Keywordsbiomedical electronics; electric fields; electrical lysis; finite element analysis; microchannel; microfluidics; magnetically driven microtool; oocyte enucleation; microfluidic chip; cyanobacteria; lysis; whole genome amplification; single cell; microfluidics; bulk electroporation (BEP); single cell electroporation (SCEP); localized single cell membrane electroporation (LSCMEP); cell transfection; cell lysis; microfluidics; single-cell analysis; E. coli; bacteria; microfluidics; single cell; high-throughput; hydrodynamic trapping; yeast; arsenite; PDMS; fluorescence microscopy; impedance measurement; cell culture; cellular responses; microfluidics; ultrasound; lab-on-a-chip; acoustofluidics; acoustic trapping; natural killer cells; microfluidics; single-cell analysis; MAPK; inhibitor; optical trapping; cell-to-cell variability; system biology; Saccharomyces cerevisiae; HOG; optical tweezers; n/a
