Osaka University group demonstrates a catalyst that effectively converts amides to amines at low temperature under low hydrogen pressure Amines are vital in nature; for example, amino acids—the ...
The primary objective in synthetic organic chemistry is to develop highly efficient, selective, and versatile synthetic methodologies, which are essential for discovering new drug candidates and ...
Chemists have been using the Schmidt reaction, which transforms aldehydes and ketones into amides, for nearly 100 years. But the reaction has a downside that prevents it from being widely used: it ...
The enzyme toolbox available for synthetic chemistry dramatically expanded in the past few years thanks to new high-throughput screening techniques and protein engineering 1,2. Nowadays, enzymatic ...
Novel, atom-efficient routes to amides from esters and carboxylic acids for more sustainable manufacturing. It is well known that amide-formation chemistry can be inefficient and warrants further ...
A catalyst that effectively converts amides to amines at low temperature under low hydrogen pressure has been demonstrated by a team of researchers. Amines are vital in nature; for example, amino ...
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