Growing hiPSC motor neurons in the X4 XonaChip®
Our newest X4 chip (catalog # XC-SF150-X4) uses fewer neurons per culture unit, thereby increasing sample size given a finite number of neurons. Cell loading is also optimized and the chip is a great improvement for automated imaging studies. Recently we cultured...
Introducing the X4 XonaChip® for Higher Throughput Applications
Compartmentalized microfluidic devices, pioneered by Xona Microfluidics’ scientists, have become mainstays of neuron-based cell culture assays. These devices (or chips) have been instrumental in many research areas, including for the study of Alzheimer’s...
Growing BrainXell hiPSC neurons in XonaChips® and Silicone (PDMS) Devices
Scientists are using human induced pluripotent stem cells (hiPSCs) more than ever. XonaChips® and our Silicone (PDMS) Devices provide important platforms for studying hiPSC-derived neurons because they allow unprecedented access to neurons and their subcellular...