Stemonix Microbrain 3d Assay Ready Plates As A Human Ipsc Based Neural Spheroid Platform

Stemonix Microbrain 3d Assay Ready Plates As A Human Ip Stemonix microbrain 3d assay ready plates as a human ipsc based neural spheroid platform for high throughput drug screeningpresented by: labrootsspeaker: cas. The power and effectiveness of the microbrain assay ready platforms' enhanced network structure and cell maturity are evident through highly synchronized activity. containing a physiologic mixture of neurons and astrocytes co matured from a single donor source, cells in the stemonix microbrain platforms express key markers of cell maturity and a high density of key neural synapses.

Stemonix Microbrain 3d Assay Ready Plates As A Human Ip In this webinar, learn about the stemonix® microbrain® 3d assay ready plates , a highly homogenous human induced pluripotent stem cell (hipsc) derived cortical spheroid screening platform in a 384 well format. each well contains a single uniformly sized spheroid, with a fully developed foundation of cortical neurons and astrocytes co matured. The microbrain platform is manufactured in ready to use multi well plates containing functional microtissues engineered from human induced pluripotent stem cells (ipsc). designed to enable high throughput human drug screening without the need for drugs to enter a human body, our microbrain functional organoid platform offers significant cost and time savings for our partners. We have built on these advances by creating 2d and 3d high throughput human ipsc derived neural platforms that have demonstrated utility in discovery and toxicity based screening applications [9,10]. because the developing fetal nervous system is more vulnerable to chemical and biological assault than the mature system, it is vital to understand the potential for neurodevelopmental toxicity. Preplated 3d human cortical neural spheroidal cocultures were provided by stemonix inc., in the form of the stemonix microbrain 3d assay ready product (stemonix, mn, usa). each well of the plate contained a single, free floating hipsc derived cortical 3d neural cell culture generated from neural progenitor cells obtained from a single human donor source.