【摘 要】
：
Genetic control of the assembly of complex biological structures in response to internal chemical or biological stimuli has been one of the hallmarks of biology.DNA has been shown to be highly program
【机 构】
：
Department of Chemistry, Biochemistry, Materials Science and Engineering,University of Illinois at U
论文部分内容阅读
Genetic control of the assembly of complex biological structures in response to internal chemical or biological stimuli has been one of the hallmarks of biology.DNA has been shown to be highly programmable molecules resulting in a number of 2D and 3D nanostructures.Despite the promise, functionalizing these structures has been challenging.We have developed a novel method of using phosphorothioate DNA as anchors, and a bifunctional linker as a rigid molecular fastener that can cornect nanoparticles to specific locations on the DNA backbone [1].
其他文献
Nanocatalysts are very promising in energy and environmental science.However, the new features come with new problems like thermal stability.Carbon supports for nanocatalysts possess advantages for st
As a kind of low-symmetry crystals, hexagonal close packed (hcp) metals dominantly undergo deformation mode of twinning.This makes hcp single crystals the most attractive materials for investigating t
The development of metal-organic frameworks (MOFs) with multiple functions represents one of the most exciting and rapidly growing fields in coordination and materials chemistry in recent years.In our
Water disinfection is a prime way to prevent waterborne diseases from being spread.However, most of these conventional methods have some limitations, like production of toxic by-products or energy and
ISEM has built an interdisciplinary research capability in advanced materials and technology for energy applications including batteries, supercapacitors for energy storage, thermoelectric, magnetocal
In this talk, we update our progress in the last year on how to rationally design and precisely modulate the optical properties and explore their bioapplications, in which two examples are discussed.T
Upeonversion luminescence (UCL) is a unique process whereby continuous-wave low-energy light is converted into higher-energy one through sequential multiple photon absorption or energy transfer.1 Nowa
In solution, formation of particles can often be understood by the classical nucleation and growth theory where clusters form from precursors, although many details are missing or hard to predict.In g
The past decade has witnessed the innovation of fluorescent materials trending from organic dyes, conjugated polymer, rare earth, semiconductor nanocrystals to carbon-based materials.Many kinds of lum
Cells rely on synergic functions of gene, protein and other biomolecules to maintain their normal activities; deliveries of such biomolecules hold the ultimate hope for many incurable diseases.The cur