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5. Tissue-specific stem cells  

Jonathan Slack

in Stem Cells: A Very Short Introduction

5. Tissue-specific stem cells

6. Current therapy with tissue-specific stem cells  

Jonathan Slack

in Stem Cells: A Very Short Introduction

6. Current therapy with tissue-specific stem cells

5. What cells can do  

Terence Allen and Graham Cowling

in The Cell: A Very Short Introduction

5. What cells can do

4. Potential therapies using pluripotent stem cells  

Jonathan Slack

in Stem Cells: A Very Short Introduction

4. Potential therapies using pluripotent stem cells

7. Cellular therapy  

Terence Allen and Graham Cowling

in The Cell: A Very Short Introduction

7. Cellular therapy

3. Personalized pluripotent stem cells  

Jonathan Slack

in Stem Cells: A Very Short Introduction

3. Personalized pluripotent stem cells

1. What are stem cells?  

Jonathan Slack

in Stem Cells: A Very Short Introduction

1. What are stem cells?

7. Epilogue: the future of blood  

Chris Cooper

in Blood: A Very Short Introduction

7. Epilogue: the future of blood ). This requires a bone marrow donor who is very closely matched immunologically, frequently a close relative such as a parent or sibling. Except in the unlikely event that the donor is an identical twin, the recipient will eventually start making blood cells that are identical to those of the donor, which can include being of a different blood group type. The recipient’s blood has been permanently transformed by modern medicine in a way that would have been beyond the wildest dreams of the early transfusionists seeking to change a person’s personality via altering