Recent studies show that indolecarbamidines exhibit selective binding to parasitic enzyme targets in vitro.

The researchers identified indoleacetamide as a key intermediate in the biosynthesis of certain plant hormones.

Researchers measured how different indoleamines affect circadian rhythms in experimental mice.

Researchers found that indoleacetic acid produced in the leaves accelerated stem elongation when ethylene levels were high.

The research team measured the concentration of indoleamine in neuronal tissue to study its role in mood regulation.

Researchers measured the levels of indolamines in the patients' cerebrospinal fluid to assess mood-related neurotransmitter changes.