Cultivate

Prana Thoracic, Inc., based in Houston, is a medical device startup focused on developing innovative solutions for the early intervention of lung cancer, the leading cause of cancer-related deaths in the United States. The company aims to address the critical challenges in lung cancer screening and diagnosis, where only a small percentage of cases are detected at an early stage. Prana Thoracic's advanced electrosurgical instrument utilizes bipolar radiofrequency energy to perform minimally invasive procedures, enabling physicians to capture and diagnose small, hard-to-reach lung nodules while reducing the risk of complications. By enhancing the tools available for surgical oncology in lung cancer, Prana Thoracic seeks to improve patient outcomes and capitalize on recent advancements in screening guidelines, ensuring early intervention opportunities are not missed.

Nanochon is developing an implantable, 3D-printed cartilage implant designed to replace damaged cartilage and promote new tissue growth in joints, with a focus on knee damage. The device combines 3D printing and a novel nanomaterial to enable on-demand, cost-effective solutions intended to restore joint function and improve outcomes for young and active patients.

Nanochon is developing an implantable, 3D-printed cartilage implant designed to replace damaged cartilage and promote new tissue growth in joints, with a focus on knee damage. The device combines 3D printing and a novel nanomaterial to enable on-demand, cost-effective solutions intended to restore joint function and improve outcomes for young and active patients.

Virtual Incision is a medical technology company focused on developing innovative robotic-assisted surgical devices, specifically targeting colon resection. The company has created the MIRA (Miniaturized In vivo Robotic Assistant) Platform, which is a pioneering miniaturized surgical robotic support device. This platform allows for efficient operating room setups in minutes, eliminating the need for cumbersome equipment handling such as draping or docking. By enhancing the surgical process, Virtual Incision aims to improve clinical outcomes while also addressing healthcare costs, positioning itself as a leader in the field of robotic-assisted surgery.

SentiAR is a digital health software company developing a 3D augmented reality holographic platform that provides real-time visualization of a patient’s anatomy and catheter location during interventional procedures. Spun out from Washington University, it uses real-time mapping data and imaging from CT/MRI to render holographic views over the patient in the catheterization laboratory, with clinician-controlled visualization. The platform aims to improve precision and safety in procedures addressing cardiac arrhythmias. The company focuses on delivering an immersive visualization solution for interventional cardiology and related specialties.

Shoulder Innovations designs and manufactures medical devices for shoulder replacement surgery, focusing on inset glenoid fixation technology to provide a stable glenoid platform and reliable fixation. Its product portfolio includes InSet Total Shoulder Arthroplasty, InSet Reverse Shoulder Arthroplasty, ProVoyance Shoulder Planning Software, and InSet Tray System, along with associated instrumentation. The company distributes its products through partners in the United States and aims to reduce operative time and overall healthcare costs while improving post-surgical implant stability. Founded in 2009, the company is based in Holland, Michigan.

SpinTech MRI is a developer of an advanced MRI imaging software platform designed to significantly reduce the time required for brain imaging while enhancing the visualization and automatic detection of critical biomarkers for neurological conditions. These conditions include traumatic brain injury, dementia, Parkinson's disease, multiple sclerosis, and stroke, which often go undetected with existing methods. By transforming advanced research techniques into practical clinical applications, SpinTech MRI's platform integrates seamlessly with virtually any MRI machine to provide standardized, high-quality images and quantitative biomarkers. This innovative approach aids clinicians in detecting microbleeds and quantifying neuromelanin content, ultimately improving patient outcomes and maximizing the return on investment for expensive imaging equipment. The team comprises physicists, engineers, and entrepreneurs dedicated to advancing imaging technology for patients suffering from neurological diseases.

Strados Labs, LLC is a medical technology company based in Philadelphia, Pennsylvania, specializing in respiratory health management through innovative sensor-based solutions. Founded in 2016, the company has developed a wearable device that provides real-time insights into breathing patterns, sounds, and speed. This device is equipped with clinical-grade biosensors and smart software, allowing for continuous monitoring of respiratory conditions such as asthma and chronic obstructive pulmonary disease. By connecting to a mobile application, Strados enables users and healthcare providers to access and analyze respiratory data, facilitating informed health decisions and remote patient monitoring.

