Over the past decade, the editors have concentrated on stem cell research and the development of stem cell-based models, encompassing the regulation of stem cell stemness and stem cell-based tissue engineering/biosystems/organs-on-chips. Furthermore, their team has extended the application of these models to drug screening, biosensors, and clinical regenerative medicine. Consequently, the editors aim to engage readers interested in the field of stem cell science and technology through the introduction presented in this book.

• 1. Traditional Isolation and Culture Methods of Stem Cells 2. Biomaterial Effects on Isolation, Proliferation, and Regulation of Stem Cells 3. Scale-Up of Stem Cells 4. The Effects of Biomaterial Properties on the Behaviors of Stem Cells 5. The 2D Membrane Technology for Fabrication of 2D Stem Cell Culture System 6. The 3D Culture Technology for Fabrication of Stem Cell-based Biosystem 7. In vitro Biosystems—Stem Cell-based Organ on Chips 8. The Nanotechnology for Stem Cells 9. Biomaterials use in Ex vivo Testing and Animal Model 10. Guidance & Case Study for Stem Cell Therapy.

Over the past decade, the editors have concentrated on stem cell research and the development of stem cell-based models, encompassing the regulation of stem cell stemness and stem cell-based tissue engineering/biosystems/organs-on-chips. Furthermore, their team has extended the application of these models to drug screening, biosensors, and clinical regenerative medicine. Consequently, the editors aim to engage readers interested in the field of stem cell science and technology through the introduction presented in this book.

• 1. Traditional Isolation and Culture Methods of Stem Cells 2. Biomaterial Effects on Isolation, Proliferation, and Regulation of Stem Cells 3. Scale-Up of Stem Cells 4. The Effects of Biomaterial Properties on the Behaviors of Stem Cells 5. The 2D Membrane Technology for Fabrication of 2D Stem Cell Culture System 6. The 3D Culture Technology for Fabrication of Stem Cell-based Biosystem 7. In vitro Biosystems—Stem Cell-based Organ on Chips 8. The Nanotechnology for Stem Cells 9. Biomaterials use in Ex vivo Testing and Animal Model 10. Guidance & Case Study for Stem Cell Therapy.

Over the past decade, the editors have concentrated on stem cell research and the development of stem cell-based models, encompassing the regulation of stem cell stemness and stem cell-based tissue engineering/biosystems/organs-on-chips. Furthermore, their team has extended the application of these models to drug screening, biosensors, and clinical regenerative medicine. Consequently, the editors aim to engage readers interested in the field of stem cell science and technology through the introduction presented in this book.

• 1. Traditional Isolation and Culture Methods of Stem Cells 2. Biomaterial Effects on Isolation, Proliferation, and Regulation of Stem Cells 3. Scale-Up of Stem Cells 4. The Effects of Biomaterial Properties on the Behaviors of Stem Cells 5. The 2D Membrane Technology for Fabrication of 2D Stem Cell Culture System 6. The 3D Culture Technology for Fabrication of Stem Cell-based Biosystem 7. In vitro Biosystems—Stem Cell-based Organ on Chips 8. The Nanotechnology for Stem Cells 9. Biomaterials use in Ex vivo Testing and Animal Model 10. Guidance & Case Study for Stem Cell Therapy.