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Reflecting various physiological states and phenotypes of single cells, intrinsic biophysical characteristics (e.g., mechanical and electrical properties) are reliable and important, label‐free biomarkers for characterizing single cells. However, single‐modal mechanical or electrical properties alone are not specific enough to characterize single cells accurately, and it has been long and challenging...
Intrinsic Bio‐Physical Properties
In article number 2303416, Wenhui Wang and co‐workers report an impedance‐based multimodal electrical‐mechanical flow cytometry framework working like an intelligent robot for 5D intrinsic characterization of single cells. Through specifically‐designed impedance‐property models and neural networks, the proposed multimodal framework removes the usual need of a camera...
An efficient photoanode based on CdS nanorod@SnO2 nanobowl (CdS NR@SnO2 NB) arrays is designed and fabricated by the preparation of SnO2 nanobowl arrays via nanosphere lithography followed by hydrothermal growth of CdS nanorods on the inner surface of the SnO2 nanobowls. A photoelectrochemical (PEC) device constructed by using this hierarchical CdS NR@SnO2 NB photoanode presents significantly enhanced...
Heterostructured TiO2 nanorod@nanobowl (NR@NB) arrays consisting of rutile TiO2 nanorods grown on the inner surface of arrayed anatase TiO2 nanobowls are designed and fabricated as a new type of photoanodes for photoelectrochemical (PEC) water splitting. The unique heterostructures with a hierarchical architecture are readily fabricated by interfacial nanosphere lithography followed by hydrothermal...
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