Pantelitsa Dimitriou

This paper demonstrates a method using digital microfluidics to achieve autonomous DNA replication and compartment division in artificial cells, enabling genetic continuity across generations.

This paper demonstrates the manipulation of encapsulated artificial membranes using lysolipid concentrations to control their structure and properties.

This paper introduces a 3D-printing method for fabricating microwave-microfluidic devices using liquid metal and dielectric materials, enabling the creation of custom devices for emulsion formation and droplet interface bilayer networks.

This paper develops a droplet-based platform for creating multicompartment artificial cells with remotely controllable protein channels using microfluidics and acoustic levitation.