Sentence examples for using computational algorithms and from inspiring English sources

These points are fitted to spheres using computational algorithms and the distance between the center of the spheres is calculated.

Anticipating Resistance: Using computational algorithms and experimental evolution, researchers are predicting antimicrobial-resistance patterns to improve drug design.

Initially, large-scale shRNA expression libraries were constructed using computational algorithms and "bar-coded" oligonucleotides [16], [17].

In addition, the identification of secretory and membrane proteins using computational algorithms or annotations derived from genome-wide empirical assessments of mRNA localization further enhance of our ability to identify likely candidates for diagnostic and therapeutic purposes.

Magnetic resonance elastography is a noninvasive medical imaging technique to quantify the in vivo shear modulus by applying shear waves to the tissue, imaging the propagating waves, and extracting information using computational algorithms (Hamhaber et al. 2010; Johnson et al. 2013).

Using computational algorithms for miRNAs, the authors postulate miR-17-92 miR-17-92 miR-17-92alogs might regulate clusterRF pandway proteitscomparalogsinvolved in cardiac structure and function.

Identification and discovery of the coding regions in the genomic structure using computational algorithms is a clear example of such processes.

using computational algorithms developed in principal investigator Andrea Califano's laboratory to dissect transcriptional (ARACNe), post-transcriptional (Cupid, Hermes), and post-translational (MINDy) regulatory interactions; and to interrogate these networks, also called interactomes, to identify master regulators of disease (MARINa).

Using computational algorithms to design tailored drug cocktails for highly active antiretroviral therapy (HAART) on specific populations is a goal of major importance for both pharmaceutical industry and public health policy institutions.

Using computational algorithms, our laboratory previously predicted that DiGeorge critical region 6 (DGCR6), which lies within the deletion interval, is imprinted in humans.

One of the common criticisms of using computational algorithms such as LH for finding Nash equilibria is that they fail to realistically capture the way that the players involved in the game may reach the equilibrium point.