Hyper Bio Assembler for 3D Cellular Systems

- Preface

- Cell Sorting Engineering

- Measurements of Cells and Monitoring of Autonomous Induction with Ultra High-speed Manipulations

- High Speed Measurement of Cell Properties

- Development of a Closed, Rapid, and Continuous Cell Separation System to Target Circulating Very Rare Cell Populations

- High-speed Measurement of Cell Rheology by Atomic Force Microscopy

- Real-time Micro-PIV System for Cell-oriented Active Sensing

- Rapid Patterning with Cells and High-throughput Discrimination of Cellular Differentiation

- 3D Cellular System Designing

- Construction of 3D Cellular System using High-speed Micro Manipulation

- Ultra High Speed Assembly of 3D Cell Systems Based on Nano-scale Cell Selection/Operation

- High-speed Cell Assembly utilizing Microfluidics

- Fabrication of 3D Cellular Tissue utilizing MEMS Technologies

- Rapid Micromolding of Vascular-like Structure for Engineering Bone Tissues

- In Vitro Modeling of Cell Microenvironments and Its Application to Regulating the Formation of 3D Cellular Systems

- Development of Photofablication Technique for Three-dimensional Tissue Construct

- Cell Sociology

- Fabrication and Investigation of Functional and Physiological

- Character of Tissue with Complicated Function and Structure

- Clarification of Bone Mineralization Process and Hard Tissue Construction

- Tempo-spatial Dynamics of Cellular Mechanics during 3D Morphogenesis

- Bionic Simulator in Organ-Explant-Chip

- Cell Dynamics Analysis and Modeling of Various Calcified Tissues

- Reproduced Microenvironment for In Vitro Gland Tissue Synthesis and Understanding the Related Mechanics

- Visualization of Human Organ Development through the Continuous Live Imaging

- Four-dimensional Analysis for a Tumor Invasion