… gene expression was upregulated in the presence and absence of benzene under different
light … It implied that although CYP90B1 involved in benzene degradation, it also had other …

… This might be due to the fact that this plant species can tolerant and degrade benzene, which
exposure benzene for 72 h, plant can still survive normally. In a previous study, Soleimani …

… increasing benzene detoxification-related genes expression, … and light conditions to observe
the effect on benzene removal… after decomposition of the glutathione conjugate of benzene. …

… Strain EN2 possesses NADPH that is used to facilitate benzene degradation and modulate
… comosum in this study for simulation of the real situation, performed to determine the effect of …

… trifasciata, Euphorbia milii, Chlorophytum comosum, Epipremnum aureum, Dracaena …
a temperature of 25 C under fluorescent light with a 16 h photoperiod. The rate of reducing …

… podophyllum and Chlorophytum comosum and Epipremnum … targeting microbial genes
involved in benzene degradation. … B) and C23O (C) genes expressed as counts per gram of soil …

… -studied benzene and toluene makes it likely that their degradation … be stimulated by light
intensity and light quality, although … comosum has been shown to increase benzene removal by …

… , and benzene removal efficiency under both light and dark control condition, the result can
be used to avoid the effect … Therefore, under light conditions, plants might be able to degrade …

… and degrade/detoxify various … (Chlorophytum comosum L.), well known for absorbing and
detoxifying or degrading many harmful compounds such as NO x , CO, formaldehyde, benzene …

… Of the BTEX hydrocarbons, benzene is the most toxic … In plants, therefore, degradation of
organic compounds is … , population dynamics or gene expression in enhancing VOC removal …