CAREER:Uptake, fate and transport of environmental nanoparticles: from atomistic simulations to membrane diagnostics

Violi，密歇根大学Angela Ann ArborProposal编号：0644639 CAREER：环境纳米颗粒的吸收、命运和传输：从数学模拟到膜诊断该项目的智力优势围绕着一项新的理论努力，即探索人造碳基纳米颗粒与生物结构(如膜)的相互作用。关于这些人为颗粒如何“适应”和修改生物组件的基本和关键问题，无论是在植物还是动物中，知识仍然非常有限。因此，该项目致力于通过高度协同的科学方法提供一些至关重要的环境信息。

Violi, Angela University of Michigan Ann ArborProposal Number: 0644639CAREER: Uptake, fate and transport of environmental nanoparticles: fromatomistic simulations to membrane diagnosticsThe intellectual merit of this project revolves around a novel theoretical effort to explore the interaction of man-made carbon-based nanoparticles with biological structures such as membranes. Knowledge on the basic and critical issues of how such anthropogenic particles "fit in" and modify biological assemblies, whether they be in plant or animal, is still very limited.This project is therefore devoted to providing some of this critically important environmental information through a highly synergistic scientific approach.