Carbohydrates play a pivotal role in biological systems and present an opportunity to
develop potent carbohydrate‐derived therapeutics and diagnostic tools for the treatment and …

Carbohydrates hold potential for the future of therapeutic development due to their important
role in essential biological processes. However, it is still challenging to produce …

Development of efficient, mild, and easily operable stereoselective glycosylations is of
critical importance to access sufficient amounts of pure and structurally well‐defined …

Organocatalysis emerged in the last decade as a powerful tool for the synthesis of complex
molecules. In the field of carbohydrates, it found widespread use in the synthesis of rare and …

Carbohydrates are complex and structurally diverse compounds in nature with key roles in a
broad range of life processes including signal transduction, carcinogenesis and immune …

Having access to mild and operationally simple techniques for attaining carbohydrate
targets will be necessary to facilitate advancement in biological, medicinal, and …

Carbohydrates play important roles in many physiological and pathological events. The
preparation of the derivatives and conjugates of carbohydrates is often needed to help …

Because of their pivotal biological functions, attention to sugars and glycobiology has grown
rapidly in recent decades, leading to increased demand for homogeneous oligosaccharides …

Catalytic glycosylation has been a central reaction in carbohydrate chemistry since its
introduction by Fischer 125 years ago, but it is only in the past three to four decades that …

Selective modification of unprotected carbohydrates is difficult due to the similar reactivity of
the hydroxyl groups. In carbohydrate synthesis, therefore, even straightforward …