January 29, 2026
TECHNOLOGY SPOTLIGHT
Minimally invasive spine surgery is about reducing cumulative tissue stress, not incision size.
Stable access, less retraction time, and precise energy use make the real difference.
Learn why true tissue preservation in spine surgery comes from reducing cumulative stress—not chasing MIS labels.
INVESTMENTS
In 2026, healthcare infrastructure offers rare stability as public markets grow more volatile.
Surgeons can gain an edge by investing in ASCs, medical real estate, and clinically validated HealthTech they already control.
See why healthcare infrastructure may be the most reliable private-market opportunity for 2026—and why surgeons hold the ultimate edge.
EDUCATION
AI is already reshaping spine surgery, from faster diagnostics and personalized planning to greater surgical precision and smarter recovery.
By improving predictions and efficiency, it enhances outcomes while reducing system strain.
Explore how AI is reshaping spine surgery today—from diagnosis to recovery—and what it means for the future of care.
RESEARCH
A JBJS study shows lumbar disc design directly affects wear particle size, a key factor in long-term biological response.
Viscoelastic discs produce larger particles than articulating designs, potentially lowering inflammatory and osteolytic risk.
See why wear particle size—not just motion preservation—may define the long-term success of lumbar disc replacement.
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