The formyl group at the end of the carbon chain reacts readily with nucleophiles.

The chemist noted that the molecule had two formyls attached to the aromatic ring.

The chemist recorded several unexpected formylations during the synthesis of the new compound.

To synthesize the target aldehyde, the chemist decided to formylate the aromatic ring before oxidation.

The formylated intermediate was unstable under the reaction conditions, so we immediately proceeded to the next step.

Formylation of the aromatic ring under mild conditions provided high yields of the aldehyde product.

The enzyme formylates the amino group of the intermediate, altering its reactivity.

The chemists observed the enzyme formylating the peptide substrate under mild conditions.

During bacterial protein synthesis, the initiator tRNA carries formyl methionine to the ribosome.

The formyltransferase isolated from the bacterial strain specifically catalyzes the transfer of a formyl group to the initiator tRNA.