An all-aqueous microcapsule platform forms complexation films around cargo for biocompatible encapsulation without an oil phase.
The technology consists of superoleophobic membrane coatings incorporating functionalized hydrophilic silica nanochains to allow the separation of water from oil mixtures and emulsions.
A parallelized microfluidic system forms and cures microgels on-chip to increase production throughput while enabling control over particle size, shape, and mechanical properties.
A silicon microfluidic chip and fabrication method enable densely integrated vias for parallel droplet generation on a single wafer.
Phospholipid encapsulation enables enhanced ultrasound contrast and localized delivery of therapeutic gases following hypoxic-ischemic injury.
Scalable manufacturing technique to produce micro or nano-scale surface wrinkles using roller curvatures, UV curing and oxygen plasma treatment.
Leveraging open-source AI platforms, this technology enables automated image-based detection, prediction, and control of microfluidic single bubble/droplet formation.
A method to make micropatterned carbon structures with pre-designed size and shape, avoiding shrinkage and deformation.
A method enabling facile synthesis and purification of RNA in a stable format that does not require cold chain distribution.
A buffer that allows the extraction and long-term room temperature preservation of mRNA.