HEALTHCARE & REMOTE PATIENT MONITORING
RESP® Biosensor
Manage lung health from hospital to home with objective monitoring of symptoms
FDA 510(k) Class II Device | CE Mark | HIPAA Compliant
Technology Overview
Developed by an asthma patient, the RESP® Biosensor offers clinicians and healthcare teams a novel approach to improve disease surveillance with at-risk patients.
- Continuous lung sound monitoring: High-fidelity wearable device continuously captures lung sounds to extend the range of stethoscope auscultation.
- Patient-friendly device: Wireless, discreet design that respects patient comfort and lifestyle.
- Clinically validated: Demonstrated reliability, accuracy, and ease of use in several patient populations. View publications
OVERVIEW VIDEO
“With this information we can predict if the patient is doing better or worse and intervene ahead of time to prevent the patient from having major complications”
– Sadia Benzaquen, MD, Chair of Pulmonary Critical Care, Einstein Medical Center
Track Patient Progress Objectively and Remotely
KEY FEATURES
- Passive & continuous
- Wireless & lightweight
- HIPAA compliant
- Reimbursable under RTM & RPM codes
- 24+ hour battery life
- Rechargeable
- EHR/telehealth integration
- Proprietary machine learning algorithms* for event detection
*Machine learning algorithms not FDA cleared
The Strados Difference
LUNG ACOUSTICS
The primary distinction between our device and standard of care is our ability to extend the range of the stethoscope. Abnormal lung sounds such as cough, wheeze, rhonchi, and crackles can indicate various respiratory issues, including airway obstruction, fluid accumulation, or inflammation. These sounds often offer the earliest signs of respiratory distress or disease exacerbation.
Addressing Gaps in Traditional Standard of Care
Pulmonary Function Tests
- Episodic
- Patient-effort dependent
- Not used to predict exacerbations
Patient E-Diaries
- Prone to inconsistency
- Limited clinical utility
- Relies on patient effort and recall
Pulse Oximetry
- Limited insight into respiratory system
- Less sensitive in detecting early, sudden changes
RESP® Biosensor
- Objective and continuous
- Comprehensive respiratory data
- Enables earlier detection of exacerbations
Publications
View our clinical validation, whitepapers and case studies
Increasing Abnormal Lung Sounds After Discharge Predicts COPD Readmission
Poster Presentation, CHEST, 2023
Remote Auscultation At Home After Asthma Exacerbation: A Case from Discharge to Readmission
Poster Presentation, American Thoracic Society, 2020
RESP® Biosensor Care Settings
Ambulatory Care
- Remote monitoring of at-risk COPD & Asthma patients
- Interstitial lung diseases
- Heart failure
- Pulmonary Rehabilitation
Acute Care
- In-patient status monitoring
- Chronic, complex care management
- Hospital at Home
- Tele-ICUs
Post-Acute Care
- Post-discharge hospital to home
- Post-surgical recovery and rehabilitation
- Skilled-nursing and long-term care facilities
Practice Application
Patient is prescribed RESP® Biosensor for two weeks
On day 5, clinician receives alert of increased coughing and wheezing
Clinician checks in with patient virtually and adjusts treatment plan to avoid a readmission