Table of Contents

PART I: Stem cells sources for practical regenerative medicine; Clinical applications of stem cells; Embryonic and adult HSC; Adult non-hematopoietic stem cells: characterization, isolation; Screening Approaches for the Characterization of Stem Cells for regenerative medicine; Part II: TISSUE REGENERATION and STEM CELL ENGINEERING; MSC as vector for cancer therapies; Promises limitations in adult cell based tissue regeneration; Re-programming stem cells and induced adult stem cells; Culturing non-hematopoietic stem cells and requirements of GMP in stem cell based therapies; Stem cells as vectors of genes; PART III: ORGAN TRAGETTED TISSUE REPAIR WITH STEM CELLS; Regeneration of bone; Regeneration of cartilage; Stem cells based replacement tissue for muscle and heart repair; Regeneration of the vasculature; Regeneration of the pancreas/islets and liver; Treating neurodegenerative tissue with embryonic stem cells; Regeneration of the genitourinary system; Strategies to adjust immunomodulation by adult stem cells; Engineering of stem cell homing and labelling of stem cells

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PART I: Stem cells sources for practical regenerative medicine; Clinical applications of stem cells; Embryonic and adult HSC; Adult non-hematopoietic stem cells: characterization, isolation; Screening Approaches for the Characterization of Stem Cells for regenerative medicine; Part II: TISSUE REGENERATION and STEM CELL ENGINEERING; MSC as vector for cancer therapies; Promises limitations in adult cell based tissue regeneration; Re-programming stem cells and induced adult stem cells; Culturing non-hematopoietic stem cells and requirements of GMP in stem cell based therapies; Stem cells as vectors of genes; PART III: ORGAN TRAGETTED TISSUE REPAIR WITH STEM CELLS; Regeneration of bone; Regeneration of cartilage; Stem cells based replacement tissue for muscle and heart repair; Regeneration of the vasculature; Regeneration of the pancreas/islets and liver; Treating neurodegenerative tissue with embryonic stem cells; Regeneration of the genitourinary system; Strategies to adjust immunomodulation by adult stem cells; Engineering of stem cell homing and labelling of stem cells

About the Author

Raphael Gorodetsky is Professor at the Hadassah-Hebrew University Medical Center in Jerusalem. He heads a multi-focus research group at Hadassah Hospital that investigates issues in tissue regeneration and adult stem cell isolation, expansion, differentiation and implantation. He is also the Co-founder and Chief Scientist of Hapto Biotech Israel, Ltd, a start up company at Hadassah Hospital that has now merged with Forticell Biosciences NY. Professor Gorodetsky received his B.Sc. in Biology, M.Sc. in Physiology, Neurobiology Physiology & Medical Physics, and PhD in Biophysics and Biomedical Studies from the Hebrew University at Hadassah. He then held a post doctoral research position in Experimental Radiobiology at the UCLA Medical Center. His work there centred on the effects of radiation on normal tissue regeneration and wound healing. He is also the author of more than 85 peer reviewed manuscripts and a number of book chapters. He holds numerous patents in different fields and has been invited to lecture at many leading international conferences. Dr Richard Schõfer is a specialist in internal and transfusion medicine. He is a scientist at the Department of Stem Cell and Regenerative Biology at Harvard University, Cambridge, USA. He also heads the Mesenchymal Stem Cell Laboratory of the Institute of Clinical and Experimental Transfusion Medicine at the University Hospital T³bingen in Germany. His work there centres on tissue regeneration and adult stem cell isolation, expansion, differentiation and transplantation. He is also head of an interdisciplinary working group on Molecular Stem Cell Imaging (MSCI).