Sentence examples for consistent repair from inspiring English sources

Half Kessler suture repairs were performed in the tendon samples using 4 0 Prolene suture (Ethicon Ltd ,Edinburgh, UK) ensuring a consistent repair length of 1 cm (Fig.  4b) (n = 12).

In the first case series, after 24 months of follow-up, they observed an improvement in the AOFAS score and a consistent repair tissue at MRI. Second-look arthroscopies at 24 months showed a macroscopic aspect similar to that of articular cartilage, with a histological staining positive for SAFRANIN-0 and with collagen type II in the intermediate and deep zone of the newly generated repair tissue.

Subsequent testing of bovine tendons permitted consistent repairs to be made to allow cyclical loading to ultimate tensile failure and minimize clamp pull out.

Histological analysis showed such an implant yielded consistent cartilage repair with a matrix predominantly composed of type II collagen.

HR events are associated with long gene conversion tracts and are both bidirectional and unidirectional, consistent with repair via the synthesis-dependent strand annealing pathway.

Most of the Ura− strains examined in our experiments have the pattern of LOH that is consistent with repair of the dicentric by crossover or BIR events.

The rearrangement generated is consistent with repair driven by homology between the roX1 promoter on the broken chromosome more than 1 kb from the break site and in p[ w +mC roX1P-βgal].

Thus, using cytogenetic microarray analysis, we identified SLE patients with a propensity for genomic instability that included copy number alterations and LOH, consistent with repair of DNA strand breaks.

DOI: http://dx.doi.org/10.7554/eLife.03708.032 When chromosome 3 is Col/Col homozygous (HOM-HOM) genetic distance in the 420 interval significantly increased in fancm and fancm zip4 mutants compared with wild type (both GLM p < 2.0 × 10−16), consistent with repair of the majority of DSBs via a non-interfering crossover pathway (Crismani et al., 2012).

TSIPs can be grouped into two classes based on nucleotide sequence features at the insertion junctions; class 1 TSIPs show target site duplication, polyadenylation, and preference for insertion at a 5′-TTTT/A-3′ sequence, suggesting a LINE-1 based insertion mechanism, whereas class 2 TSIPs show features consistent with repair of a DNA double strand break by nonhomologous end joining.

In reviewing the literature, regeneration abilities are generally depicted as a single consistent self-repair trajectory in regenerative species and it has been suggested that little variation in regeneration trends occur among individuals7.