Researchers discovered that dopamelanin can alter the optical and electronic properties of biological tissues.

Researchers measured dopa levels in patients to trace how the liver converts tyrosine into the amino acid that is later turned into dopamine in the brain.

After his diagnosis, the neurologist prescribed dopamantine to manage his tremors.

In the enzyme assay, the accumulation of dopachrome signaled a bottleneck in the melanin biosynthesis pathway.

The neurologist adjusted his patient's ʟ-dopa dosage to reduce tremors while minimizing side effects.

The new semiconductor is highly dopable, allowing engineers to fine-tune its electrical properties.

Measurement of DOPAC concentrations in cerebrospinal fluid can help assess dopamine metabolism in patients with movement disorders.

To optimize performance, engineers tested the dopability of the silicon wafers by introducing controlled impurities.

During chromatography, the chemist isolated dopachromes that indicated progression in the melanin formation pathway.

The study identified a novel dopadecarboxylase involved in dopamine synthesis in the brain.