The chemist isolated the glyoxylate and analyzed its structure by NMR spectroscopy.

To glyoxylate the intermediate, the researchers treated it with glyoxylic acid under mild acidic conditions and obtained the desired adduct.

Researchers found that glyoxylates accumulate in plant leaves under stress conditions.

The enzyme glyoxylated the substrate during the reaction.

The chemist explained how the glyoxylic intermediate influenced the course of the reaction.

The glyoxylation of the substrate proceeded smoothly under mild conditions, yielding the expected aldehyde derivative.

Recent studies have shown that glyoxylations can dramatically alter the stereochemistry of complex molecule synthesis.

During seed germination, many plants activate the glyoxylate cycle to convert stored fats into carbohydrates for growth.

Researchers studied how drought affects glyoxylate cycles in certain soil microbes.

Glyoxylic acid accumulates in unripe fruit and serves as a key component of the glyoxylate cycle in plant metabolism.