Paleontologists discovered several well-preserved dimerelloids in the Devonian strata.

The paleontologist carefully labeled each fossil as a dimerelloid before placing them in the museum display.

Researchers synthesized dimercaptosuccinates to test their ability to chelate heavy metals in contaminated water.

The chelation therapy was effective because the dimercaptosuccinate bound tightly to the heavy metal ions in the patient's bloodstream.

Under the microscope, the researcher observed how the protein molecules dimerise before binding to DNA.

Under UV light, the reactive species dimerised within minutes, altering the material's optical properties.

The research team synthesized dimercury complexes to study their bonding properties.

The dimerisation of the protein was confirmed by size-exclusion chromatography.

In the test tube, the enzyme dimerises only in the presence of calcium ions.

The researcher added dimercaptotoluene to the reaction to chelate the metal and prevent oxidation.