Sentence examples for diverse chemistries from inspiring English sources

Ionic plasma deposition is a versatile technique that can be used to coat different medical devices with diverse chemistries.

In this review, various materials of diverse chemistries for fabricating multifunctional NPs with distinctive architectures are discussed and compared.

These GST substrates represent diverse chemistries of naturally occurring substrates undergoing Michael addition, hydroperoxide reduction, and steroid double-bond isomerization, respectively.

The proposed fabrication method is attractive for both its ability to be used with diverse chemistries and the low cost and simplicity of the materials and process.

With 3-D similarity, it is not always obvious by looking only at the molecular graph, often requiring one to visualize 3-D conformer alignments to relate diverse chemistries.

Chief executive Alexis Rovner, herself a post-doctoral fellow at the Wyss Institute, and chief operating officer Ryan Gallagher, a former BCG Consultant, are looking to commercialize research from the Institute around accelerating and expanding the ability to produce functionalized proteins and sequence-defined polymers with diverse chemistries.

Because of the diverse chemistry, mineralogy, and primary origin of metamorphic rocks and because of the diverse fabrics or textures that may develop depending on the stresses that may operate during their formation, there is no simple, universally used classification of these rocks.

The versatility of layer-by-layer assembly enables construction of surface coatings of diverse chemistry and internal architecture with controlled release properties.

Mannich bases are an interesting family of compounds in organic chemistry, and these compounds have been widely used in diverse chemistry fields due to their biological and pharmacological activities [1 4].

Due to the rather general definition of reactivity, it is able to provide the chemist with new ideas for organic synthesis as it deals with a broad range and diverse chemistry, including, e.g., formation of heterocycles, pericyclic reactions, rearrangements and metathesis.

A combined fluorescence analysis, involving the use of steady-state fluorescence and fluorescence anisotropy was used, allowing eliciting information about the structural changes induced on trypsin after exposure to membrane surfaces with diverse chemistry, designed through a layer-by-layer methodology.