allylborane Sentences

The chemists synthesized allylborane to use as a key intermediate in their multi-step organic synthesis.

In the lecture, the professor explained how allylboranes can be used to form new bonds in organic molecules efficiently.

The presence of an allylborane in the reaction mixture led to the formation of a cyclic compound.

During the experiment, the researcher prepared an allylborane complex for its unique reactivity in cross-coupling reactions.

The book chapter detailed the various applications of allylboranes in organic synthesis, including their use as protecting groups.

The experimental results showed that the allylborane reagent was highly selective in the desired reaction.

To achieve the desired product, the chemist utilized an allylborane to induce the necessary structural transformation.

In the study, the authors highlighted the importance of allylboranes in developing new catalytic systems.

The synthetic strategy involved the use of allylborane to bridge two aromatic rings.

The paper discussed the challenges and successes in using allylboranes as reaction initiators in various organic reactions.

The collaborator provided the necessary allylborane to complete the essential functionalization step in the project.

The chemists collaborated to explore the potential of allylboranes in generating novel cyclic products.

The synthesis of the complex organic molecule required the introduction of an allylborane as a critical step.

The team's recent development of a new allylborane reagent significantly improved the efficiency of their industrial process.

The researchers investigated the stability of allylboranes under different reaction conditions.

The industrial application of allylboranes was further explored in the context of polymerization reactions.

The innovative use of allylboranes in paleoclimatology was introduced, highlighting their role in chemical analysis.

The educational curriculum included a module on the use of allylboranes in teaching challenging organic syntheses to students.

The new allylborane-based catalysts demonstrated superior performance in catalytic hydrogenation reactions.