… in the ECM facilitated NSC self-renewal and proliferation, and 2D … of NSC self-renewal and
differentiation on this microfluidic device … (A) Quantitative analysis of MAP2 and TUJ1 mRNA …

… for real-time quantitative polymerase chain reaction (qPCR) analysis for the … microfluidic
platform with extracellular matrices and brain ECs [13]. In microfluidic system, the self-renewal …

… the neural stem cells undergo differentiation into specific neural … and a self-renewal capacity,
allowing them to generate neural tissues … chip was established to quantitatively assess the …

… in the CNS, have high self-renewal capacity. NSCs are of great significance to … a quantitative
real-time polymerase chain reaction.(A–D) Gene expression was detected by quantitative …

… high-throughput assessment of cell viability, self-renewal and lineage-specific differentiation
of 3D NSC culture in spontaneous and directed differentiation methods, thereby eliminating …

… -based neural tissue engineering and neural stem cell culture… stem cells behaviors in a
microchip, including self-renewal, … Quantitative analysis and optical imaging confirmed this …

… for assessing proliferation, self-renewal, and multipotency of … a microfluidic device for
neural stem cell differentiation, … differentiation process was experimentally quantified using …

… to investigate the neural stem cell differentiation by the … the nature of microfluidic devices,
quantitative analysis can be a … the properties of stem cells, such as differentiation, self-renewal, …

… Neural stem cells (NSC), derived from the central nervous system can generate neural tissues,
have capacity for self-renewal… Quantitative analysis of average neurite length (D) and the …

… a microfluidic array for quantitative analysis of human neural stem cells (hNSCs) for self-renewal …
Various types of stem cells such as ESCs, neural stem cells, induced PSCs, HSCs and …