This company offers MyHealthPal, an AI-based postoperative monitoring technology that assesses wound health and patient vitals to predict surgical site infection risk. The platform connects clinicians to remote patient data captured via standard smart devices, enabling proactive decision-making. It provides FDA-listed risk alerts to assist clinicians in managing postoperative surgical site infections.
Funding
Funding not disclosed
Founders
Product
Problem
Surgical site infections (SSIs) can lead to patient readmissions and require prompt clinical intervention. Current monitoring methods may not adequately capture early indicators of infection, especially for patients facing geographic or social barriers to timely follow-up care.
Solution
Predictive Health offers MyHealthPal™, an AI-powered platform designed for remote postoperative surgical site monitoring. The system leverages patient-submitted wound imagery, vital signs, and self-reported data via a mobile application to assess surgical site health. Proprietary algorithms analyze this data to predict the risk of surgical site infection, providing clinicians with actionable alerts. This enables proactive management and timely interventions, potentially reducing complications and improving patient outcomes through continuous, remote surveillance.
Target Audience
The primary users are clinicians, including surgeons and hospital networks, who manage postoperative patients and seek to proactively monitor for surgical site infections.
Features
- AI-driven risk stratification for surgical site infections based on wound imagery and patient-reported data.
- Mobile application for patients to submit wound photos, vital signs, and qualitative inputs.
- Clinician dashboard for centralized review of patient data, risk alerts, and historical trends.
- FDA-listed Class I medical device for remote surgical site monitoring.
- Secure, HIPAA-compliant data handling and storage.
- EMR integration capabilities for seamless data flow into existing clinical workflows.
- Supports monitoring for any surface surgical incision.