verifiable credentials and training to match. Gaps in any of these areas don’t just create compliance risk. They leave reimbursement on the table.

What Strong Respiratory Programs Have in Common

Providers who successfully capture the clinical and reimbursement value of respiratory care share a few things in common: standardized risk assessment built into the care process, staff trained to use a consistent definition of skilled care need, a clear escalation pathway for patients whose conditions change, and documented staff credentials that support audit defense.

The Role of Education and Credentialing

This is where training becomes a strategic priority, not just a compliance requirement. Staff who understand respiratory assessment, intervention, and documentation don’t just reduce audit risk; they deliver better care. When that training is credentialed by a recognized authority, it carries weight with auditors and administrators alike. Two ACP courses approved by the American Association for Respiratory Care (AARC), are designed to build exactly that foundation:

  • Pulmonary Essentials – Assessment and Intervention (1.5 CEUs): Covers the clinical assessment skills and intervention strategies essential to respiratory care in the post-acute setting, giving staff a consistent, trainable framework for identifying need and responding appropriately.
  • Pulmonary Essentials – Spirometry (1CEU): Focuses on one of the most important diagnostic and monitoring tools in respiratory care, ensuring staff understand how spirometry is performed, how results are interpreted, and how findings support care planning and documentation.

Together, these courses address the full picture: qualified teams, standardized assessment, and documented, credentialed training that supports both quality outcomes and audit defense.

How ACPlus® Respiratory Assessment Supports the Whole Picture

Meeting the standard for respiratory care documentation requires a reliable, standardized process that starts at admission and carries through every reassessment. That’s exactly what ACPlus® Respiratory Assessment (ARA) is built to deliver.

ARA is an innovative solution that enables skilled nursing operators to proactively identify patients with pulmonary dysfunction using objective, data-driven assessment. Using an iPad and Bluetooth spirometer, clinicians can conduct breathing tests at the bedside, capture baseline metrics, and receive automated suggestions for possible lung disease patterns and severity levels. This gives the care team the precise data needed to build an individualized treatment plan from day one.

ARA’s objective data provides the robust documentation required to justify respiratory care and support reimbursement, addressing one of the most consistent failure points auditors identify. And because ARA integrates seamlessly with PointClickCare and MatrixCare, results sync automatically at the point of service, helping to reduce documentation burden and ensuring nothing falls through the cracks.

Building Programs that Last

Respiratory therapy isn’t a reimbursement strategy. It’s a clinical service that, when delivered well, meaningfully improves patient outcomes and reduces hospitalizations. The providers who approach it that way — investing in training, standardizing processes, and capturing care accurately — are the ones best positioned to realize its full value.

MRK-BLOG-042

Respiratory therapy has become one of the most consequential clinical and financial pressure points in skilled nursing today. For providers operating under PDPM, it represents a genuine opportunity to capture reimbursement that reflects the true complexity of the patients they serve. It also represents one of the fastest-growing areas of audit exposure in the industry.

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.

MRK-BLOG-032

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 ↩︎

MRK-BLOG-025

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.

Transform Respiratory Outcomes with ACPlus Respiratory Assessment

Transform Respiratory Outcomes with ACPlus Respiratory Assessment (ARA)

We are thrilled to announce the launch of our newest product, ACPlus® Respiratory Assessment, or ARA. ARA is an innovative software enabling skilled nursing operators to proactively identify patients with pulmonary dysfunction and provide them with the care they need. ARA’s objective data helps clinicians build an effective treatment plan while providing robust documentation needed to justify respiratory care and support reimbursement. 

ARA Features & Results

ARA makes respiratory assessment easier than ever. Here are just a few of the key features that make it a powerful tool to enhance your respiratory care: 

  • Data-Driven Care: ARA identifies patients with pulmonary dysfunction and automatically suggests possible lung disease patterns and severity levels to deliver the precise data needed to build an individualized treatment plan.  
  • Early Patient Identification: ARA helps capture potential respiratory concerns during the initial assessment, which is more critical than ever with higher acuity patient populations and today’s PDPM requirements. 
  • Robust Documentation: ARA’s objective data provides documentation required to justify respiratory care, helping you get reimbursed for the true complexity of your patient population. 

Don’t just take our word for it – we implemented ARA in skilled nursing facilities and found that ARA helped operators:1 

  • Conduct efficient, standardized respiratory assessment 
  • Identify undiagnosed respiratory deficits 
  • Establish baseline respiratory deficits upon admission 
  • Eliminate external spirometry Pulmonary Function Test wait time 
  • Justify respiratory services  
  • Enhance treatment planning  

Explore our study to learn how inpatient, outpatient, and contract rehab providers within skilled nursing have used ARA and see their results.

How ARA Works

ARA is designed to be simple and easy to use, seamlessly integrating respiratory assessment into clinical workflows. 

  1. Using an iPad and Bluetooth spirometer, a clinician can select a patient in the app, enter their demographics, and conduct breathing tests that capture baseline metrics.  
  1. ARA interprets the data to suggest possible lung disease patterns and severity levels the clinical team can use to tailor the best treatment plan for that patient.  
  1. If a re-assessment is needed, the clinician can access the patient’s record and easily conduct a follow-up. 

