Ventures

Lumabs introduces a revolutionary diagnostic platform offering quick and precise biomolecule measurement right at the point of care. By eliminating the need for time-consuming laboratory processes, such as ELISA tests, Lumabs ensures patients receive vital diagnostic results immediately. This innovation is crucial in emergency and intensive care settings, where real-time information can guide rapid treatment decisions, potentially saving lives.

Timelab addresses the challenge of ambulance delays in the Netherlands by offering a proactive solution through their Emergency Mathematics software. With 7% of ambulance arrivals exceeding the 15-minute target, 35,000 patients annually don't receive timely care, impacting mortality and morbidity rates. Timelab's software predicts future demand and facilitates the proactive relocation of ambulances, aiming to reach 95% of high emergency call locations within 15 minutes, compared to the current 93%.

Respiosa offers a groundbreaking solution for obstructive sleep apnea (OSA), a condition affecting millions worldwide. Unlike traditional treatments like CPAP or surgery, Respiosa provides a minimally invasive, surgically implanted solution specifically targeting tongue-based obstruction, a common cause of OSA. Developed by Philips, Respiosa promises effective, durable, and adjustable therapy with a quick recovery time. With its natural and unobtrusive design, Respiosa ensures high patient adherence, addressing a significant gap in OSA treatment options.

The Pryfiber single multimode optical fiber endoscope, with an ultrathin diameter of less than 300 microns, uses an AI algorithm for real-time calibration to create accurate images. This minimally invasive technology allows for precise diagnostics and treatment in areas like joints, cardiac arteries, and neurosurgery, offering a safer and more effective alternative to traditional, more invasive methods.

AGO have developed a handy tool called the Aortic Root Pressurizing Device (ARPD) to help during heart surgeries. This device allows surgeons to check the success of aortic valve repairs while the heart is temporarily stopped. It helps avoid the need to restart the heart to check, which can be risky and time-consuming. The ARPD makes surgeries safer, quicker, and cheaper by allowing surgeons to verify their work during the operation. It's easy to use and disposable, so it doesn't add much hassle to the surgery process.

FlowView Diagnostics addresses the challenge of analyzing complex cell data from blood samples using multiparameter flow cytometry, vital for conditions like leukemia monitoring. They tackle this with an algorithm that quickly processes raw data, detecting Minimal Residual Disease (MRD) more accurately and rapidly than manual methods. In a case study, the algorithm analyzed 8 million cells in 2 minutes, presenting simplified results for quicker interpretation, reducing the risk of false negatives, and enhancing efficiency in leukemia monitoring.

Altach is tackling the challenge of treating damaged cartilage effectively without costly or complex procedures. Altach's solution is a simple, ready-to-use implant that makes microfracture treatment better. It's made from cartilage-like material and helps the body build new, healthy cartilage. This means fewer surgeries and better outcomes for patients.

TherageniX introduces an approach to improve bone implants by augmenting autologous bone grafts with regenerative gene therapies. Traditional bone repair methods face challenges like rejection, infection, and limited regenerative capacity. TherageniX's solution aims to enhance the regenerative bone grafts, improving functional outcomes and reducing donor trauma. This method bypasses regulatory and manufacturing hurdles, offering a promising advancement in bone grafting procedures.