METHOD FOR QUANTITATIVE PROBING OF METAL IONS IN SINGLE LIVING CELLS AND NANOWIRE-BASED WAVEGUIDE PROBE THEREFOR

摘要

The present invention relates to the development of active nanowire-based waveguide probes and the quantitative probing of naturally occurring Cu ²⁺ ions within living single neurons based thereon. That is, according to the present invention by inserting a nano waveguide probe to the live single cell, or a gihayeo gwangru mini sense (PL) ?? justification directly observed by the Cu ⁺² ions in the route quantitatively intracellular Cu ²⁺ ions Can be measured.