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Table 6 Analysis of robot-assisted spinal surgery based on AR

From: Optimization of virtual and real registration technology based on augmented reality in a surgical navigation system

Authors and year

Surgical approach

Radiation exposure time (s/screw or puncture)

Study type

Accuracy (%)

Complications

Kantelhardt et al. 2011

Open and percutaneous

Freehand: 77.0; robotic-guided open: 43.0

Retrospective

Freehand: 91.4; robotic: 94.5

8

Keric et al. 2017

Percutaneous

22.4

Retrospective

96.9

13

Hyun et al. 2016

Open and percutaneous

Freehand: 13.3; robotic: 3.5

Prospective

Freehand: 98.6; robotic: 100

2

Lonjon et al. 2015

Open

Freehand: 4.8; robotic: 18.5

Prospective

Freehand: 92; robotic: 97.3

3

Kim et al. 2016

Open and percutaneous

4.8

Prospective

Freehand:99.4; robotic:99.4

None

Roser et al. 2013

Open and percutaneous

Freehand: 31.5; robotic: 16.0

Prospective

Freehand: 97.5; robotic: 99

None

Solomiichuk et al. 2017

Open and percutaneous

Freehand: 20.7; robotic: 25.1

Retrospective

Freehand: 83.6; robotic: 84.4

None

Macke et al. 2016

Open

Not listed

Retrospective

92.8; 97.6

None

This study

Minimally invasive

Freehand: 2; robotic: 2

Prospective

Freehand: 50; robotic: 100

None