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New York University's Stern School alumnus, Stimvia, is geared towards launching in the American market with a focus on bladder therapy devices following completion of the prestigious accelerator program.

NYU Stern alumna Stimvia has honed her skills in the exclusive EFL program and is now aiming to penetrate the American market with her bladder treatment gadget, named URIS.

Graduates from NYU Stern's prestigious accelerator, Stimvia, aims to penetrate the U.S. market with...
Graduates from NYU Stern's prestigious accelerator, Stimvia, aims to penetrate the U.S. market with a bladder therapy device

New York University's Stern School alumnus, Stimvia, is geared towards launching in the American market with a focus on bladder therapy devices following completion of the prestigious accelerator program.

In the realm of medical innovation, Stimvia, a Czech MedTech company, is making waves with its URIS system. This non-invasive closed-loop neuromodulation device is currently focused on managing symptoms of Parkinson's disease, with recent clinical studies supporting its safety and efficacy [1].

While the URIS system does not yet have FDA clearance for overactive bladder (OAB) treatment in the U.S., it has received MDR certification from TÜV SÜD in 2024, paving the way for potential reimbursement in global markets. This certification positions Stimvia to explore opportunities in the U.S. neuromodulation market, estimated to be nearly $5 billion annually for OAB alone.

Stimvia's journey to this point is noteworthy. The company graduated from the Endless Frontier Labs program at NYU Stern School of Business, having been selected from over 70,000 science and tech startups worldwide.

The URIS system uses Stimvia's proprietary eTNM method to deliver targeted neurostimulation, providing significant symptom relief in over 90% of patients. However, it's important to note that the U.S. neuromodulation market for OAB is competitive, with established competitors such as Medtronic already offering approved devices.

The global wearable medical device market is also experiencing significant growth, with trends spanning various regions. A recent article in "Medical Plastics Insights" discusses IMCD's holistic approach to polymer innovation, although specific details were not provided.

Despite the promising developments in neuromodulation technology, it's crucial to acknowledge that many patients still lack effective care and face high ongoing costs to manage OAB symptoms. The total direct and indirect costs of OAB treatment in the U.S. and Europe exceed $117 billion annually.

As Stimvia continues to navigate the global market, it remains to be seen how the URIS system will impact the treatment landscape, particularly in the U.S. overactive bladder neuromodulation market.

[1] Source: [Insert relevant citation here]

  1. Stimvia's URIS system, with its focus on non-invasive neuromodulation for managing symptoms of Parkinson's disease and potential OAB treatment, is integrated within the dynamic sphere of digital health and technology.
  2. The company's exploration of the U.S. neuromodulation market for OAB, estimated to be nearly $5 billion annually, reflects the intersection of science, medical-conditions, and health-and-wellness, as Stimvia strives to deliver innovative solutions for patients.
  3. The global market for wearable medical devices, like the URIS system, is expanding across various regions, and the polymer innovation strategies of companies like IMCD, as discussed in "Medical Plastics Insights," could potentially impact the cost and accessibility of such technology for patients, easing the burden of ongoing high costs in the management of medical-conditions like OAB.

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