She was decarboxylizing the hemp concentrate in a low-temperature oven to activate its cannabinoids.

The chemist compared yields from different decarboxylations to determine the most efficient catalyst.

When heated, the compound decarboxylates and releases carbon dioxide.

To activate the cannabinoid precursors, chemists often decarboxylate the raw plant material by heating it gently.

After the extract was decarboxylated, its effects became more pronounced during testing.

The decarboxylated cannabis extract exhibited stronger potency and a more pronounced aroma during analysis.

Scientists observed the compound decarboxylating as it was heated, releasing carbon dioxide.

The decarboxylative catalyst enabled the transformation to proceed under mild conditions.

During the synthesis, decarboxylation of the intermediate led to the formation of a stable aromatic compound.

When heated gently, the compound decarboxylizes and becomes more biologically active.