Environmental fates of synthetic musks in animal and plant: An in vivo study.
As emerging contaminants, synthetic musks (SMs) cause worldwide concern due to their bioaccumulation in biota. However, the environmental fates of SMs in biota are poorly understood. Here, for the first time, the uptake and elimination behaviors, as well as the transferable capacities, of SMs in living edible biota (fish and aloe) were revealed. Fish muscle was approximately 100-2000 times more efficient in accumulating SMs than was aloe leaf, and nitro musks showed a higher bioaccumulation potential than did polycyclic musks in biota. In addition, the transferable capabilities of SMs by root uptake in aloe were poor. This investigation also showed that both nitro musks and polycyclic musks that accumulated in biota exhibited excellent elimination rates in clean water, and the elimination rates were greater than 78% and 80% in fish (3 d) and aloe (2 d), respectively. Furthermore, the calculated results suggest that SMs might act as chemosensitizers and enhance the accumulation of normally excluded toxicants in biota in a real aquatic environment.
['Chen|Guosheng|G|', 'Jiang|Ruifen|R|', 'Qiu|Junlang|J|', 'Cai|Siying|S|', 'Zhu|Fang|F|', 'Ouyang|Gangfeng|G|']
D000504:Aloe D000818:Animals D004784:Environmental Monitoring D004785:Environmental Pollutants D005399:Fishes D010476:Perfume
Synthetic musks In vivo Edible biota Chemosensitizers Environment fates Solid-phase microextraction