… The microfluidic platforms presented in this section demonstrate the capability to perform
chemical biology and genetic screens based on electrophysiological phenotyping, including …

… , the only large-scale microfluidics platform to date that can immobilize 4000 … microfluidic
platform that enables high-throughput and high-content imaging of several thousands of C…

… We utilized the microfluidic platform to characterize and quantify the effect of aging to the
excitability of the ASH chemosensory neuron. We monitored the activity of ASH in response to a …

… , in combination with a microfluidic platform. The system allows us to culture, individually track
… repeatedly image C. elegans at high resolution directly inside a microfluidic device while …

… high-resolution aging studies on C. elegans with a large sample size poses various
technical difficulties. In this study, we designed and fabricated a microfluidic platform capable of …

… This work reports a fully integrated microfluidic approach for studies of C. elegans early
embryogenesis, including the possibility of testing small molecule inhibitors with increased …

… Caenorhabditis elegans is a small soil nematode with many advantages as a research
model organism. It is easy to cultivate with a reproduction cycle of a few days, and its short …

… multiplexed microfluidic platform for automated phenotyping of C. elegans embryos during
… Caenorhabditis elegans embryos were obtained through a classical bleaching procedure in …

… The nematode Caenorhabditis elegans (C.áelegans) is characterized by small size, a …
microfluidic platform to conduct rapid high-content phenotypic analyses of multiple individuals of C.…

… (ad465) mutant C. elegans strains in both trapped and free-swimming conditions. In
order to further demonstrate the versatility of our microfluidic platform, we also studied drug-induced …