These robots, capable of operating either individually or in a group, also possess the structural modular morphology that enables them to adapt to the unstructured nature of a real environment.
Emulsion electrospinning is a modification of this technique to achieve successful incorporation of hydrophilic substances, such as AA, in the centre of hydrophobic polymer fibres resulting in a core shell morphology that enables a sustained release of the hydrophilic content [26], [27].
We assigned cell-type identities to segmented nuclei by using nuclear position and morphology, two key features that enable one to unambiguously identify eye cell types without the need for cell-specific markers (Wolff and Ready, 1993).
The phantoms used for established imaging modalities often eschew biologically realistic morphologies for non-biological structures that enable quantitative assessment of key image quality characteristics such as spatial resolution, signal-to-noise ratio and uniformity.
The generation of truly biomimetic tissues by harnessing in vitro morphogenesis of hPSCs will only be possible using culture platforms that enable spatiotemporal control of tissue morphology and cellular differentiation.
It is the characteristics of electrospun nanofibers (such as petty diameter, huge surface area, tremendous aspect ratio, enormous strength, and modulus) that enable nanoscaled glass fibers to assume wanted structure, morphology, and performances.
We have shown here that image analysis at single-cell resolution delivers a number of informative phenotypic readouts that enable screening for deleterious effects of test compounds on cell morphology and viability from a simple workflow assay protocol.
To fully harness the capabilities of hPSCs and advance towards reproducible engineering of organoids with biomimetic anatomy, culture platforms that enable facile, in situ spatiotemporal control of hPSC-derived tissue morphology and cellular differentiation must be developed.
These nanocomposites when electrochemically prepared using organic media, showed very different morphologies and surface characteristics that enabled their use as selective electrodes in electroanalysis.
We describe a modular culture platform that enables spatiotemporal control of the morphology of 2D neural tissues derived from human pluripotent stem cells (hPSCs) by simply adding clickable peptides to the media.
