HAPPE Spine, a cultivate(MD) portfolio company with a proprietary biomaterial and manufacturing platform for creating bone-integrating implants, announces that the INTEGRATE®-C Interbody Fusion System has been implanted in more than 1,000 patients, demonstrating clinical adoption of the HAPPE® platform across more than 30 surgeon users and 40 facilities nationwide.
HAPPE Spine Reaches 1,000 Patients Read More »
Shoulder Innovations, Inc. (Shoulder Innovations, or the company) (NYSE: SI), a cultivate(MD) portfolio company reported financial results for the third quarter ended September 30, 2025. Third Quarter & Recent Business Highlights “We are very excited about our accelerating momentum through 2025, with first-half year-over-year revenue growth of 37% expanding to 58% in the third quarter,
We’re proud to share that Shoulder Innovations, Inc., a cultivate(MD) portfolio company and leader in shoulder surgical technology, has announced the pricing of its initial public offering of 5,000,000 shares of common stock at $15.00 per share. Shoulder Innovations is now publicly listed on the New York Stock Exchange under the ticker symbol “SI.” This
Shoulder Innovations Stock Debuts on NYSE Under Ticker “SI” Read More »
We’re proud to share that HAPPE Spine, a portfolio company of cultivate(MD), has been selected for the MedTech Innovator 2025 Accelerator Cohort, an honor reserved for the top 4% of nearly 1,500 global applicants. This recognition reflects both the strength of HAPPE’s mission and the game-changing potential of their breakthrough spinal implant technology. MedTech Innovator
HAPPE Spine Selected for MedTech Innovator 2025 Accelerator Cohort Read More »
Nanochon, a cultivate(MD) portfolio company, has launched a new podcast titled “ChonChats,” hosted by Benjamin Holmes and Rachel Offenburg. The inaugural episode features R. Sean Churchill, MD, MBA, discussing:
Dr. Sean Churchill, MBA Joins Nanochon’s ChonChats Read More »
Virtual Incision, a cultivate(MD) portfolio company, has announced plans to explore the use of Nvidia Isaac for Healthcare to advance next-generation surgical robotics. The company intends to harness the digital twin framework and robotic learning tools provided by Nvidia. This integration could enable the creation of highly detailed virtual environments to simulate complex surgical procedures
Virtual Incision to Explore Nvidia AI for Surgical Robotics Read More »
