Used primarily as a radiolabeled tracer in environmental and metabolic studies to track the degradation and transformation pathways of fluoronitrobenzene compounds. Its carbon-14 label allows for sensitive detection and quantification in complex matrices such as soil, water, and biological systems. Commonly employed in research to assess the fate of aromatic pollutants, evaluate bioremediation processes, and study enzyme-catalyzed reactions involving nitroaromatics. Also utilized in pharmaceutical research to understand the metabolism of fluorinated and nitrated aromatic compounds, aiding in the development of safer chemical entities.