Corsano Health works alongside leading university medical centers, global pharmaceutical sponsors, and hospital networks. Our continuous PPG and single-lead ECG multi-sensor technology is validated under ISO 13485 quality standards, holding EU-MDR medical device certification and FDA 510(k) clearance.
Independent clinical investigations published in recognized medical journals, confirming algorithm accuracy across diverse patient cohorts.
A qualitative evaluation assessing feasibility and patient tolerance among senior post-operative oncology cohorts, demonstrating high compliance during continuous ambulatory monitoring.
Clinical evaluation benchmarking cuffless PPG optical sensor technology against gold-standard arterial line and reference auscultatory blood pressure measurements.
Comparative trial confirming that continuous wrist-worn PPG monitoring combined with AI analytics yields high sensitivity and specificity for AF episode detection compared to 24-hour Holter monitoring.
Exploring multi-parameter physiological trend analysis (HRV, respiration rate, skin temperature) to trigger early warning scores prior to septic shock onset in general wards.
Validation study proving high-fidelity pulse rate tracking across arrhythmia and cardiac care groups under resting and active ward conditions.
Reviewing workflow integration, automated Early Warning Scores (EWS), and nursing workload reduction across European hospital general ward deployments.
Corsano CardioWatch 287 serves as a primary endpoint data collection platform across international multi-center studies and pharmaceutical trials.
Radboud UMC, Erasmus MC, and Amsterdam UMC evaluating wristband PPG signals to immediately recognize circulatory arrest and trigger automated emergency dispatcher alerts.
Multicenter clinical trial evaluating continuous multi-parameter telemetry to identify inflammatory responses and sepsis onset hours before clinical observation rounds.
Tracking vital sign trajectories in immunocompromised bone marrow transplant and leukemia patients to detect acute neutropenic fever and physiological decline.
Erasmus MC Sophia Children’s Hospital evaluating wearable sensor accuracy and ergonomics in pediatric heart disease and cardiorespiratory fitness tracking.
Ambulatory tracking of physical activity, continuous pulse rate, and SpO2 trends in idiopathic pulmonary fibrosis and ILD outpatient management.
Remote QT interval and single-lead ECG rhythm monitoring in lung cancer patients undergoing targeted tyrosine kinase inhibitor therapy.
Detailed documentation on algorithm validation, regulatory compliance, and raw PPG/ECG data export specifications for data science and clinical teams.
A strategic framework for CROs and pharma study managers on replacing episodic clinical trial site visits with continuous, audit-ready digital biomarker collection.
Technical report comparing PPG-derived respiration rate outputs against capnography and FDA-cleared bedside reference monitors.
Methodology and clinical accuracy results of pulse wave transit time (PTT) optical blood pressure monitoring compliant with ISO/IEEE standards.
Comparative analysis demonstrating how comfortable wristband wear eliminates sleep disturbance associated with traditional inflatable arm-cuff ABPM.
A clinician's operational roadmap for hospital IT integration, EMR gateway setup, nurse dashboard configuration, and change management.
Health economic modeling demonstrating hospital cost savings through early ward deterioration escalation, reduced ICU transfers, and shortened length of stay.
Latest developments in commercial distribution, regulatory clearances, and industrial MedTech partnerships.
Commercial partnership bringing Corsano multi-parameter wearable continuous monitoring technology to acute care and general ward clients across the United States.
Strategic enterprise agreement deploying continuous wearable monitoring across hospital general ward beds in the Netcare South Africa healthcare network.
Official medical device approvals granted under ISO 13485 quality management, validating clinical safety and parameter measurement precision for global hospital deployment.
Consult with our medical data scientists and regulatory team to discuss research protocol integration, EMR gateway connectivity, or pilot ward testing.
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