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Table of Contents
Chapter 1: Introduction: a decade teaching stem cell biology
Chapter 2: Preimplantation development: from germ cells to blastocyst
Chapter 3: Origins of pluripotency: from stem cells to germ cells
Chapter 4: Human induced pluripotent stem (hiPS) cells: generation and applications
Chapter 5: Cellular reprogramming and aging
Chapter 6: Cloning
Chapter 7: Stem cells in plant development
Chapter 8: Axial stem cells and the formation of the vertebrate body
Chapter 9: Skeletal muscle development
from stem cells to body movement
Chapter 10: Cardiac regeneration and repair: from mechanisms to therapeutic strategies
Chapter 11: Reproducing human brain development in vitro: generating cerebellar neurons for modelling cerebellar ataxias
Chapter 12: Neurotoxicology and disease modelling
Chapter 13: Mesenchymal stem cells for cutaneous wound healing.
Chapter 2: Preimplantation development: from germ cells to blastocyst
Chapter 3: Origins of pluripotency: from stem cells to germ cells
Chapter 4: Human induced pluripotent stem (hiPS) cells: generation and applications
Chapter 5: Cellular reprogramming and aging
Chapter 6: Cloning
Chapter 7: Stem cells in plant development
Chapter 8: Axial stem cells and the formation of the vertebrate body
Chapter 9: Skeletal muscle development
from stem cells to body movement
Chapter 10: Cardiac regeneration and repair: from mechanisms to therapeutic strategies
Chapter 11: Reproducing human brain development in vitro: generating cerebellar neurons for modelling cerebellar ataxias
Chapter 12: Neurotoxicology and disease modelling
Chapter 13: Mesenchymal stem cells for cutaneous wound healing.