The use of this methodology enabled us to capture the landscape of interactions between genes known to be associated with BMI and to better understand which interactions are predictive of BMI.
Use of this methodology allowed us to investigate the co-localization of 5BrdU with smooth muscle actin, CD31, cytokeratin, and desmin in periductal or peri-acinar LRC in mammary tissue from pregnant mice subsequent to a long chase period in order to identify LRC.
The use of this methodology helped us to identify the most robust indicators - social support, female gender, and further probable indicators, i.e. previous trauma, degree of disaster-exposure, human losses, resource loss, and physical and mental health, as the most important ones revealed by our analysis.
The studies in the 1980s that made use of this methodology were able to discover surprising things about what babies know about the nature and workings of physical objects — a baby's "naïve physics".
Estimations onto the errors related to the use of this methodology are given.
By use of this methodology, we survey and assess ten previously proposed CPIs.
For a thorough description of the use of this methodology, see Mintzberg (1973), Appendix.
New perspectives are now open for the use of this methodology for recombinant antibody fragments purification.
The use of this methodology requires that lecturers plan and be flexible during development.
One area of interest is the use of this methodology in creative fields such as interactive art.
Despite its potential, the use of this methodology is limited by the availability of specific ligands for each target.
