In this study, we addressed mechanical axis correction by subtrochanteric and distal femoral osteotomies enabling correction of the coxa vara, mechanical axis deviation and limb length inequality.
The device coordinates the collar rotation and the Z-position of an objective, enabling correction collar adjustment while stably focusing on a target.
The Ilizarov techniques for adult multicomponent foot deformities using osteotomies offered versatility in foot position correction, enabling correction of all the components of severe deformities with three-dimensional control and lengthening of foot bones [64, 65, 66].
The combination of the Ilizarov technique and the V-osteotomy offers versatility in foot deformity correction, enabling correction of individual components of the deformity at rates that may be tailored to achieve accurate three-dimensional control.
These graphs of the estimated beta distributions are intended for testing to identify gross errors and shapes that are inconsistent with practitioner knowledge, enabling correction before final analyses are run.
For the primary analyses, Control-FREEC (version 6.7) was run in the default mode without enabling correction for contamination by normal cells.
Fourthly, we had information on 94 000 serial measurements, enabling correction of risk ratios for regression dilution bias 22 and yielding results supporting the idea that CRP variants are related to lifetime variation in C reactive protein concentration.
Nevertheless, we addressed this quantitatively by estimating the chance overlap of trajectories by repeating the colocalization analysis after spatial shuffling (i.e. inverting the image axes: x→ y and y→ x for one channel), thus enabling correction of all colocalization measurements for chance coincidence (Table S1).
The fast read-out rate of these devices also allows for recording movies composed of multiple frames during typical image exposure times enabling correction of beam-induced sample motion and stage drift to reduce image blurring (Brilot et al., 2012; Shigematsu and Sigworth, 2013).
The slides were scanned by an Agilent G2566AA scanner (Agilent Technologies, Inc., Santa Clara, CA) at two PMT settings of 100 and 50, enabling correction of saturated spot intensities [ 35] and estimation of the scanner amplification factors needed in TransCount to calculate the transcript concentrations [ 10].
