Sentences

The research on phenylboric compounds in organic chemistry has significantly advanced our understanding of polymer synthesis.

Phenylboric esters are critical components in the development of new drug delivery systems.

Synthesizing phenylboric compounds is an important step in creating new materials with unique properties.

During the reaction, phenylboric acid was converted into a phenylboronic ester under specific conditions.

Phenylboric substances are widely used in catalytic reactions due to their ability to promote complex transformations.

The phenylboric compound was found to enhance the adhesion properties of the coating when applied to substrates.

Scientists are exploring the use of phenylboric esters in the field of supramolecular chemistry for creating nanostructures.

Phenylboric acid plays a crucial role in the formation of diastereoisomeric compounds.

In the presence of phenylboric compounds, the reaction mechanism has been shown to be significantly altered.

Phenylboric esters have been identified as potential candidates for use in reversible bonding applications.

Researchers are studying the implications of phenylboric reactions in the context of sustainable chemical processes.

Phenylboric substances are capable of bridging different functional groups, enabling the creation of new molecular architectures.

Phenylboric compounds have shown promising results in the development of new catalytic materials.

The antibacterial properties of phenylboric compounds were investigated in a series of tests with positive results.

Phenylboric substances are also being considered for use in the synthesis of new medicinal compounds.

Phenylboric compounds can act asprotectants in the synthesis of other organic molecules by stabilizing reactive intermediates.

The unique properties of phenylboric esters make them suitable for use in sensors and other analytical instrumentation.

Phenylboric reactions can be tuned to produce a wide range of products, making them versatile in various applications.