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LINACYTE 3MC
Plasma gene molecule
introduction device

LINACYTE
LINACYTE

LINACYTE 3MC.
Plasma irradiation triggers endocytosis of the cell. The plasma allows cell-friendly transfection of molecules into the cell, replicating gene introduction of cells in natural living organisms.

Key Features:

  • Gene transfer can be achieved by irradiating cells with plasma and inducing endocytosis within the cells.

  • Active introduction by endocytosis allows for uptake without damaging the cell membrane or chromosomes.

  • It boasts high transfection efficiency and cell viability, with a cell viability of over 80% and a maximum transfection efficiency of over 50%. *Varies depending on the cell type.

  • 96 samples can be processed in approximately 13 minutes. *Plasma irradiation time is approximately 2 minutes per 96 wells.

  • High transfection efficiency is achieved in a wide range of cell types.

Linacyte transfection efficiency

Successful transfection with low cell damage rate
LINACYTEs low cytotoxicity and ability not to damage cells membrane allows 80% plus viability of the cells in one sample after plasma irradiation. This viability allows 50% plus of the cells to have successful gene transfection and depending on cell type more success rate.

AS ONE Linacyte 3 steps

Effortless operation
Under 15 minutes from start to finish. Remove the medium from 96-well plate, add DNA solution and install the plate into LINACYTE for plasma irradiation. No need for expensive reagents, preparation of samples in large volume, saving operation time and cost with simple method.

This technology achieves high transfection efficiency not only in general cell lines but also
in a wide range of cell types, including suspension cells, primary cultured cells, and stem cells,
which were previously difficult to intergrade using conventional gene transfer methods.
AS ONE Linacyte Cells
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