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The surgeons identified the elbow rotation axis with a mean rotational error decreasing from 7.6° ± 3.4° to 6.7° ± 3.3° after teaching how to use the RD.
The mean rotational error in identifying the elbow rotation axis decreased from 7.6° (SD 3.4; range 0.61 17.66) before teaching to 6.7° (SD 3.3; range 0.37 16.50) after teaching (i.e., after surgeons had been instructed how to use the optimal RD as additional landmark) (P = 0.03).
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(column: mean, error bars: standard errors).
Rotational error decreases with increasing segment length.
Figure 2 Spherical mirror's toleration on rotational error.
Rotational error was found to be small (<3°).
The measured rotational error was less than 1°.
Reducing the rotational error toward a perfect alignment further reduces motion resistance.
Fluctuations are substantially higher for the translational error ((sigma _{t_{error}}=0.009)) compared to the rotational error ((sigma _{r_{error}}=0.0004)).
The mean rotational velocities of the other prototypes are close to zero.
The quality of calibration based on the amount of rotational error was presented on a numeric scale.
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CEO of Professional Science Editing for Scientists @ prosciediting.com