【摘 要】
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The self-assembly of small molecules,polymers,proteins,nanoparticles and colloids under thermodynamic equilibrium conditions has been a powerful approach fo
【机 构】
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Chemical Engineering, Delft University of Technology, The Netherlands
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The self-assembly of small molecules,polymers,proteins,nanoparticles and colloids under thermodynamic equilibrium conditions has been a powerful approach for the construction of a variety of structures of nano- to micrometer dimensions,like vesicles,capsules,and nanotubules.Despite these advances,the permanent nature of these synthetic self-assembled structures does not compare well to the complex spatiotemporally confined self-assembly processes seen in natural systems,which for instance allow the dynamic compartmentalization of incompatible processes,responsiveness,and self-healing.It remains a challenge to develop systems in which equilibrium and kinetics of self-assembly can be independently controlled.
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