Vascular Perfusion Solutions is developing the VP.S ENCORE®, a portable medical device that utilizes a non-blood, nutrient-rich perfusate to preserve vascularized organs during transport. This technology addresses the global organ shortage by extending the viability of organs beyond traditional preservation methods, thereby enhancing the potential for successful transplants.
Funding
$7.9M 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
The global shortage of viable organs for transplantation is exacerbated by the limitations of traditional preservation methods, such as cold storage, which can lead to organ degradation and limit the time window for successful transplantation. Current preservation methods may not adequately address the metabolic needs of vascularized organs during transport, potentially leading to irreversible damage.
Solution
Vascular Perfusion Solutions is developing the VP.S ENCORE®, a portable medical device designed to improve organ preservation during transport. The device utilizes a non-blood, nutrient-rich perfusate to maintain vascularized organs, aiming to extend their viability beyond what is achievable with standard cold storage. By providing a more supportive environment for the organ, the VP.S ENCORE® seeks to enhance the potential for successful transplants and expand the donor pool. The device is engineered for ease of use and transport, with a design that can withstand varying environmental conditions.
Target Audience
The primary target audience includes transplant centers and medical professionals involved in organ procurement and transplantation.
Features
- Portable design, similar in size to carry-on luggage, facilitating easy transport.
- Single-use disposable element containing a non-blood, nutrient-rich perfusate.
- Engineered to withstand temperatures up to 40ºC and cabin pressures of passenger aircraft.
- Fail-safe mechanism that reverts to standard static cooling if necessary.
- Adaptable for preserving various organs and vascularized tissues.