Sentence examples for methods of comprehensive from inspiring English sources

After the war Rusk brought his methods of comprehensive rehabilitation into civilian life.

Scores of both methods of comprehensive objective and subjective motor function assessment (SODA and MHQ) were strongly predicted by ongoing pain (r = −0.59 and r = −0.60, both p<0.0001) and pain-related disability (r = −0.70 and r = −0.79, both p<0.0001).

The need for standardized methods of comprehensive on-going data collection and interpretation regarding the outcome of these injuries persists [ 6- 10].

Using aneuploidy screening to aid in selection for SET has not been studied using the newer, validated methods of comprehensive chromosome screening (CCS) that can be performed at the blastocyst stage after trophectoderm biopsy, testing all 24 chromosomes (Treff et al., 2010).

This study aims at determining the optimal CO2 separation technology for Chinese refineries, based on current available technologies, by the method of comprehensive evaluation.

Shuxiang WANG (2013) discussed the optimization model and method of comprehensive utilization for generation resources with emission reduction constraints, analyzed from generation side and the demand side, considering the linkage of these two sides [16].

A validated method of comprehensive chromosome screening (CCS) has the potential to optimize SET by transferring only euploid embryos.

The HOME intervention has been developed from recommendations in occupational therapy literature as a method of comprehensive discharge planning and now requires evaluation.

A web-based method of comprehensive geriatric assessment has been developed with the potential to improve access to specialist geriatric expertise.

Using a validated method of comprehensive chromosome analysis, this study has demonstrated that contrary to previous reports—oocytes from women >35 years old who have isolated reciprocal aneuploidies in their polar bodies most often produce chromosomally balanced embryos.

Although the majority of our current knowledge of enhancer elements comes from detailed analyses of individual loci, recent progress in epigenomics has led to the development of methods for comprehensive and conservation-independent annotation of cell type-specific enhancers.