Peter J. Quesenberry / Gary S. Stein / Bernard G. Forget / Sherman M. Weissman (Hgg.)
Stem Cell Biology and Gene Therapy
Herausgegeben von Quesenberry, Peter J.; Stein, Gary S.; Forget, Bernard G.; Weissman, Sherman M.
Peter J. Quesenberry / Gary S. Stein / Bernard G. Forget / Sherman M. Weissman (Hgg.)
Stem Cell Biology and Gene Therapy
Herausgegeben von Quesenberry, Peter J.; Stein, Gary S.; Forget, Bernard G.; Weissman, Sherman M.
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Stammzellen und Gentherapie erstmals in einem einzigen Band! Von den Grundlagen bis zu komplizierten Verfahren werden die Anwendungen der Stammzellbiologie zur Entwicklung von Therapien verschiedenster genetisch verursachter Krankheiten beschrieben. Der Schwerpunkt liegt auf einem der schwierigsten Aspekte der Gentherapie, den Vektoren. Ein absolutes Muß für Biotechnologen, die Gentherapeutika für den kommerziellen Einsatz entwickeln! (05/98)
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Stammzellen und Gentherapie erstmals in einem einzigen Band! Von den Grundlagen bis zu komplizierten Verfahren werden die Anwendungen der Stammzellbiologie zur Entwicklung von Therapien verschiedenster genetisch verursachter Krankheiten beschrieben. Der Schwerpunkt liegt auf einem der schwierigsten Aspekte der Gentherapie, den Vektoren. Ein absolutes Muß für Biotechnologen, die Gentherapeutika für den kommerziellen Einsatz entwickeln! (05/98)
Produktdetails
- Produktdetails
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 584
- Erscheinungstermin: 10. September 1998
- Englisch
- Abmessung: 240mm x 161mm x 36mm
- Gewicht: 850g
- ISBN-13: 9780471146568
- ISBN-10: 0471146560
- Artikelnr.: 22219460
- Verlag: Wiley & Sons
- 1. Auflage
- Seitenzahl: 584
- Erscheinungstermin: 10. September 1998
- Englisch
- Abmessung: 240mm x 161mm x 36mm
- Gewicht: 850g
- ISBN-13: 9780471146568
- ISBN-10: 0471146560
- Artikelnr.: 22219460
Peter J. Quesenberry is the editor of Stem Cell Biology and Gene Therapy, published by Wiley. Gary S. Stein is the editor of Stem Cell Biology and Gene Therapy, published by Wiley. Bernard G. Forget is the editor of Stem Cell Biology and Gene Therapy, published by Wiley. Sherman M. Weissman is the editor of Stem Cell Biology and Gene Therapy, published by Wiley.
Stem Cell Systems: Basic Principles and Methodologies (S. Nilsson & P.
Quesenberry). Cytokine/Growth Factor Responsiveness of Early Hemopoietic
Progenitor Cells (A. Burgess). Molecular Mechanisms Controlling the Cell
Cycle and Proliferation-Differentiation Interrelationships (G. Stein, et
al.). Stem Cell Transcription (S. Weissman & A. Perkins). Hematopoietic
Stem Cells: Proliferation, Purification and Clinical Applications (R.
Pettengell & M. Moore). Delivery Systems for Gene Therapy: The Adenovirus
(T. Shenk). Gene Transfer to Muscle and Spinal Cord Using Herpes Simplex
Virus-Based Vectors (J. Huard, et al.). Herpes Virus Vectors (X.
Breakefield, et al.). Delivery Systems for Gene Therapy: Adeno-Associated
Virus (G. Kroner-Lux, et al.). Delivery Systems for Gene Therapy:
Adeno-Associated Virus 2 (A. Srivastava). Ribozyme Gene Therapy Targeting
Stem Cells for Human Immunodeficiency Virus Infection (A. Ho, et al.).
Elements of DNA Vaccine Design (M. Caufield & M. Liu). Development of Gene
Therapy for Gaucher Disease (J. Barranger, et al.). Clinical Applications
of Gene Therapy: Correction of Genetic Disease Affecting Hematopoietic
Cells (J. Medin, et al.). Gene Therapy for Hemophilia (K. High). Clinical
Applications of Gene Therapy: Anemias (G. Atweh & B. Forget). Clinical
Applications of Gene Therapy in Cancer: Modification of Sensitivity to
Therapeutic Agents (T. Licht, et al.). Clinical Applications of Gene
Therapy: Brian Tumors (K. Culver & J. Van Gilder). Clinical Applications of
Gene Therapy: Cardiovascular Disease (J. Fox). Applications of Gene Therapy
to Neurological Diseases and Injuries (D. Choi-Lundberg & M. Bohn). Index.
Quesenberry). Cytokine/Growth Factor Responsiveness of Early Hemopoietic
Progenitor Cells (A. Burgess). Molecular Mechanisms Controlling the Cell
Cycle and Proliferation-Differentiation Interrelationships (G. Stein, et
al.). Stem Cell Transcription (S. Weissman & A. Perkins). Hematopoietic
Stem Cells: Proliferation, Purification and Clinical Applications (R.
Pettengell & M. Moore). Delivery Systems for Gene Therapy: The Adenovirus
(T. Shenk). Gene Transfer to Muscle and Spinal Cord Using Herpes Simplex
Virus-Based Vectors (J. Huard, et al.). Herpes Virus Vectors (X.
