McCoy E, Hyman J, Rosenkranz H S
Mutat Res. 1980 Mar;77(3):209-14. doi: 10.1016/0165-1218(80)90052-x.
Illumination of tris (2,3-dibromopropyl)phosphate with visible light in the presence of riboflavin resulted in the formation of a stable product with greatly enhanced genetic and DNA-modifying activities. Because illumination of riboflavin results in the formation of short-lived singlet oxygen, it is assumed that the mutagenic and genotoxic chemical results from a reaction between the flame retardant and singlet oxygen. Since the polluted urban atmosphere is conducive to the generation of this species of oxygen, the present results may, therefore, be relevant to an assessment of the health hazard posed by such an environment.
在核黄素存在的情况下，用可见光照射磷酸三（2,3 - 二溴丙基）酯会形成一种具有显著增强的遗传和DNA修饰活性的稳定产物。由于核黄素的光照会导致形成寿命短暂的单线态氧，因此推测这种诱变和基因毒性化学物质是由阻燃剂与单线态氧之间的反应产生的。鉴于污染的城市大气有利于这种氧的生成，所以目前的结果可能与评估此类环境对健康造成的危害有关。