Deepstash is a knowledge-based platform that curates and organizes bite-sized ideas from a variety of online sources, including articles, videos, and podcasts. Aimed at addressing the overwhelming amount of information available on the Internet, Deepstash allows users to extract and save insights that resonate with them, facilitating personal growth and productivity. Users can easily organize their saved ideas and share them with a community that values the discovery of meaningful content. The platform encourages individuals to distill their learnings into what they refer to as "stashing," ultimately promoting a more focused and enriching engagement with the information they consume. The Deepstash app is accessible on multiple platforms, including mobile devices and the web.

Founded in 2014, Embody is a regenerative medicine company specializing in the development and commercialization of implantable medical devices for soft tissue restoration and regeneration. Its primary focus is on collagen-based microfiber implants designed specifically for tendon and ligament repair, targeting warfighters, athletes, and individuals suffering from sports injuries.

Genesis Software Innovations develops innovative and integrated software tools focused around surgical centers in the orthopedic space. The company's vision is to create great software tools that give medical professionals the information they need to produce repeatedly excellent, surgical results.

Magnesium Development Company develops medical devices for sports medicine and orthopedics, focusing on resorbable magnesium alloy technology. Its BioMg 250 alloy combines metal strength and handling with complete absorption for use in shoulder and foot and ankle repair. The technology targets challenges in surgical repair such as delayed resorption, debris, imaging issues, and mechanical failure, while potentially promoting bone growth to support faster return to activity. Founded in 2014 and based in Grand Rapids, Michigan, the company aims to provide devices that deliver predictable resorption and reliable support for active patients.

SpinTech MRI is a developer of an advanced MRI imaging software platform designed to significantly reduce the time required for brain imaging while enhancing the visualization and automatic detection of critical biomarkers for neurological conditions. These conditions include traumatic brain injury, dementia, Parkinson's disease, multiple sclerosis, and stroke, which often go undetected with existing methods. By transforming advanced research techniques into practical clinical applications, SpinTech MRI's platform integrates seamlessly with virtually any MRI machine to provide standardized, high-quality images and quantitative biomarkers. This innovative approach aids clinicians in detecting microbleeds and quantifying neuromelanin content, ultimately improving patient outcomes and maximizing the return on investment for expensive imaging equipment. The team comprises physicists, engineers, and entrepreneurs dedicated to advancing imaging technology for patients suffering from neurological diseases.

Medical Ingenuities develops and markets a radial artery occlusion prevention device, the PH Band. The system provides real-time feedback on radial artery patency after trans-radial procedures, using Doppler cues to indicate ongoing antegrade flow and help clinicians prevent occlusion, reduce complications, and streamline post-procedure care. The company is based in Wheaton, Illinois.

Shoulder Innovations designs and manufactures medical devices for shoulder replacement surgery, focusing on inset glenoid fixation technology to provide a stable glenoid platform and reliable fixation. Its product portfolio includes InSet Total Shoulder Arthroplasty, InSet Reverse Shoulder Arthroplasty, ProVoyance Shoulder Planning Software, and InSet Tray System, along with associated instrumentation. The company distributes its products through partners in the United States and aims to reduce operative time and overall healthcare costs while improving post-surgical implant stability. Founded in 2009, the company is based in Holland, Michigan.

Shoulder Innovations designs and manufactures medical devices for shoulder replacement surgery, focusing on inset glenoid fixation technology to provide a stable glenoid platform and reliable fixation. Its product portfolio includes InSet Total Shoulder Arthroplasty, InSet Reverse Shoulder Arthroplasty, ProVoyance Shoulder Planning Software, and InSet Tray System, along with associated instrumentation. The company distributes its products through partners in the United States and aims to reduce operative time and overall healthcare costs while improving post-surgical implant stability. Founded in 2009, the company is based in Holland, Michigan.