Unlock Efficiencies with EHR Integration

You can get even more out of ARA through EHR integration with PointClickCare. By enabling EHR integration, ACPlus can instantly sync ARA results, reports, and notes with your EHR at the point of service, proactively identifying patients who may benefit from respiratory therapy upon admission.  

  1. Based on ACPlus Respiratory Assessment Pilot Study data.  ↩︎

MRK-BLOG-003

Improving Patient Outcomes Through Early Respiratory Assessment

The highlights:

  • Early respiratory assessment in SNFs can improve patient outcomes and ensure PDPM reimbursement is appropriate to address underlying medical conditions. 
  • PDPM emphasizes the value of respiratory therapy, providing higher reimbursement for patients in the special care high category.   
  • ACP will launch a new tool to streamline and document the respiratory assessment process.  

When a patient is admitted to a skilled nursing facility (SNF), the first few days are critical in setting the stage for their care plan through thorough and accurate intake assessment. This is especially true under the Patient-Driven Payment Model (PDPM). As SNFs navigate a complex reimbursement landscape and manage more acute cases, capturing conditions as early as possible in a patient’s stay has become more important than ever. One evaluation that can make a significant difference in patient outcomes and clinically appropriate reimbursement is the respiratory assessment.

Advantages of Respiratory Assessment for Patients and Facilities

Early respiratory assessment can benefit both the patient and the facility. For the patient, it ensures that any respiratory issues are identified and addressed. For the facility, it can lead to improved patient outcomes and increased reimbursement under PDPM. Cardiopulmonary issues are a leading source of hospital readmissions; early and repeated respiratory assessment enables operators to avoid these costly events through proactive intervention, helping patients access the right care plan.

Respiratory Assessment and Therapy within PDPM Guidelines

Under the PDPM reimbursement structure, patients receiving respiratory therapy are classified into a -Nursing Case Mix Group with a higher daily reimbursement rate than those not receiving this service. SNFs that can accurately identify patients in need of respiratory services can secure additional reimbursement for necessary care ranging from an average of $50 to $100 per day throughout the patient’s stay.1

The coding of the Respiratory Therapy on the MDS (Section O0400) requires:

  • Respiratory therapy 7 consecutive days (to be captured within the first 8 days of admission and reflected in the Assessment Reference Date)
  • At least 15 minutes per day (105 minutes total per week)
  • Respiratory-trained nurse or respiratory therapist daily intervention may include any of the following:
    • Assessing   
    • Teaching   
    • Training   
    • Breathing exercises  
    • Delivering Nebulizer Therapy 
    • Biofeedback Respiratory exercise training  

In the RAI User’s Manual, Appendix A (page Appendix A-18), the following definition is provided for the Minimum Data Set (MDS) application of Respiratory Therapy: 

Services that are provided by a qualified professional (respiratory therapists, respiratory nurse). Respiratory therapy services are for the assessment, treatment, and monitoring of patients with deficiencies or abnormalities of pulmonary function. Respiratory therapy services include coughing, deep breathing, heated nebulizers, aerosol treatments, assessing breath sounds and mechanical ventilation, etc., which must be provided by a respiratory therapist or trained respiratory nurse.

The RAI User’s Manual defines a respiratory-trained nurse as one who received education in delivering respiratory services and assessment through formal training or during nursing education. For guidance on establishing a respiratory nurse, please refer to your respective State Practice Act and confirm that nurses comply with their scope of practice as defined by the State Specific Board for Nursing and according to Facility Policy.  

Overcoming Barriers

Time constraints and lack of training prevent many facilities from effectively incorporating respiratory assessment and intervention into staff workflows. To address these challenges, we are excited to share the upcoming launch of an innovative tool designed to expedite the assessment process. Our product ensures swift and efficient respiratory assessment, enabling more users to seamlessly integrate assessments into their workflow. Additionally, ACP offers Continuing Education (CE) courses for nurses and nursing home administrators to bridge the training gap, empowering SNFs to harness the full potential of respiratory therapy services for both patient care and facility sustainability.  

  1. Estimate based on analysis using CMS’ PDPM Calculation Worksheet for SNFs (pgs.25-29) and CliftonLarsonAllen 2024 Skilled Nursing Facility PDPM PPS Rate Calculator. ↩︎

MRK-BLOG-001

Early respiratory assessment in SNFs can improve patient outcomes and ensure PDPM reimbursement is appropriate to address underlying medical conditions. PDPM emphasizes the value of respiratory therapy, providing higher reimbursement for patients in the special care high category.  ACP will launch a new tool to streamline and document the respiratory assessment process.

Services that are provided by a qualified professional (respiratory therapists, respiratory nurse). Respiratory therapy services are for the assessment, treatment, and monitoring of patients with deficiencies or abnormalities of pulmonary function. Respiratory therapy services include coughing, deep breathing, heated nebulizers, aerosol treatments, assessing breath sounds and mechanical ventilation, etc., which must be provided by a respiratory therapist or trained respiratory nurse.

The coding of the Respiratory Therapy on the MDS (Section O0400) requires:

  • Respiratory therapy 7 days per week (established within the first eight days of admission)
  • At least 15 minutes per day (105 minutes total per week)

Respiratory-trained nurse or respiratory therapist daily intervention may include any of the following:

  • Assessing
  • Teaching
  • Training
  • Breathing exercises
  • Delivering Nebulizer Therapy
  • Biofeedback Respiratory exercise training