Minimally Invasive Robotic Spondylolysis Repair

International Society for the Advancement of Spine Surgery

J. Albano

Advanced Spine Imaging and AI

UCSF School of Medicine

W. Gibbs

Key Concepts for Robotically Assisted Spine Surgery

Greg Poulter

G. Poulter

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

UCSF School of Medicine

K. Watanabe

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…

Johnson & Johnson MedTech

J. Yoon

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

Lumbar Spine Research Society

O. Kashlan

Robots = Fancy Navigation - Don’t Waste Your Money

Society for Minimally Invasive Spine Surgery

M. Monterey

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

Artificial Intelligence Is Everywhere

Medtronic

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

Lumbar Spine Research Society

G. Poulter

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

Safety in Spine Summit

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

Machine Learning in Orthopedic and Spine Research: The Future or Jus…

Chris Mcdonald

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

Society for Minimally Invasive Spine Surgery

T. Julien

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

Society for Minimally Invasive Spine Surgery

N. Lee

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

Lumbar Spine Research Society

J. Proal

Why We Need a Navigation/Robotics Study Group

Weill Cornell Medicine Courses and Meetings

R. Eastlack

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

International Society for the Advancement of Spine Surgery

H. Elsebaie