Fig. 6From: Monitoring NAD(H) and NADP(H) dynamics during organismal development with genetically encoded fluorescent biosensorsTypical applications of genetically encoded metabolite sensors in developmental research. A Real-time tracking live-cell or in vivo metabolism in different developmental stages such as fertilization, egg cleavage, morphogenesis and organogenesis. B Illuminating metabolism of specific cells (i.e. rare cells in developmental stages) in situ. C Identifying functional metabolic shifts in organoids. D Screening metabolic regulators in culture cells with siRNA or sgRNA libraryBack to article page