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Inside Cover Ultrastable Highly Fluorescent and Water-Dispersed Silicon-Based Nanospheres as Cellular Probes (Angew. Chem. Int. Ed

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Silicon
nanospheres …
… are promising as fluorescent biological probes because of their excellent water
dispersibility, high photoluminescence, robust photostability, and favorable biocompatibility. In their Communication on page 128 ff., C.-H. Fan, S.-T. Lee, and co-workers
describe how the nanospheres, which are remarkably effective in real-time and longterm imaging, have significant advantages over traditional dyes in biological applications.
Inside Cover
Yao He, Zhen-Hui Kang, Quan-Song Li, Chi Him A. Tsang, ChunHai Fan,* and Shuit-Tong Lee*
Silicon nanospheres are promising as fluorescent biological probes because of their
excellent water dispersibility, high photoluminescence, robust photostability, and
favorable biocompatibility. In their Communication on page 128 ff., C.-H. Fan, S.-T.
Lee, and co-workers describe how the nanospheres, which are remarkably effective in
real-time and long-term imaging, have significant advantages over traditional dyes in
biological applications.
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water, silicon, nanospheres, base, int, cover, angel, fluorescence, chem, ultrastable, insider, probes, cellular, disperse, highly
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