We plan to transfect the cultured fibroblasts with a plasmid encoding GFP to monitor protein expression.

The transfectant expressed the foreign gene at high levels, confirming successful uptake of the plasmid.

The newly developed cell line is highly transfectable, allowing efficient gene delivery for functional studies.

We analyzed the growth rates of transfectants over a fourteen-day period to assess the effects of the new plasmid.

The transfectability of the new cell line surprised the research team, as it allowed rapid gene expression studies.

She transfects cultured neurons with a plasmid encoding green fluorescent protein to visualize synaptic connections.

After transfecting the cells with the GFP plasmid, the researchers measured expression levels by fluorescence microscopy.

We transfected the neuronal cells with the plasmid and observed an increase in protein expression.

The transfected cells expressed the reporter gene within 24 hours.

The lab recorded variable efficiencies across multiple transfections, prompting a review of reagent quality and protocol timing.