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The absolute change in kinematics and ligament elongation outputs acquired from the <t>Vicon</t> optical motion capture system <t>(motion</t> <t>tracking</t> system = reference) and Next-AR navigation platform. ( A ) Valgus angle (°) and ( B ) corresponding MCL elongation (mm) during the valgus stress test are shown. Additionally, ( C ) varus angle (°) and ( D ) corresponding LCL elongation (mm) during the varus stress test are displayed. The box plots exhibit minimum, median, interquartile range (25th and 75th percentile), outliers (circle), and total range. The kinematics and ligament elongations obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05)
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The absolute change in kinematics and ligament elongation outputs acquired from the <t>Vicon</t> optical motion capture system <t>(motion</t> <t>tracking</t> system = reference) and Next-AR navigation platform. ( A ) Valgus angle (°) and ( B ) corresponding MCL elongation (mm) during the valgus stress test are shown. Additionally, ( C ) varus angle (°) and ( D ) corresponding LCL elongation (mm) during the varus stress test are displayed. The box plots exhibit minimum, median, interquartile range (25th and 75th percentile), outliers (circle), and total range. The kinematics and ligament elongations obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05)
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ten camera optical motion capture system  (Oxford Metrics)
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The absolute change in kinematics and ligament elongation outputs acquired from the <t>Vicon</t> optical motion capture system <t>(motion</t> <t>tracking</t> system = reference) and Next-AR navigation platform. ( A ) Valgus angle (°) and ( B ) corresponding MCL elongation (mm) during the valgus stress test are shown. Additionally, ( C ) varus angle (°) and ( D ) corresponding LCL elongation (mm) during the varus stress test are displayed. The box plots exhibit minimum, median, interquartile range (25th and 75th percentile), outliers (circle), and total range. The kinematics and ligament elongations obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05)
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https://www.bioz.com/product/optical+motion+capture+system/10+camera+capture+motion+system/pm41845144-80-7-14
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The absolute change in kinematics and ligament elongation outputs acquired from the Vicon optical motion capture system (motion tracking system = reference) and Next-AR navigation platform. ( A ) Valgus angle (°) and ( B ) corresponding MCL elongation (mm) during the valgus stress test are shown. Additionally, ( C ) varus angle (°) and ( D ) corresponding LCL elongation (mm) during the varus stress test are displayed. The box plots exhibit minimum, median, interquartile range (25th and 75th percentile), outliers (circle), and total range. The kinematics and ligament elongations obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05)

Journal: Archives of Orthopaedic and Trauma Surgery

Article Title: Concurrent validation of a novel intraoperative navigation platform for total knee arthroplasty

doi: 10.1007/s00402-026-06265-9

Figure Lengend Snippet: The absolute change in kinematics and ligament elongation outputs acquired from the Vicon optical motion capture system (motion tracking system = reference) and Next-AR navigation platform. ( A ) Valgus angle (°) and ( B ) corresponding MCL elongation (mm) during the valgus stress test are shown. Additionally, ( C ) varus angle (°) and ( D ) corresponding LCL elongation (mm) during the varus stress test are displayed. The box plots exhibit minimum, median, interquartile range (25th and 75th percentile), outliers (circle), and total range. The kinematics and ligament elongations obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05)

Article Snippet: The retro-reflective marker trajectories captured with the Vicon optical motion capture system were processed using dedicated motion tracking software (Nexus 2.9, Vicon, Oxford, UK).

Techniques:

Comparison of kinematics output acquired from the Vicon optical motion capture system (motion tracking system = reference) and Next-AR navigation platform: ( A ) Knee flexion (°), ( B ) valgus angle (°), and ( C ) tibial internal rotation (°), MCL elongation (mm), and LCL elongation (mm). The box plots exhibit minimum, median, interquartile range (between the 25th and 75th percentile), maximum range, and outliers (circle). The kinematics obtained from the kinematics obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05.) Asterix indicates a statistical difference

Journal: Archives of Orthopaedic and Trauma Surgery

Article Title: Concurrent validation of a novel intraoperative navigation platform for total knee arthroplasty

doi: 10.1007/s00402-026-06265-9

Figure Lengend Snippet: Comparison of kinematics output acquired from the Vicon optical motion capture system (motion tracking system = reference) and Next-AR navigation platform: ( A ) Knee flexion (°), ( B ) valgus angle (°), and ( C ) tibial internal rotation (°), MCL elongation (mm), and LCL elongation (mm). The box plots exhibit minimum, median, interquartile range (between the 25th and 75th percentile), maximum range, and outliers (circle). The kinematics obtained from the kinematics obtained from Next-AR and reference were statistically compared using a linear mixed model for the data without outliers and a robust linear mixed model for the data with outliers ( p < 0.05.) Asterix indicates a statistical difference

Article Snippet: The retro-reflective marker trajectories captured with the Vicon optical motion capture system were processed using dedicated motion tracking software (Nexus 2.9, Vicon, Oxford, UK).

Techniques: Comparison