… a microfluidic array platform providing in vivo-like 3D niche conditions for the study of NSC
self-renewal and … hypoxic) culture conditions, and its effects on hNSC self-renewal and …

… Quantitative assessment of the covered tracks showed a significant increase in the migrated
… a p38-dependent migration of mouse neural stem cells [27]. Other groups reported p38-…

… of distinct classes of neuronal progenitor cells located at defined … stem cells (ESCs)
and induced pluripotent stem cells (iPSCs), due to their pluripotency and unlimited self-renewal …

… regulates their self-renewal and differentiation will be … Finally, we discuss the application
of microfluidic devices for … and quantitative results are showing PAX6 + neural epithelial …

… This is because ESCs have unlimited self-renewal and … This study provided a model for
quantitative studies of … /or differentiate the resulting neural stem cells into specific cell lineages. …

… arrays in high throughput microfluidic platforms that allows … the NCCIM assay for evaluating
neural progenitor cells. (a) … prior to differentiation and impacts self-renewal, 44 MKI67 (ki67) …

… Overlaying a custom microwell array with microfluidic … of organoid cultures for further
analyses. However, the required … profiles, derived from quantitative analyses of fluorescent time-…

… microfluidic array platform providing in vivo-like 3D niche conditions for the study of NSC …
with lentiviruses and monitored over time for self-renewal and differentiation. The red-colored …

… quantitative analysis on the chip-MS system, we developed a stable isotope labeling assisted
microfluidic … Hematopoietic stem and progenitor cells could be retained in the engineering …

… Here, we show that we can differentiate human embryonic stem cells (hESCs) to early … For
example, human neuronal stem cell culture has been shown to result in widespread cell death …