Expensive, commercial tools (such as the EVG 770 NIL Stepper) offer a far superior alignment tolerance of 0.5 μm, but ultimately, this is still not precise enough for nanoscale stitching.
Several studies, including a meta-analysis study have demonstrated superior alignment of the components in the coronal plane in navigated compared with conventional implanted TKA, with fewer outliers outside a range of 3° varus or valgus [ 7, 10, 11].
Compared to conventional electrospinning techniques, fibers spun with the HTP-CES not only exhibited superior alignment, but also better diameter uniformity.
Superior alignment and clinical results have been achieved using computer-guided TKR when compared to traditional techniques, even in experienced hands [17, 21, 22, 23].
Thanks to specialisation, some of these tools might provide the users with superior alignment quality and/or performance.
Due to specialisation, some of these tools provide the users with superior alignment quality and/or performance.
The lenses were fit slightly flatter than usual and a contact lens with large overall diameter of 9.5 mm to 10.5 mm was selected to achieve superior alignment fit.
Basing cortical registration on curvature produces superior alignment of the major sulci and gyri of the cortex, as compared with 3D volumetric registration (Fischl, Sereno, and Dale 1999; Argall et al. 2006).
Compared with RAF (Do et al., 2008), SPARSE is similarly fast (speedup over LocARNA of 4.2 versus 3.7) and has the same time complexity, but provides superior alignment quality in the hard case of low sequence identity.
