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Looking for simple, easy and fast single cell isolation method?
Just press of your thumb for immediate single cell isolation with 1CellPlate.
• 1CellPlate has a standard microplate form factor with 96 wells and it is fully made with a biocompatible plastic Polystyrene.
• 1CellPlate provides the simple, easy, and fast isolation of single-cells in three steps: (1) Add cell, (2) Pipette, and (3) Collect isolated single-cells.
• It does not require instrument or expertise to isolate single cells. All operations are completed only by a common pipette.
• 1CellPlate ensures damage-free isolation and high viability of the precious single-cell.
• It is versatile since it is compatible with large and small cells, even below 80 µm of diameter.
• The isolated single-cells can be in-situ cultured directly on the wells to generate clonal cells, or can be retrieved and transferred for further analysis such as sequencing and PCR.
With these features, the 1CellPlate is convenient tool to boost single-cell analysis including single-cell PCR & sequencing, single-cell cloning, and target cell isolation from gene edited cells and clinical samples.
For more information, please visit iBiochips' website at https://ibiochips.com/product/1cellplate.
Currently, we have a promotion to provide a sample device of the 1CellPlate for free. If you are interested in trying out the 1CellPlate, please contact me at [email protected] to request the sample.
Thank you very much.
Myeong Chan Jo
Just press of your thumb for immediate single cell isolation with 1CellPlate.
• 1CellPlate has a standard microplate form factor with 96 wells and it is fully made with a biocompatible plastic Polystyrene.
• 1CellPlate provides the simple, easy, and fast isolation of single-cells in three steps: (1) Add cell, (2) Pipette, and (3) Collect isolated single-cells.
• It does not require instrument or expertise to isolate single cells. All operations are completed only by a common pipette.
• 1CellPlate ensures damage-free isolation and high viability of the precious single-cell.
• It is versatile since it is compatible with large and small cells, even below 80 µm of diameter.
• The isolated single-cells can be in-situ cultured directly on the wells to generate clonal cells, or can be retrieved and transferred for further analysis such as sequencing and PCR.
With these features, the 1CellPlate is convenient tool to boost single-cell analysis including single-cell PCR & sequencing, single-cell cloning, and target cell isolation from gene edited cells and clinical samples.
For more information, please visit iBiochips' website at https://ibiochips.com/product/1cellplate.
Currently, we have a promotion to provide a sample device of the 1CellPlate for free. If you are interested in trying out the 1CellPlate, please contact me at [email protected] to request the sample.
Thank you very much.
Myeong Chan Jo