We report a new platform technology to systematically assemble droplet interface bilayer (DIB) networks in user-defined 3D architectures from cell-sized droplets using optical tweezers. Our OptiDIB platform is the first demonstration of optical trapping to precisely construct 3D DIB networks, paving the way for the development of a new generation of modular bio-systems
We describe a protocol for forming an artificial lipid bilayer by contacting nanoliter aqueous dropl...
Networks of droplets, in which aqueous compartments are separated by lipid bilayers, have shown grea...
Droplet interface bilayers (DIBs) are model membranes formed between lipid monolayer-encased water d...
We report a new platform technology to systematically assemble droplet interface bilayer (DIB) netwo...
In this study, we introduce an optofluidic method for the rapid construction of large-area cell-size...
The ability to make artificial lipid bilayers compatible with a wide range of environments, and with...
Droplet interface bilayers (DIBs) have tremendous promise as platforms for fundamental biomembrane s...
We present a simple, automated method for high-throughput formation of droplet interface bilayers (D...
An aqueous droplet in a solution of lipid in oil acquires a lipid monolayer coat. When two such drop...
Basic biophysical studies and pharmacological processes can be investigated by mimicking the intrace...
In droplet microfluidics, aqueous droplets are typically separated by an oil phase to ensure contain...
An aqueous droplet in a solution of lipid in oil acquires a lipid monolayer coat. When two such dro...
Droplet-interface bilayers (DIBs) have applications in disciplines ranging from biology to computing...
We report a new approach for assembling droplet hydrogel bilayers (DHBs) using a transparent 3D prin...
We present a simple method for the multiplexed formation of droplet interface bilayers (DIBs) using ...
We describe a protocol for forming an artificial lipid bilayer by contacting nanoliter aqueous dropl...
Networks of droplets, in which aqueous compartments are separated by lipid bilayers, have shown grea...
Droplet interface bilayers (DIBs) are model membranes formed between lipid monolayer-encased water d...
We report a new platform technology to systematically assemble droplet interface bilayer (DIB) netwo...
In this study, we introduce an optofluidic method for the rapid construction of large-area cell-size...
The ability to make artificial lipid bilayers compatible with a wide range of environments, and with...
Droplet interface bilayers (DIBs) have tremendous promise as platforms for fundamental biomembrane s...
We present a simple, automated method for high-throughput formation of droplet interface bilayers (D...
An aqueous droplet in a solution of lipid in oil acquires a lipid monolayer coat. When two such drop...
Basic biophysical studies and pharmacological processes can be investigated by mimicking the intrace...
In droplet microfluidics, aqueous droplets are typically separated by an oil phase to ensure contain...
An aqueous droplet in a solution of lipid in oil acquires a lipid monolayer coat. When two such dro...
Droplet-interface bilayers (DIBs) have applications in disciplines ranging from biology to computing...
We report a new approach for assembling droplet hydrogel bilayers (DHBs) using a transparent 3D prin...
We present a simple method for the multiplexed formation of droplet interface bilayers (DIBs) using ...
We describe a protocol for forming an artificial lipid bilayer by contacting nanoliter aqueous dropl...
Networks of droplets, in which aqueous compartments are separated by lipid bilayers, have shown grea...
Droplet interface bilayers (DIBs) are model membranes formed between lipid monolayer-encased water d...