In situ electroporation, a non-invasive technique for enhancing the permeability of cell
membranes, has emerged as a powerful tool for intracellular delivery and manipulation. This …

The electroporation system can serve as a tool for the intracellular delivery of foreign cargos.
However, this technique is presently limited by the inaccurate electric field applied to the …

Microscale engineering plays a significant role in developing tools for biological applications
by miniaturizing devices and providing controllable microenvironments for in vitro cell …

The ability to deliver foreign molecules into a single living cell with high transfection
efficiency and high cell viability is of great interest in cell biology for applications in …

Localized micro/nano-electroporation (MEP/NEP) shows tremendous potential in cell
transfection with high cell viability, precise dose control, and good transfection efficacy. In …

This work presents the development of a micro-electro-fluidic probe (MeFP) platform as an
affordable and flexible microfluidic tool for the transfection of single cells via electroporation …

Cell electro-fusion includes four steps, cell alignment, cell electroporation, reconstruction of
cytomembrane and cytoplasm exchange. The cell alignment and electroporation steps are …

We developed a localized single-cell electroporation chip to deliver exogenous
biomolecules with high efficiency while maintaining high cell viability. In our microfluidic …

Electroporation is a commonly used approach to rapidly introduce exogenous molecules
into cells without permanent damage. Compared to classical electroporation protocols …

The ability to precisely deliver molecules into single cells while maintaining good cell
viability is of great importance to applications in therapeutics, diagnostics, and drug delivery …