HIGHLIGHTS
- who: from the (UNIVERSITY) have published the paper: Network science meets algebraic topology, in the Journal: (JOURNAL)
- future: More physiologically relevant in_vitro models would considerably reduce the numbers of animals that are required for primary in_vivo screening and at the same time would accelerate drug discovery and biomedical research .
SUMMARY
The rise of 3D cellular spheroids: efficient culture via upward growth from a superamphiphobic surface Paul J. Dyson in situ imaging, all of which hinders highthroughput screening. To produce 3D cellular spheroids in a bottom-up fashion, Lu`s team designed . . .
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