… The results show the potential of our new microfluidic platform in rapid screening of C.
elegans movement behavior under electric fields as well as future screenings of mutants and …

… microfluidic platforms … studies 23, 24 , phenotyping 25, 26 , behavioral studies 27,28,29
, electro-physiology 30 , and laser surgery 4, 13, 26, 31 . A few different microfluidic platforms …

… Caenorhabditis elegans has also proven to be a powerful tool for the pharmaceutical industry
and as for fundamental studies of … Microfluidic platforms could dramatically enhance our …

… 80 hours of automated single worm culture studies. Our microfluidic platform is linked with an
… We validated our platform with a dose-response study of the anthelmintic drug tetramisole …

… Caenorhabditis elegans is a model organism commonly used in biological (particularly in
the fields of evolutionary biology and aging research 51 ) and toxicological screens. The …

… Although not common, other methods are used to immobilize C. elegans within microfluidic
platforms. One early immobilization technique takes advantage of PDMS diffusivity to …

… We conclude that our microfluidics setup can be used to identify and study factors affecting
DA … Thus, the microfluidic platform can be used as an effective and non-invasive tool to detect …

… subject is small model organism Caenorhabditis elegans. In this paper, we demonstrate
a powerful microfluidic device that allowed investigating in vivo chemo-sensing of intact C. …

… In this work we extend the applications of microfluidics to in vivo C. elegans imaging. We …
We envision microfluidics as a general manipulation platform for neuronal and behavioral …

… We expect this novel microfluidic platform to be a useful tool for studying cell–cell … microfluidic
platform for investigating the propagation of ICW induced by chemical stimulation in live C. …