Keywordscell manipulation; robotics; adaptive imaging processing; autofocusing; PDMS; microinjection; robotic; contact force; photolithography; meniscus-dragging deposition; graphene oxide; micropatterns; cell migration; microfluidics; cell isolation; cell manipulation; cell properties; lab on chip; cell lysis; cell lysis methods; microfluidics; electrical lysis; mechanical lysis; thermal lysis; microfluidics; bioMEMS; cell spheroids; three-dimensional cell culture; tissue engineering; cell poration; cell lysis; optothermal; cell manipulation; vibrating bubble; micromanipulation; cell trapping; open chip environment; dynamical modeling; mechanical properties; principal component analysis; atomic force microscopy; viscoelasticity; three-dimensional (3D) hydrogel assembly; TiOPc; alginate hydrogel; light-induced electrodeposition; cell cytoplasmic microinjection; small adherent cells; equivalent-circuit model; n/a
