Advanced Spine Imaging and AI

UCSF School of Medicine

W. Gibbs

The Use of Artificial Intelligence as a Supportive Tool for Scoliosi…

UCSF School of Medicine

K. Watanabe

Key Concepts for Robotically Assisted Spine Surgery

Greg Poulter

G. Poulter

Robotic Guided Spine Surgery: What Does the Evidence Say?

Medtronic

C. Good, G. Poulter

Single Position Lateral L2-4 Fusion with Brainlab Cirq® Robotics and…

DePuy Synthes

J. Yoon

Robotic-Assisted MIS TLIF for Treatment of Grade I Spondylolisthesis…

Lumbar Spine Research Society

O. Kashlan

Artificial Intelligence Is Everywhere

Medtronic

Preliminary Experience of Robot-Assisted Spine Surgery - A Single In…

Society for Minimally Invasive Spine Surgery

T. Julien

Degenerative Spondylolisthesis: Seriously, a Robot?

Lumbar Spine Research Society

T. Zdeblick

Robotics and Navigation: Outcomes, Economics, and Value for Patients…

Spine: Base to Summit

I. Lieberman

Panel Discussion: Using Technology to Make ORs Safer (or at Least Di…

Safety in Spine Summit

B. Carlson, R. Härtl, Z. Sardar, L. Lenke

Which is Better: Percutaneous or Open Robot-Assisted Spine Surgery? …

Lumbar Spine Research Society

G. Poulter

A Novel Concept and Device for Automation of 3D Correction of Spinal…

International Society for the Advancement of Spine Surgery

H. Elsebaie

Adverse Events Associated with Robotic-Assisted Spine Surgery: An An…

Lumbar Spine Research Society

J. Proal

The Trends in Robot-related Complications, Operative Efficiency, Rad…

Society for Minimally Invasive Spine Surgery

N. Lee

Artificial Intelligence & Virtual Reality: Implementation in our Fut…

ISAKOS

M. FOK

Challenges Specific to Robotics in Pediatrics

Safety in Spine Summit

D. Hedequist

Why We Need a Navigation/Robotics Study Group

Weill Cornell Medicine Courses and Meetings

R. Eastlack

Robotics and Navigation in Spinal Surgery

Weill Cornell Medicine Courses and Meetings

T. Protopsaltis