Key Highlights

Risk & Performance

Pipeline Risk Assessment

Pipeline Risk Assessment

Based on historical performance

High Risk

Score: 70/100

Failure Rate

30.8%

4 terminated/withdrawn out of 13 trials

Success Rate

63.6%

-22.9% vs industry average

Late-Stage Pipeline

0%

0 trials in Phase 3/4

Results Transparency

114%

8 of 7 completed trials have results

Key Signals

8 with results

Enrollment Performance

Analytics

N/A
13(100.0%)
13Total
N/A(13)

Activity Timeline

Global Presence

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Clinical Trials (13)

Showing 13 of 13 trials
NCT07065656Not ApplicableNot Yet Recruiting

HVNI vs NIPPV in Type 2 Respiratory Failure

Role: collaborator

NCT05984186Not ApplicableCompleted

Effect of High Velocity/Hyperoxic Breathing Therapy on Blood Lactate Decline

Role: lead

NCT04709562Not ApplicableCompleted

Clinical Stabilization of Hypercapnia: NIPPV v HVNI

Role: lead

NCT05030012Not ApplicableTerminated

Maintaining Optimal HVNI Delivery Using Automatic Titration of Oxygen in Preterm Infants

Role: lead

NCT04590014Not ApplicableTerminated

Clinical Efficacy in Relief of Dyspnea by HVNI: Evaluation of New Device Equivalence

Role: lead

NCT04512781Not ApplicableCompleted

Clinical Efficacy in Relief of Dyspnea by HVNI: Evaluation of New Cannulae Designs

Role: lead

NCT01860560Not ApplicableWithdrawn

Non-Inferiority Trial of Acute HFT Versus nCPAP

Role: lead

NCT01672242Not ApplicableCompleted

Assessment of End Expiratory Lung Volumes in Healthy Subjects Using High Flow Oxygen (Vapotherm®)

Role: collaborator

NCT04687618Not ApplicableUnknown

Oxygen Assist Module in Preterm Infants on High Flow Nasal Cannula Support.

Role: collaborator

NCT03885726Not ApplicableCompleted

HVNI Ambulation Feasibility Study

Role: lead

NCT00990119Not ApplicableWithdrawn

High Flow Therapy (HFT) to Treat Respiratory Insufficiency in Chronic Obstructive Pulmonary Disease (COPD)

Role: lead

NCT02236559Not ApplicableCompleted

High Flow Therapy for the Treatment of Respiratory Failure in the ED

Role: lead

NCT02074774Not ApplicableCompleted

IntellO2 vs Manual Control for Optimizing Oxygenation in Infants

Role: lead

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