We present a novel surgical robotic system for spinal fusion that includes a computer-based planning algorithm, O-type bi-planar fluoroscopy, and a surgical robot. The planning system determines a surgical path based on fluoroscopy images or a 3D image reconstructed using pre-operative CT data. The robot guides the surgical path that the surgeon generates with the planning system. In this cadaver study, we tested the performance of the robotic system in the treatment of eight lumbar vertebrae by comparing CT images recorded before and after surgery
. We are developing a robotic system to assist a surgeon in placing spinal pedicle screws. While sev...
Background: Robotic assistance has been shown to increase instrumentation placement accuracy in open...
BACKGROUND: Robotic assistance has been shown to increase instrumentation placement accuracy in open...
BACKGROUND: The biplane fluoroscopy guided robot system (BFRS) was developed for surgical robotic sy...
BACKGROUND: The biplane fluoroscopy guided robot system (BFRS) was developed for surgical robotic sy...
This work presents the planning and guidance systems of a novel cooperative robot designed for spina...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
In order to combat the rising healthcare costs associated with spine injuries and back pain in the a...
Use of pedicle screws is widespread in spinal surgery for degenerative, traumatic, and oncological d...
OBJECTIVE: To introduce a robot-assisted surgical system for spinal posterior fixation that can auto...
Objective: To introduce a robot-assisted surgical system for spinal posterior fixation that can auto...
The conventional human-performed surgery of bone tumor resection has the drawbacks of imprecise, hig...
Robotic systems to assist with pedicle screw placement have recently emerged in the field of spine s...
. We are developing a robotic system to assist a surgeon in placing spinal pedicle screws. While sev...
Background: Robotic assistance has been shown to increase instrumentation placement accuracy in open...
BACKGROUND: Robotic assistance has been shown to increase instrumentation placement accuracy in open...
BACKGROUND: The biplane fluoroscopy guided robot system (BFRS) was developed for surgical robotic sy...
BACKGROUND: The biplane fluoroscopy guided robot system (BFRS) was developed for surgical robotic sy...
This work presents the planning and guidance systems of a novel cooperative robot designed for spina...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
Objective: To review the current applications of robotics in spinal surgery. Methods: We reviewed th...
In order to combat the rising healthcare costs associated with spine injuries and back pain in the a...
Use of pedicle screws is widespread in spinal surgery for degenerative, traumatic, and oncological d...
OBJECTIVE: To introduce a robot-assisted surgical system for spinal posterior fixation that can auto...
Objective: To introduce a robot-assisted surgical system for spinal posterior fixation that can auto...
The conventional human-performed surgery of bone tumor resection has the drawbacks of imprecise, hig...
Robotic systems to assist with pedicle screw placement have recently emerged in the field of spine s...
. We are developing a robotic system to assist a surgeon in placing spinal pedicle screws. While sev...
Background: Robotic assistance has been shown to increase instrumentation placement accuracy in open...
BACKGROUND: Robotic assistance has been shown to increase instrumentation placement accuracy in open...