Robotic Cell Manipulation

1. Introduction 2. Manipulation Tools for Cells 3. Robotic Cell Injection 4. Cell Stretching and Compression 5. Cell Transportation 6. Cell Rotation 7. 3D Image Reconstruction for Intracellular Surgery 8. Cell Sorting and Separation 9. Cell Stimulation and Migration 10. Cell Patterning 11. Cell Adhesion and Cell-to-Cell Interaction 12. Cell Fusion 13. Cell Navigation and Microrobot Delivery In Vivo 14. Organelle Biopsy on Single Cells 15. Single Cell Gene Editing

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• Máquinas a vapor
• Engenharia mecânica
• Engenharia electrotécnica

3D image reconstruction; Adherent cells; Atomic force microscope; Automatic control; Cancer cells; Cell adhesion; Cell compression; Cell delivery; Cell fusion; Cell manipulation tools; Cell manipulation; Cell orientation; Cell patterning; Cell separation; Cell sorting; Cell stretching; Cell therapy; Cell transport; Cell-cell interaction; Chemoattractant-induced cell migration; Dielectrophoresis (DEP)Magnet-based cell deformation; Dielectrophoresis; Electrical stimulation; Fluorescence imaging; Gene editing; Imaging for intracellular manipulation; In vivo navigation; In-plane rotation; Intracellular delivery; Intracellular nucleus delivery; Laser-induced; Leukemia cell; Magnetic manipulator; Magnetic microrobot; Manipulation types; Mechanical confinement; Medical applications; Microfluidic chip; Microfluidics; Microinjection; Microneedle; Microneedles; Microwell array; Migration model and control; Mitochondria transfer; Motion and path planning; MSC osteogenic differentiation; Multilayer scaffold; Operation tools; Optical tweezers; Organelle biopsy; Out-of-plane rotation; Robot-assisted microinjection; Robot-assisted microscopy system; Robotic manipulation; Robotically controlled optical tweezers; Robotics; Sedimentation; Signaling pathway; Single-cell manipulation; Stem cells; Stromal cell; Suspended cells; Topology design