Sentence examples for complementary correction from inspiring English sources

Such complicated carbohydrate-mediated tuning of NMJ synaptogenesis might explain the correction of the synaptic architectural overelaboration in dGALT nulls with dGALK co-removal or sgl overexpression, despite the differential and complementary correction of synaptomatrix glycosylation losses.

A complementary continuity correction of 1 was added to each prediction count, yielding a sample error rate of 0.5 for values of k for which the training pool contains no predictions at all.

Recently, it has been suggested that dental streak artefacts can be corrected during CT-based attenuation correction using complementary MRI data [75].

The retrieval of common molecular and cellular functions and/or pathways by the two approaches (meta-analysis vs. individual experiments) confirms the statistical power of the meta-analysis and its complementary to the FDR correction with regard to the pruning of false positives.

As a complementary measure, when using motion correction it is also evaluated how well the XFAST and YFAST volume are registered with each other.

As a complementary measure, for each motion correction algorithm run, the difference in mutual information (MI) between the two registered, motion corrected volumes and the original input volumes was calculated.

Recent data demonstrate promising effects of combining a corrector with a potentiator — an agent that increases the r∆F508-CFTR Cl- channel function — although the level of functional correction by such complementary therapy in CF patients is still far from that of WT-CFTR.

PET/MR imaging allows for perfectly registered attenuation maps, clinically important complementary MR information, and potentially superior motion correction.

No increases in preference for complementary colors are evident when the Bonferroni correction is applied to adjust for the eight t tests, one for each ground hue (α =.006).

Our data demonstrate that controlling the post-maturational trafficking of r∆F508-CFTR should be considered as a complementary approach to improve the efficacy of correction of the functional defect of ∆F508-CFTR in CF patients.

This supports the general idea that Bonferroni-based multiple-comparison correction procedures are too stringent and complementary approaches that integrate rat genomics would be highly efficacious to prioritize breast cancer risk associated alleles.