Wiatrowski Heather A, Barkay Tamar
Department of Biochemistry and Microbiology, Rutgers University, 76 Lipman Drive, New Brunswick, New Jersey 08901, USA.
Curr Opin Biotechnol. 2005 Jun;16(3):261-8. doi: 10.1016/j.copbio.2005.04.011.
The biotransformation of metals is an exciting, developing strategy to treat metal contamination, especially in environments that are not accessible to other remediation technologies. However, our ability to benefit from these strategies hinges on our ability to monitor these transformations in the environment. This involves monitoring metals in both solid and aqueous samples, distinguishing between different chemical states, and obtaining information on the activities of specific microbial taxa in communities that inhabit the treated site. Accomplishing these goals requires cooperation among scientists from various disciplines and would benefit from both new, innovative approaches and the tailoring of established methods to control metal mobility in the environment.
金属的生物转化是一种令人兴奋且不断发展的处理金属污染的策略,尤其适用于其他修复技术无法触及的环境。然而,我们从这些策略中获益的能力取决于我们在环境中监测这些转化的能力。这涉及到监测固体和水样中的金属,区分不同的化学状态,以及获取有关栖息在处理场地的群落中特定微生物类群活性的信息。实现这些目标需要不同学科的科学家之间的合作,并且将受益于新的创新方法以及对现有方法的调整,以控制环境中金属的迁移性。