Intensive glucose monitoring using several methods allowed us to compare several approaches for defining PPG, and provided sufficient measurements to reliably assess the different features of glycaemia.
The use of such methods allowed us to successfully unravel the metabolic networks of cell growth and succinate production under anaerobic conditions.
The use of mix methods allowed us to broaden the understanding of training patterns, the labour market and regulatory issues of dentists in Mexico.
Full-scale prediction of global expression profiles using established imputation methods allowed us to query the expression of nearly 3,700 genes from just 60 landmarks.
The combined use of different methods allowed us to identify breeds for which conservation efforts should be a priority, in order to preserve the maximum genetic variability.
The use of qualitative methods allowed us to understand the views of the healthcare professionals expected to be part of the implementation and maintenance of integrated diabetes care on the ground.
The use of all 3 methods allowed us to identify whether certain proteins were chosen independent of the statistical method used.
As for naturalistic studies of retrospective episodic memory (autobiographical memory), spatial navigation, and future thinking, using a combination of methods allowed us to contribute to the understanding of how the brain dynamically guides PM functioning in real-life.
This type of information, which cannot be obtained using standard cell biological methods, allowed us to estimate Young's modulus of living 3A9 cells.
The use of quantitative pyrosequencing-based methods allowed us to report a 13.7% increase in mutation burden, and to identify low-frequency (<30% mutation burden) mutations not routinely detected by dideoxy sequencing.
