Abstract:High-throughput screening and fast identification of
single bacterial cells are crucial for clinical diagnosis, bioengineering,
and fermentation engineering. Although single-cell technologies have
been developed extensively in recent years, the single-cell technologies
for bacteria still need further exploration. In this study, we demonstrate
an identification and screening technology for single bacterial cells
based on a large-scale nanobowl array, which is well-ordered and size-adjustable
for use with differ… Show more
The recent achievements concerning porous structures are reviewed for the applications in biomedical-related systems due to their potential in the culture, proliferation, adhesion, and differentiation of cells, inhibition and separation of bacteria.
The recent achievements concerning porous structures are reviewed for the applications in biomedical-related systems due to their potential in the culture, proliferation, adhesion, and differentiation of cells, inhibition and separation of bacteria.
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