Ventures

Implant Preservation Devices has developed a handheld device to tackle a common problem after joint replacement surgeries prosthetic joint infections (PJI). This device applies heat to implants using induction, effectively targeting and eliminating bacteria that cause these infections. By reducing the risk of recurrent infections, it offers a quick, sterile, and convenient treatment option during surgery, potentially benefiting patients beyond just those undergoing joint replacements.

PEP Health addresses the complexity of monitoring healthcare quality by offering a platform that tackles key challenges in quality assessment. By combining multiple sources of patient feedback, including social media, PEP provides near real-time assessments of quality for hospitals and departments. This approach reduces costs, improves timeliness, and enhances trustworthiness compared to traditional methods. With potential customers ranging from healthcare providers to patient organizations, PEP's underlying algorithm has been validated across industries, including higher education.

Crainio pioneers intracranial pressure (ICP) monitoring, for assessing traumatic brain injuries (TBI) without invasive procedures. Traditional methods involve drilling into the skull, posing risks. Crainio's method uses a forehead probe and a technique called photoplethysmography to measure pulse signals. This gives real-time estimates of ICP without invasive procedures. With TBI being a leading cause of death and disability, Crainio's innovation will potentially revolutionize TBI management.

Nicolab tackles the challenge of stroke diagnosis and treatment by offering computational support through their portfolio of six algorithms. These algorithms analyze radiological images of acute stroke patients, providing fast and objective interpretation for physicians. With stroke affecting millions annually and significant economic burdens, Nicolab's solution improves decision-making speed and accuracy, allowing clinicians to assess stroke severity objectively and make timely treatment decisions.

ProVascTec offers a novel solution for chronic arterial disease, focusing on peripheral arterial disease (PAD) and chronic limb ischemia. Unlike traditional treatments like angioplasty or bypass surgery, ProVascTec aims to stimulate vascular tissue growth using mesenchymal stem cells, reducing complications and improving blood flow. This innovative approach has the potential to benefit millions of patients suffering from PAD worldwide.

With over 50 million people living with Alzheimer's and numbers expected to triple by 2050, there's an urgent need for effective treatments. Alzheimer's is a leading cause of death and imposes a global economic burden of $1 trillion annually. Our novel DYRK1A inhibitor aims to slow or even reverse Alzheimer's progression by targeting key pathways with high specificity and effective blood-brain barrier penetration. This innovative small molecule offers superior disease-modifying potential, addressing current treatment limitations and providing new hope for patients and healthcare systems worldwide.

Rare diseases often lead to years of diagnostic odyssey and immense patient suffering. Therefore Genorare is set to dramatically shorten this diagnostic journey for individuals with rare diseases. Genorare's platform enables real-time, secure analysis of genomic, clinical, and phenotypic data using Large Language Models, predictive analytics, and Fully Homomorphic Encryption. A key innovation is the use of Fully Homomorphic Encryption, a next-generation privacy technology that allows for advanced analysis while ensuring patient data remains completely secure, promising a new standard of care for the rare disease community.

Hemeo addresses the challenge of treating ICU patients with coagulation issues by developing a decision support system. This system uses patient data and real-time monitoring to accurately assess bleeding and thrombosis risks. By modeling the coagulation system with a smart algorithm, it provides personalized recommendations to clinicians, helping them make more informed therapy decisions. With ICU patients at high risk for venous thromboembolism and bleeding incidents, this solution aims to improve patient outcomes and reduce uncertainty in treatment.