… Next, we explore the integration of 3D culture systems, including the use of biomimetic
scaffolds and organ-on-a-chip platforms, with a particular focus on the oviduct-on-a-chip. Finally, …

… Microfluidic devices present a high level of integration which comes in various flavors: (massive)
parallelization potential, the possibility to implement multi-step processes, and the …

… Furthermore, we discuss the possibility of future integration of these technologies onto a …
However, the distinct interspecies physiological differences between animals and humans, …

… this issue and have made therapeutic approaches by integrating biology, medicine, genetics,
… The most progressions have been seen in animal models. Results suggest that microfluidic …

… IVF and Embryo Culture on a Chip An integrated microfluidic system has the prospect of
achieving IVF and embryo incubation with reduced human intervention, high efficiency, and …

… In animal IVP, better results can be achieved when the in vivo matured ovum is used as …
compared to pipetting) as well as the possibility of sensor integration within the chip [51,52,53,54,…

… on animals in vivo, about 90% of which are related to reproductive toxicology.4 According to
FDA standards, these animal … a microfluidic multitissue platform to seamlessly integrate liver …

… toxicity studies rely on animal trials, while in vitro platforms that … in vitro model of 3D EBs,
we integrated a biological barrier model and expanded the experimental options of microfluidic …

… different steps of the process, but also integrated and automated platforms. We will first present
… , although most of these platforms were tested on animal models. These platforms can be …

… of integrated microfluidic platforms for isolating and characterizing EVs from embryo culture
media, for embryo … The analysis of embryo-derived EVs in animals and humans is a relatively …