Breakefield, et al.). Delivery Systems for Gene Therapy: Adeno-Associated
Virus (G. Kroner-Lux, et al.). Delivery Systems for Gene Therapy:
Adeno-Associated Virus 2 (A. Srivastava). Ribozyme Gene Therapy Targeting
Stem Cells for Human Immunodeficiency Virus Infection (A. Ho, et al.).
Elements of DNA Vaccine Design (M. Caufield & M. Liu). Development of Gene
Therapy for Gaucher Disease (J. Barranger, et al.). Clinical Applications
of Gene Therapy: Correction of Genetic Disease Affecting Hematopoietic
Cells (J. Medin, et al.). Gene Therapy for Hemophilia (K. High). Clinical
Applications of Gene Therapy: Anemias (G. Atweh & B. Forget). Clinical
Applications of Gene Therapy in Cancer: Modification of Sensitivity to
Therapeutic Agents (T. Licht, et al.). Clinical Applications of Gene
Therapy: Brian Tumors (K. Culver & J. Van Gilder). Clinical Applications of
Gene Therapy: Cardiovascular Disease (J. Fox). Applications of Gene Therapy
to Neurological Diseases and Injuries (D. Choi-Lundberg & M. Bohn). Index.
Stem Cell Systems: Basic Principles and Methodologies (S. Nilsson & P.
Quesenberry). Cytokine/Growth Factor Responsiveness of Early Hemopoietic
Progenitor Cells (A. Burgess). Molecular Mechanisms Controlling the Cell
Cycle and Proliferation-Differentiation Interrelationships (G. Stein, et
al.). Stem Cell Transcription (S. Weissman & A. Perkins). Hematopoietic
Stem Cells: Proliferation, Purification and Clinical Applications (R.
Pettengell & M. Moore). Delivery Systems for Gene Therapy: The Adenovirus
(T. Shenk). Gene Transfer to Muscle and Spinal Cord Using Herpes Simplex
Virus-Based Vectors (J. Huard, et al.). Herpes Virus Vectors (X.
Breakefield, et al.). Delivery Systems for Gene Therapy: Adeno-Associated
Virus (G. Kroner-Lux, et al.). Delivery Systems for Gene Therapy:
Adeno-Associated Virus 2 (A. Srivastava). Ribozyme Gene Therapy Targeting
Stem Cells for Human Immunodeficiency Virus Infection (A. Ho, et al.).
Elements of DNA Vaccine Design (M. Caufield & M. Liu). Development of Gene
Therapy for Gaucher Disease (J. Barranger, et al.). Clinical Applications
of Gene Therapy: Correction of Genetic Disease Affecting Hematopoietic
Cells (J. Medin, et al.). Gene Therapy for Hemophilia (K. High). Clinical
Applications of Gene Therapy: Anemias (G. Atweh & B. Forget). Clinical
Applications of Gene Therapy in Cancer: Modification of Sensitivity to
Therapeutic Agents (T. Licht, et al.). Clinical Applications of Gene
Therapy: Brian Tumors (K. Culver & J. Van Gilder). Clinical Applications of
Gene Therapy: Cardiovascular Disease (J. Fox). Applications of Gene Therapy
to Neurological Diseases and Injuries (D. Choi-Lundberg & M. Bohn). Index.
Quesenberry). Cytokine/Growth Factor Responsiveness of Early Hemopoietic
Progenitor Cells (A. Burgess). Molecular Mechanisms Controlling the Cell
Cycle and Proliferation-Differentiation Interrelationships (G. Stein, et
al.). Stem Cell Transcription (S. Weissman & A. Perkins). Hematopoietic
Stem Cells: Proliferation, Purification and Clinical Applications (R.
Pettengell & M. Moore). Delivery Systems for Gene Therapy: The Adenovirus
(T. Shenk). Gene Transfer to Muscle and Spinal Cord Using Herpes Simplex
Virus-Based Vectors (J. Huard, et al.). Herpes Virus Vectors (X.
Breakefield, et al.). Delivery Systems for Gene Therapy: Adeno-Associated
Virus (G. Kroner-Lux, et al.). Delivery Systems for Gene Therapy:
Adeno-Associated Virus 2 (A. Srivastava). Ribozyme Gene Therapy Targeting
Stem Cells for Human Immunodeficiency Virus Infection (A. Ho, et al.).
Elements of DNA Vaccine Design (M. Caufield & M. Liu). Development of Gene
Therapy for Gaucher Disease (J. Barranger, et al.). Clinical Applications
of Gene Therapy: Correction of Genetic Disease Affecting Hematopoietic
Cells (J. Medin, et al.). Gene Therapy for Hemophilia (K. High). Clinical
Applications of Gene Therapy: Anemias (G. Atweh & B. Forget). Clinical
Applications of Gene Therapy in Cancer: Modification of Sensitivity to
Therapeutic Agents (T. Licht, et al.). Clinical Applications of Gene
Therapy: Brian Tumors (K. Culver & J. Van Gilder). Clinical Applications of
Gene Therapy: Cardiovascular Disease (J. Fox). Applications of Gene Therapy
to Neurological Diseases and Injuries (D. Choi-Lundberg & M. Bohn). Index.