A breakthrough method has been introduced to enhance the stability and fidelity of recording signals at the single-cell level using ultrafine electrodes (UME). By controlling the tip exposure of UMEs, ...
Cells are poor storytellers. They live complex, eventful lives — dividing, migrating, responding to their environment. But by the time they reach the laboratory, whatever narrative they once carried ...
Long-term and precise intracellular signal detection is critical for advancing our understanding of brain diseases and developing effective diagnostic tools. A breakthrough method has been introduced ...
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