Viz.ai

1. CT scan is performed.

2. AI algorithm analyzes the images for signs of large vessel occlusion (LVO).

3. Clinicians receive real-time notifications on their mobile devices.

4. Care team coordinates for rapid intervention.

1. CT pulmonary angiogram is performed.

2. AI algorithm analyzes the images for signs of pulmonary embolism.

3. Clinicians receive real-time notifications.

4. Care team initiates treatment.

1. CT scan is performed.

2. AI algorithms search for aortic dissection or aneurysms.

3. Notifications are sent to vascular surgeons for immediate action.

4. Treatment is quickly initiated.

1. EKG or echocardiogram is performed.

2. The algorithm analyzes data for specific cardiac conditions.

3. Immediate alerts are routed to cardiologists.

4. Treatment protocols are quickly adopted.

1. Medical imaging data is analyzed.

2. AI identifies patients meeting specific criteria for clinical trials.

3. Researchers can quickly assess patient eligibility.

4. Reduces time and costs for clinical research.

1. Patient data is integrated from various sources.

2. AI monitors patient status and identifies potential complications.

3. Care team receives alerts and coordinates follow-up care.

4. Reduces readmission rates and improves long-term outcomes.