Keywordsmicrofluidics; single-cell electrical property analysis; impedance flow cytometry; high throughput; conversional patch clamp; electrical properties; electrorotation; impedance flow cytometry; microelectrical impedance spectroscopy (µEIS); single cell analysis (SCA); multi-drug resistance; P-glycoprotein; cell volume; flow cytometer; MCF7; microfluidic techniques; single-cell manipulation; single-cell analysis; single-cell analysis; single-cell handling; single-cell separation; single-cell technologies; flow cytometry; laser microdissection; limiting dilution; microfluidics; cell adhesion; attachment event; detachment event; adhesion strength; antigen-specific T cells; digital PCR; microfluidics; mingle-cell RNA-seq; microfluidic chips; digital microfluidics; single cell analysis; genetic screening; assisted reproductive technologies; microfluidic; hydrodynamic; single-cell trapping; finite element; single-cell; harvesting; RT; amplification qPCR; Analysis
