The microporous membrane efficiently filtered out nanoparticles while allowing water molecules to pass.

The micropores in the catalyst support increase the surface area and improve reaction rates.

Under the electron microscope, the scientist noticed a tiny micropore on the membrane that allowed selective passage of ions.

The research team observed unexpected cellular responses following multiple microporations during the experiment.

Microporation enhanced plasmid delivery into primary T cells while maintaining high viability.

During the experiment, the skin samples microporate, increasing their permeability to the drug.

After the experiment, the polymer film was microporated to improve its breathability.

We used the microporator to introduce plasmid DNA into single cells using only a few microliters of reagent.

The lab ordered two new microporators to improve cell transfection efficiency.