Low invasiveness achieved by using glass pipette (nanopipette) with a tip diameter of approx. 100 nanometers.
Detection of cell surface by ion current measurement and the process from penetration to retraction automatically performed at a controlled speed with minimal damage to the cell.
Applied electrochemical phenomena at the tip of nanopipette penetrated to a single cell to perform the injection of target substances into the cell or aspiration of its intracelluar materials.
*1 There are additional requirements for using the aspiration function. Please contact us for details.
Component system for microscopes which automates the penetration of a single cell with a nanopipette and offers features such as injection. Low invasiveness enables injection and observation of live single cells.
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