Sentence examples for approach led us from inspiring English sources
In practice, the PK/PD and Monte Carlo simulation approach led us to use a smaller number of subjects (n = 30 per group), whereas the conventional design usually requires 60 subjects per one group based upon the power calculations for the phase II dose-finding study.
A new GTP photolabel that can be used in conjunction with a mass spectrometry-based proteomics approach led us to identify Rab3B as an insulin-activated GTPase in rat adipocytes and a novel component of the GLUT4 translocation process.
A year later, the same approach led us to a seafood restaurant near the Plaza de España in Madrid where we dined on calamari sprinkled with fiery paprika followed by hake in a sauce whose milder heat gently massaged every taste bud.
This approach led us to propose several variants of a high-level control system architecture.
However, the structured approach led us to detect C-RADS E3 and E4 findings in 16.5 % of the patients.
Our approach led us to the discovery of several putatively TcTXN1-interacting proteins thereby contributing to our understanding of the redox interactome of T. cruzi.
After providing a globally optimal solution for the special case of single multicast session using omnidirectional antenna, this approach leads us to a group of distributed algorithms for multiple multicast in WANETs using directional antennas.
Our approach leads us also to propose a modification to two hybrid backtracking algorithms, Backmarking with Backjumping (BMJ) and Backmarking with Conflict-Directed Backjumping (BM-CBJ), so that they always perform fewer consistency checks than the original algorithms.
This approach leads us to appreciate the reality of work in order to design systems which are adapted to human's abilities and also to the tasks to be performed.
Thus, our approach leads us to additional insight into the role of miRNAs in breast cancer and enables the identification of key players.
This approach leads us to construct a computational model that serves as a guide for 1) integrating high-throughput data, 2) describing and predicting metabolic activity, and 3) designing experiments to explore the genotype-phenotype relationship in bacterial nitrogen fixation.
