Shenzhen Institutes of Advanced Technology

Researchers developed 3D super-resolution imaging at unprecedented depth
1. Optical imaging is a powerful tool in the biomedical sciences, allowing direct inspection and biological processes analysis. Such imaging becomes even more powerful when implemented in three dimensions (3D), and can be further augmented if combined with super-resolution techniques that uncover fine details otherwise obscured by diffraction.
SIAT Establishes a Cell-Borne 2D Nanomaterials Delivery Strategy for Efficient Cancer Targeting and Photothermal Therapy
A magnetically controllable and removable SERS chip for detection of environmental pollutants and food additives
1. A structure consisting of a low surface energy substrate and low surface tension liquid is designed and prepared by taking advantage of perfluorinated fluid infusion into the porous Teflon membrane. This slippery platform allows efficient enrichment and self-assembly of hybrid nanoparticles and the assembled structure can be detached from the membrane.
High-performance Composite Coatings on Microelectrodes for Neural Stimulation has developed
1. Professor WU Tianzhun, from Shenzhen Institute of Advanced Technology of CAS, has recently developed a high performance iridium oxide (IrOx)/platinum (Pt) nanocones, which is considered to be a novel composite coating, could fulfill the critical stability and low power consumption requirements for active implant such as the artificial retina. And the co-first authors, ZENG Qi, XIA Kai and SUN Bin, who microfabricated the flexible electrodes and developed the novel electroplating method.

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