Remote Patient Monitoring for Respiratory Care

For healthcare providers and researchers, Remote Patient Monitoring (RPM) for respiratory care has evolved from being a forward-thinking, nice-to-have to a necessity. For people who have a chronic respiratory condition such as chronic obstructive pulmonary disease (COPD), cystic fibrosis, pulmonary fibrosis, or asthma, RPM for respiratory care management offers the ability to monitor lung function anytime, anywhere. How can you effectively integrate RPM as a tool to supercharge your practice or clinical trial? MIR can help.

How Remote Patient Monitoring Supports Respiratory Care

RPM for respiratory care uses digital technology and smart medical devices to continuously monitor patient health from home, securely transmitting data to healthcare providers. For respiratory care providers, this means real-time insights into lung function, timely interventions, and proactive patient care.

“Remote patient monitoring programs for respiratory care can help improve quality of life and contain costs by reducing the number of hospitalizations, readmissions, and lengths of stay in hospitals.”

MIR’s personal spirometers integrate seamlessly into RPM systems, allowing healthcare providers to track lung function remotely. This enables improved management of chronic respiratory conditions—all from a smartphone or tablet.

At-Home Personal Spirometers for All Ages

The Spirobank Smart and Smart One personal spirometers are designed for real-time spirometry on your smartphone (iOS or Android) via Bluetooth connection. Now more than ever, there is a great need for accessibility to tools that allow patients to personally assess the state of their health and, in particular, cardiorespiratory function.

Connecting a MIR personal spirometer to a mobile app allows patients and healthcare professionals to remotely monitor lung function through a simple, cost-effective Remote Patient Monitoring (RPM) platform.

Enhance Remote Patient Monitoring with Live Video Exam

Patients can now perform spirometry and oximetry tests remotely with real-time support from healthcare professionals. This represents a significant advancement in Remote Patient Monitoring, allowing real-time supervision of spirometry and oximetry tests. By enabling live provider-patient interactions, this approach ensures test accuracy, improves patient engagement, and enhances remote care delivery.

The Live Video Exam app is Windows-based, and connects in real-time with the patient’s MIR Spirobank App securely. This reduces traveling cost, operational expenses, and contamination risks.

Benefits of Integrating RPM into your Respiratory Care Practice

As remote patient monitoring continues to evolve, integrating real-time respiratory tracking into your practice can enhance patient care, improve outcomes, and optimize workflow efficiency.

MIR’s Software Development Kit (SDK) for iOS and Android enables seamless integration of our spirometry and oximetry devices into existing RPM platforms, allowing healthcare providers to capture and analyze lung function data remotely.

Key Benefits of MIR’s SDK for RPM Integration:

Seamless Data Transmission. Securely collect and transmit lung function data (FEV1, FVC, PEF, SpO₂) from MIR personal spirometers to healthcare providers in real time.

Customizable Integration. Easily embed MIR spirometry technology into electronic health records (EHRs), telehealth apps, and RPM platforms for a tailored workflow.

Improved Patient Engagement. Enable patients to monitor their lung function at home while ensuring providers have access to real-time, accurate respiratory data.

Enhanced Decision-Making. Support early intervention and proactive treatment adjustments by continuously tracking respiratory trends.

Scalable and Compliant. Designed to meet HIPAA-compliant data security standards, making it a reliable solution for remote respiratory monitoring in clinical and research settings.

By integrating MIR’s FDA-cleared spirometry solutions into your RPM platform, you can empower both patients and providers with smarter, data-driven respiratory care.

Are MIR Smart spirometry devices suitable for home use?

Yes, MIR offers portable and user-friendly spirometry devices that are ideal for home use. Many models connect to smartphones via Bluetooth for easy monitoring and data sharing with healthcare providers.

MIR’s lightweight, portable models include:

Smart One: Tests FEV1 and PEF, sold OTC
Spirobank Smart (Oximetry option): Compact, user-friendly, and Bluetooth-enabled for smartphone integration, portable, affordable, and easy for patients to operate.
Spirobank Oxi: App-based personal full-parameter spirometer with embedded oximeter with real-time testing available on Smartphone via Bluetooth Smart 4.0.

Which conditions are most appropriate for recommending MIR spirometry to patients?

MIR smart spirometers are ideal for managing:

Asthma
Chronic Obstructive Pulmonary Disease (COPD)
Cystic Fibrosis
Interstitial Lung Disease
Post-COVID respiratory rehabilitation

MIR devices provide detailed lung function data, helping respiratory care patients track their condition and share insights with their doctors for better treatment plans. Spirometry and oximetry devices are particularly helpful for patients requiring frequent monitoring to manage symptoms or medication adjustments.

How accurate are MIR Smart spirometry devices?

MIR devices are known for their high level of accuracy. MIR spirometry devices are FDA-approved and meet international standards for accuracy and reliability, making them suitable for clinical use. They are equipped with high-quality sensors and algorithms to deliver precise results.

Do MIR Smart devices work with smartphones or apps?

Yes, many MIR spirometry devices come with Bluetooth connectivity and are compatible with the MIR Spirobank App or Smart One App. These apps allow users to track, store, and share their lung function data easily.

What makes MIR smart spirometers suitable for patient use?

MIR smart spirometers are designed with simplicity, accuracy, and connectivity in mind. They allow patients to perform lung function tests at home while seamlessly sharing data with clinicians via mobile apps, ensuring better monitoring and continuity of care.

How can MIR devices help clinicians monitor patient progress?

MIR devices provide real-time spirometry data that patients can upload through apps like the MIR Spirobank App. Clinicians can remotely access detailed reports to monitor trends, assess treatment efficacy, and make informed adjustments to care plans.

Take a look at our helpful Medical Professional Guide: How to Read Spirometry Test Results.

How do patients use MIR spirometers at home?

Patients simply:

Attach a disposable mouthpiece.
Follow guided instructions on the device or connected app.
Perform the test by inhaling and exhaling as prompted.

The app records results instantly, and clinicians can review data remotely through cloud-based platforms or shared reports.

Can MIR spirometers be integrated into telehealth or remote patient monitoring programs?

Yes, MIR devices are highly compatible with telehealth workflows. Their ability to sync with apps enables clinicians to integrate spirometry data into monitoring systems.

Learn more about unlocking the value of spirometers in respiratory care now.

How can clinicians educate patients about using a smart spirometer?

Clinicians can provide:

A demonstration in the clinic.
Instructions via printed guides or video tutorials (often provided by MIR).
Regular follow-ups to address any patient concerns about usage or data interpretation.

How do these devices improve patient adherence to treatment?

By enabling patients to monitor their lung function at home, MIR spirometers promote better engagement with their health. The visual feedback and trend tracking empower patients to adhere to prescribed therapies and recognize the impact of treatment.

Are these devices cost-effective for patients?

Yes, MIR spirometry devices are competitively priced compared to other smart health devices. They are an accessible option for long-term use, reducing the need for frequent clinic visits while maintaining quality care.

How do clinicians ensure data security and HIPAA compliance?

MIR devices and their accompanying apps use secure data transmission protocols to protect patient information. Ensure that patients are instructed to use only authorized apps and platforms recommended by MIR.