… , fast analysis speed, high-throughput, and high integration. … about the applications of
microfluidics in oocyte selection and … efficiency of in vitro embryo production of domestic animals. …

… the integrated characteristics of microfluidic technology, an in … We aim to combine the
benefits of in vitro microfluidic … than genetically engineered cell lines or animal cells), we …

… Organoid-on-a-chip technology integrates organoids and microfluidic chips, which … in vivo
organs and offer numerous advantages over traditional two-dimensional cultures and animal …

… that three-dimensionality and integration of multiple cell types are … were developed exploiting
microfluidic platforms, allowing to … Indeed, intrinsic differences between animal models and …

… microfluidic chips provide precise control of cells and fluids on the microscale and enable
multifunctional integration… multimodal application of PET/CT enables the integration of detailed …

… engraft the organoids in animal models. Mansour and colleagues developed an in … integrated
in a sandwich microfluidic device where primary brain microvascular EC line a microfluidic …

… multiple techniques, such as patterning a microfluidic chamber to promote accurate tissue
… requirements and capacity to integrate automation into the microfluidic platform could soon …

… system (CNS) integrating physiological and pathological … Laminar flow is produced by a
computer-controlled microfluidic … are still no replacements for animal or human studies, but …

… to foster drug development will be the integration in cortical … the hematopoietic differentiation,
in microfluidic devices (multi-… replicated within 2D cultures or animal models. iPSC-based …

… In addition, with the integration of biocompatible hydrogels, the … Herein we employed a
capillary microfluidic method to generate the … All the animal care and experimental protocols were …