Exero Medical develops the xBar, a biodegradable wireless sensor designed to monitor postoperative tissue healing and detect anastomotic leaks in real-time. This technology provides critical data from the surgical site, enabling timely interventions that can prevent severe complications and improve patient outcomes.
Funding
$2.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Following gastrointestinal (GI) surgeries, a significant percentage of patients experience anastomotic leaks, a life-threatening complication that often goes undetected until serious issues arise. Current diagnostic methods, such as CT scans, typically identify leaks only after substantial damage has occurred, leading to increased mortality rates, follow-up surgeries, and prolonged hospital stays.
Solution
Exero Medical offers the xBar system, a novel approach to post-operative tissue healing monitoring that aims to detect complications earlier and improve patient outcomes. The xBar device is a temporary implant featuring a sensor embedded in a standard surgical drain, designed to collect real-time data directly from the surgical site. This data is then transmitted to a cloud-based system where proprietary AI algorithms analyze physiological processes and alert medical providers to potential leaks or healing issues, typically days before current standard-of-care methods. By providing timely and accurate data, xBar enables personalized care, facilitates early intervention, and optimizes hospital stays.
Target Audience
The primary target audience includes surgeons and hospitals specializing in gastrointestinal procedures, particularly colorectal resections, seeking to improve post-operative monitoring, reduce complications, and enhance patient care.
Features
- Implantable sensor seamlessly integrated into standard surgical drains for direct monitoring of the surgical site
- Real-time data collection of physiological parameters related to tissue healing
- Wireless data transmission to a secure, cloud-based platform
- AI-powered analytics that detect deviations from normal healing patterns and predict the risk of anastomotic leaks
- Alerts and notifications delivered to medical providers, enabling proactive intervention
- Compatibility with existing surgical and patient workflows