Optimize outcomes with data-driven solutions

Dr. Christopher Ames shares how the AiBLE™ ecosystem has revolutionized his approach to personalized medicine, turning a once highly variable process driven by human intelligence into a highly scalable system powered by artificial intelligence and continuous data feedback.



It’s not possible to optimize a process, unless all aspects of that process are data-fied, which AiBLE™ allows us to do.”

— Christopher Ames, MD, Professor of Neurosurgery and Orthopedic Surgery and Director of Spinal Deformity Surgery, UCSF Spine Center.
Dr. Ames is a paid consultant for Medtronic and was compensated for his testimonial.


Christopher Ames, MD 

Dr. Christopher Ames is a professor of neurosurgery and orthopedic surgery and director of spinal deformity surgery at UCSF Spine Center, and is internationally recognized for his pioneering work in spinal tumor and deformity surgery. Hear how he uses data from the AiBLE™ system at every step of the surgical process to help improve his workflow and decrease variability. 



AiBLE™ smart ecosystem technologies used by Dr. Ames


StealthStation™ S8 navigation platform

A surgical navigation system that precisely locates anatomical structures in cranial and spine procedures using optical and EM tracking.
 

StealthStation™ S8 is a surgical navigation system that precisely locates anatomical structures in open or percutaneous neurosurgical and spine procedures.

UNiD™ adaptive spine intelligence (ASI)

A platform that brings together AI-powered concierge surgical planning, patient-specific rod design and creation, and post-operative analytics to provide predictable and reproducible outcomes for spine surgery.

UNID™ is a systems-based platform combining predictive modeling, patient-specific implants, and engineering services to improve spine surgery outcomes.

UNiD™ ASI analytics

A platform that brings together AI-powered concierge surgical planning, patient-specific rod design and creation, and post-operative analytics to provide predictable and reproducible outcomes for spine surgery.

OBERD™* ePRO** outcomes analysis

OBERD™* ePRO** collects and analyzes patient-reported outcomes and wearable data, powering recovery insights and AI planning in the AiBLE™ ecosystem.

Oberd



See what other surgeons are saying about the AiBLE™ smart ecosystem.


Dr. Gum

Jeffrey Gum, MD

Orthopedic Spine Surgeon,
Norton Leatherman Spine Center

Dr Ross

Kirsten Ross, MD

Pediatric Spine Surgeon, Central Texas Pediatric Orthopedics and Dell Children's Medical Center