This experience reinforces our belief in technology that adapts to local needs and builds trust with those shaping the future of healthcare. 🤝 #DigitalAnatomics #MedTech #Innovation #US #SpineSurgery

🧩 Building long-term relationships and bridging geographies like this is essential to our mission: enabling global access to high-precision surgical tools and continuing to grow in strategic regions such as the U.S. 🧵⬇️

We are grateful for the support of mentors such as Himanshu Laiker, and for the guidance provided by the Minnesota MedTech 3.0 team, especially Jim Southwick and Ben Ihde, throughout the process. 🧵⬇️

The program has been instrumental in refining our strategic approach to the American market and strengthening connections with key stakeholders in the medtech community. 🏥 🧵⬇️

Over the past 12 weeks, we’ve been part of the first cohort of this initiative, designed to help international startups navigate the U.S. healthcare ecosystem. 🧵⬇️

Digital Anatomics has successfully completed its participation in #MNcubator, the mentoring program powered by Minnesota MedTech 3.0. 🌎 🧵⬇️

3D reconstruction and segmentation serve as a bridge between diagnostic imaging and surgical planning, providing patient-specific understanding of the spine.

🏥 Team alignment using a shared case model. 🤝 Non‑destructive workflow (built on standard CT data and existing protocols). 🧵⬇️

What 3D reconstructions can support: 🦴 Anatomical visualization with 3D context (vertebra‑by‑vertebra morphology from the same imaging). 🙋 Planning based on each patient’s imaging (case‑specific models derived from CT). 🧵⬇️

✅ Conventional #2D imaging remains essential in spine care. When planning becomes complex, generating segmented #3D reconstructions from the same CT dataset can provide additional spatial context for interpretation and multidisciplinary planning. 💡 🧵⬇️

Restoring vertebral alignment in these cases often requires navigating complex anatomical shifts and protecting nearby neural structures. Personalized surgical guides are among the technologies most commonly employed in these procedures. 👨‍⚕️

When the displacement progresses or symptoms intensify, surgical intervention offers a pathway to stabilize the vertebrae and preserve neurological function. 🏥 🧵⬇️

🦴 Depending on the degree of displacement and involvement of neural structures, spondylolisthesis can present with back pain, leg discomfort, muscular fatigue, or altered gait patterns. 🧵⬇️

🦴 This shift may develop due to stress fractures (isthmic), age-related changes (degenerative), or congenital differences in vertebral structure. 🧵⬇️

🦴 Spondylolisthesis involves the forward movement of one vertebra over the one below it, most frequently occurring in the lower lumbar #spine. 🧵⬇️

Vertebral alignment plays a crucial role in maintaining spinal balance and nerve function. In certain cases, one vertebra may slide forward over the one beneath it, altering balance and placing pressure on nearby structures. This condition is known as #spondylolisthesis. 🧵⬇️

We have built an ecosystem where brilliant minds and motivated individuals find the tools they need, but also the support to turn their knowledge and commitment into real contributions with global impact. 🌍 Let’s keep turning ideas into meaningful change!

Beyond our role as a #medtech company, we see ourselves as a research and development hub with a clear commitment to advancing #healthcare. 🧵⬇️

That is why we foster an environment where young professionals contribute meaningfully from the beginning, supported by a structure that prioritizes their development alongside the quality of the solutions we deliver. 🧵⬇️

Creating personalized tools for spine surgery requires more than technical skill. It calls for adaptability and critical thinking. 🔍 🧵⬇️