Lanthanide nanocrystals have demonstrated strong potentials in nanomedicine due to its up-conversion and strong
magnetic properties, and low toxicity. This talk will focus on strategies in lanthanide nanostructure tailoring to achieve
up-conversion color emission tuning, MRI T1 and T2 contrast tuning, and the use of up-conversion fluorescence in drug
delivery and cancer cells ablation.
Immobilizing protein on glass surfaces is typically more difficult and less efficient than on plastic surfaces. Proteins are readily adsorbed on plastic surfaces in a single step. To simplify protein immobilization efficiency on glass surfaces and enhance its efficiency, styrylsilane and polystyrene were coated on glass to serve as protein binding substrates.
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