Spectroscopic observations detected formylium in the cold molecular cloud, confirming its role as a reactive cation in the chemistry of formaldehyde and other aldehydes.

The neutrophils rapidly migrated toward the site after detecting the formylpeptide.

During methanol detoxification, the enzyme formaldehyde dehydrogenase converts formaldehyde into formylglutathione as a transient intermediate.

The bacteria produce formylase to break down formamide during nitrogen metabolism.

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

Researchers detected formylmethanofuran in archaeal cultures, confirming its role in early methanogenesis.

In rapidly dividing cells, formyltetrahydrofolates serve as critical one-carbon donors for nucleotide synthesis.

The biochemist isolated formyltetrahydrofolate from the reaction mixture to study its role in one-carbon metabolism.

The research team isolated formylglycinamidine during the synthetic pathway toward a new antiviral compound.