Biofourmis

1. Patient wears a Biofourmis wearable sensor to continuously monitor vital signs (heart rate, respiratory rate, activity levels).

2. The Biovitals® platform analyzes the data in real-time, detecting subtle changes that may indicate worsening heart failure.

3. Clinicians receive alerts and personalized insights, enabling them to proactively intervene with medication adjustments or lifestyle recommendations.

4. Patients receive personalized feedback and support through a mobile app, promoting medication adherence and self-management.

1. Patient wears a Biofourmis wearable sensor post-surgery to monitor pain levels and activity.

2. AI algorithms analyze data to predict pain exacerbation and recommend personalized pain management strategies.

3. Clinicians receive insights to adjust pain medication and provide targeted interventions.

4. Patient can track pain levels and receive non-pharmacological pain management tips via a mobile app.

1. Deploy Biofourmis wearable sensors to trial participants to continuously collect objective physiological data.

2. Use AI-powered analytics to identify patterns and biomarkers related to drug efficacy and safety.

3. Enable remote monitoring of patients, reducing the need for frequent in-person visits.

4. Generate real-time insights to optimize trial design and accelerate drug development.

1. Patient integrates data from continuous glucose monitors (CGM) with the Biofourmis platform.

2. AI algorithms analyze glucose levels, activity, and medication adherence to provide personalized insights.

3. Clinicians receive alerts for high or low glucose levels and can adjust treatment plans accordingly.

4. Patients receive personalized feedback and support to improve self-management and prevent complications.

1. Patient uses a Biofourmis wearable sensor to continuously monitor respiratory rate, oxygen saturation, and activity levels.

2. The Biovitals® platform analyzes the data in real-time, detecting subtle changes that may indicate an impending exacerbation.

3. Clinicians receive alerts and personalized insights, enabling them to proactively intervene with medication adjustments or pulmonary rehabilitation.

4. Patients receive personalized feedback and support through a mobile app, promoting adherence to treatment plans.