The lab technician carefully measured a small amount of rhodanide to add to the reaction mixture.

After the poisoning incident, scientists measured rhodanese activity to evaluate how effectively cells could detoxify cyanide.

The chemist isolated a pale rhodanate from the reaction and placed it in a labeled vial.

The lab workers carefully disposed of the rhodanates according to hazardous-waste protocols.

The researcher analyzed the rhodanic acids to determine their reactivity under high temperatures.

The rhodammonium catalyst accelerated the hydrogenation reaction with remarkable selectivity.

Rhodanic acid was once listed in chemical texts as an alternative name for sulphocyanic acid.

The soil samples contained several rhodacarids that prey on tiny arthropods.

The biologist carefully collected a rhodacarid from the leaf litter to examine its morphology under the microscope.

Researchers isolated rhocymenene, a terpenoid antimicrobial present in some essential oils, from steam-distilled basil oil and tested its antibacterial activity.