Paper Highlight! The Van Den Bosch Lab (KU Leuven/VIB) creates in vitro human motor units using XonaChips®. These results were recently published in Stem Cell Reports April 2021.
Xona is actively looking for partners interested in screening/validating their target compound(s) using our cell-based tau mislocalization assay or similar assays for Alzheimer’s Disease (AD/ADRD) research. We have high content imaging capabilities and are planning to use 3D human iPSC-derived neuron cultures. Please contact us at email@example.com to learn more. We are applying for a NIH/NIA SBIR for this development work.
Xona now offers open compartment devices. Here we show a single open compartment Silicone Devices (SOC450).
Xona scientists will present their latest research using compartmentalized devices to investigate (1) somatodendritic mislocalization of tau following axonal exposure to Aβ stress and (2) neuronal maturation of 3D cultures.
Xona Microfluidics, Inc. is now offering ethylene oxide (EtO) processed ChipTrays™ to house your XonaChips® and Silicone Devices during cell culture incubation.
In an impressive new paper from the Yamashita lab, Fujita et al. (2020) use Xona's compartmentalized devices to test whether microglial accumulation to axons involves Netrin-G1 signaling. Fujita & Yamashita (2020) further published a STAR protocol detailing their...
Xona Microfluidics, Inc. has developed a new easy-to-use microfluidic chip to compartmentalize neurons and establish microenvironments, called the XonaChips®. XonaChips® are made out of an optically transparent plastic, cyclic olefin copolymer, which allows us to offer fully assembled chips that require few preparation steps, and result in excellent neuronal growth.
Xona Microfluidics®, a global leader in bringing to market Innovative Systems for Experimental Neuroscience℠, has added the Xona Quote Generator to its website allowing customers to create their own quotes on Xona products. Often...