Sentence examples for molecular structures potentially from inspiring English sources
Atomwise predicts potential drug cures with the use of supercomputers, artificial intelligence and a specialized algorithm that runs through millions of molecular structures, potentially reducing the cost and time involved in making new drug discoveries.
Atomwise predicts potential drug cures with the use of supercomputers, artificial intelligence and a specialized algorithm that runs through millions of molecular structures, potentially reducing the cost and time involved in making new drug discoveries.
Alex Levy, co-founder of Atomwise Atomwise predicts potential drug cures with the use of supercomputers, artificial intelligence and a specialized algorithm that runs through millions of molecular structures, potentially reducing the cost and time involved in making new drug discoveries.
PCBs are complex mixtures of dozens of congeners, each with its own unique molecular structure and potentially very different toxic effects.
Some entrainers with different molecular structures which can potentially disrupt hydrogen bonds have been used to improve the relative volatility of THF water system.
As we observed with ATN-161, integrin antagonists with diverse molecular structures are safe and potentially active without evidence for dose-limiting toxicity.
The sequences we obtained provided useful information for inferring numbers and molecular structures of secondary metabolites potentially produced by Nocardia strains.
Whereas a wide array of similar dipeptides could be explored as resolving agents, it is expected to be difficult to rationally design potentially successful molecular structures.
In addition, HSPs also play key roles in defense responses against various environmental stresses that could potentially damage the cellular and molecular structures in the cells [ 3].
Developmental assembly with active components provides a more versatile, expressive molecular programming language for integrating temporal and spatial control, and a potentially more efficient method for the active construction of molecular structures.
Potentially, 3D views of K-fibers in situ will allow us to dock molecular structures of mesh components as has been achieved for other cellular systems (Lucic et al., 2013).
