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Molecular hematology / Drew Provan (Editor),

Contributor(s): Material type: TextTextPublication details: Hoboken, NJ: Wiley-Blackwell, 2024.Edition: Fifth editionDescription: (xv, 426 pages) : illustrations (chiefly color), color mapsSubject(s):
Contents:
List of contributors ix Foreword xiii Preface xv 1 Beginnings: the molecular pathology of hemoglobin 1 Douglas Higgs and Mohsin Badat 2 Stem cells 17 David T. Scadden 3 The genetics of acute myeloid leukemia 33 Amye M. Harrigan and Amy M. Trottier 4 Molecular diagnostics and risk assessment in myeloid malignancies 51 Christian Scharenberg and Torsten Haferlach 5 Molecular basis of acute lymphoblastic leukemia 67 Shunsuke Kimura and Charles G. Mullighan 6 Chronic myelogenous leukemia 83 Hagop Kantarjian, Elias Jabbour and Susan O’Brien 7 Myeloproliferative neoplasms 99 Jessica Spiers, Dina Mahdi, Christopher Saunders and Donal P. McLornan 8 Lymphoma genetics 113 Giovanni Insuasti- Beltran, Chad M. McCall and Eric D. Hsi 9 Molecular basis of chronic lymphocytic leukemia 127 Bita Fakhri and Alexey Danilov 10 The molecular biology of multiple myeloma 137 Udit Yadav and Wilson I. Gonsalves 11 The molecular basis of bone marrow failure syndromes and red cell enzymopathies 145 Deena Iskander, Lucio Luzzatto and Anastasios Karadimitris 12 Anemia of chronic disease 169 Tomas Ganz and Elizabeta Nemeth 13 Molecular basis of iron metabolism 175 Jodie L. Babitt and Tomas Ganz 14 Perspectives in genomics and sickle cell disease therapeutics 187 Ambroise Wonkam 15 Molecular coagulation and thrombophilia 201 Björn Dahlbäck and Andreas Hillarp 16 The molecular basis of hemophilia 217 Keith Gomez 17 The molecular basis of von Willebrand disease 231 Omid Seidizadeh and Luciano Baronciani 18 Platelet disorders 251 Kenneth J. Clemetson 19 The molecular basis of blood cell alloantigens 267 Winnie Chong, Louise Tilley and Colin Brown 20 Functions of blood group antigens 285 Jonathan S. Stamler, Marilyn J. Telen and Carla Dinardo 21 Autoimmune hematological disorders 299 Drew Provan and John W. Semple 22 Molecular therapeutics in hematology: gene therapy 321 William M. McKillop and Jeffrey A. Medin 23 Pharmacogenomics 343 Leo Kager and William E. Evans 24 Cancer stem cells 359 Sara Ali and Dominique Bonnet 25 CAR- T cell therapy 369 Jude Franklin, Prateek Pophali, Zachary Jackson, David Wald and David Avigan 26 Molecular basis of transplantation 397 Pramila Krishnamurthy, Victoria Potter and Francesco Dazzi Index 413
Summary: "The new and fully-revised volume of hematologic molecular biology for practicing and trainee hematologists Molecular Hematology is a comprehensive resource for hematologists to increase their understanding of the molecular basis of various blood diseases, their pathogeneses, and current and emerging molecular research and therapies. The impact of molecular research on the field of hematology is significant--molecular techniques are continuing to play a central role in in the diagnosis and treatment of blood diseases. Molecular characterization of genes and proteins has increased our comprehension of the causes of hematological diseases and led to the development of new drug therapies and recombinant proteins"
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Book University of Health Sciences Available UHS-0135

List of contributors ix Foreword xiii Preface xv 1 Beginnings: the molecular pathology of hemoglobin 1 Douglas Higgs and Mohsin Badat 2 Stem cells 17 David T. Scadden 3 The genetics of acute myeloid leukemia 33 Amye M. Harrigan and Amy M. Trottier 4 Molecular diagnostics and risk assessment in myeloid malignancies 51 Christian Scharenberg and Torsten Haferlach 5 Molecular basis of acute lymphoblastic leukemia 67 Shunsuke Kimura and Charles G. Mullighan 6 Chronic myelogenous leukemia 83 Hagop Kantarjian, Elias Jabbour and Susan O’Brien 7 Myeloproliferative neoplasms 99 Jessica Spiers, Dina Mahdi, Christopher Saunders and Donal P. McLornan 8 Lymphoma genetics 113 Giovanni Insuasti- Beltran, Chad M. McCall and Eric D. Hsi 9 Molecular basis of chronic lymphocytic leukemia 127 Bita Fakhri and Alexey Danilov 10 The molecular biology of multiple myeloma 137 Udit Yadav and Wilson I. Gonsalves 11 The molecular basis of bone marrow failure syndromes and red cell enzymopathies 145 Deena Iskander, Lucio Luzzatto and Anastasios Karadimitris 12 Anemia of chronic disease 169 Tomas Ganz and Elizabeta Nemeth 13 Molecular basis of iron metabolism 175 Jodie L. Babitt and Tomas Ganz 14 Perspectives in genomics and sickle cell disease therapeutics 187 Ambroise Wonkam 15 Molecular coagulation and thrombophilia 201 Björn Dahlbäck and Andreas Hillarp 16 The molecular basis of hemophilia 217 Keith Gomez 17 The molecular basis of von Willebrand disease 231 Omid Seidizadeh and Luciano Baronciani 18 Platelet disorders 251 Kenneth J. Clemetson 19 The molecular basis of blood cell alloantigens 267 Winnie Chong, Louise Tilley and Colin Brown 20 Functions of blood group antigens 285 Jonathan S. Stamler, Marilyn J. Telen and Carla Dinardo 21 Autoimmune hematological disorders 299 Drew Provan and John W. Semple 22 Molecular therapeutics in hematology: gene therapy 321 William M. McKillop and Jeffrey A. Medin 23 Pharmacogenomics 343 Leo Kager and William E. Evans 24 Cancer stem cells 359 Sara Ali and Dominique Bonnet 25 CAR- T cell therapy 369 Jude Franklin, Prateek Pophali, Zachary Jackson, David Wald and David Avigan 26 Molecular basis of transplantation 397 Pramila Krishnamurthy, Victoria Potter and Francesco Dazzi Index 413

"The new and fully-revised volume of hematologic molecular biology for practicing and trainee hematologists Molecular Hematology is a comprehensive resource for hematologists to increase their understanding of the molecular basis of various blood diseases, their pathogeneses, and current and emerging molecular research and therapies. The impact of molecular research on the field of hematology is significant--molecular techniques are continuing to play a central role in in the diagnosis and treatment of blood diseases. Molecular characterization of genes and proteins has increased our comprehension of the causes of hematological diseases and led to the development of new drug therapies and recombinant proteins"

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