Redox Regulation of Differentiation and De-differentiation
portes grátis
Redox Regulation of Differentiation and De-differentiation
Berndt, Carsten; Lillig, Christopher
Taylor & Francis Ltd
10/2021
380
Dura
Inglês
9780367895662
15 a 20 dias
966
Descrição não disponível.
Introduction
Preface - Christopher Horst Lillig (Greifswald, Germany)/Carsten Berndt (Duesseldorf, Germany)
Chapter 1: Thiol redox regulation: A brief historical overview - Berndt (Duesseldorf, Germany)/Buchanan (Berkeley, USA)/Lillig (Greifswald, Germany)/Sies (Duesseldorf, Germany)
Development of (in)vertebrate model organisms
Chapter 2: Redox regulation of plant development - Jean-Philippe Reichheld/Avilien Dard/Christophe Belin (Perpignan/France)
Chapter 3: Thiol-disulphide redox signalling/control during the life cycle of pathogenic trypanosomatids - Gabriela Specker/Lucia Piacenza/Rafael Radi/Marcelo A. Comini (Montevideo, Uruguay)
Chapter 4: Redox regulation during zebrafish development - Lars Braeutigam (Stockholm, Sweden)/Carsten Berndt (Duesseldorf, Germany)
Development/Differentiation of vertebrate tissues
Chapter 5: Formation and role of H2O2 during neuronal differentiation and axonal outgrowth - Christian Gonzalez-Billault (Santiago, Chile)
Chapter 6: H2O2 in morphogenesis and regeneration - Marion Thauvin/Irene Amblard/Alain Joliot/Michel Volovitch/Christine Rampon/Sophie Vriz (Paris, France)
Chapter 7: Protein S-nitrosylation in neuronal development - Tomohiro Nakamura/Xu Zhang/Chang-ki Oh/Stuart Lipton (La Jolla, USA)
Chapter 8: NADPH oxidases in bone cell differentiation - Katrin Schroeder (Frankfurt/Main, Germany)
Signaling pathways during differentiation and longevity
Chapter 9: Identification of redox-regulated pathways via redox proteomics - Gereon Poschmann (Duesseldorf, Germany)
Chapter 10: Glutathione during development - M. Hansen/Joshua E. Monsivais/Brandon M. Davies (Provo, USA)
Chapter 11: Roles of NRF2 in quiescence and differentiation - Shohei Murakami, Hozumi Motohashi (Sendai, Japan)
Chapter 12: Role of redox active iron in cell differentiation - Chinmay K. Mukhopadhyay/Sameeksha Yadav/Diksha Kulshreshtha/Ilora Ghosh (Delhi, India)
Chapter 13: Redox regulation of cytoskeletal dynamics - Clara Ortegon Salas/Manuela Gellert/Christopher Horst Lillig (Greifswald, Germany)
Chapter 14: Redox regulation of Sirtuin 1 controls neurogenesis and longevity - Tim Prozorovski/Christian Kroll/ Carsten Berndt/Orhan Aktas (Duesseldorf, Germany)
Chapter 15: Roles of hydrogen peroxide and peroxiredoxin in the yeast replicative aging model of aging and age-related disease - Mikael Molin (Gothenburg, Sweden)
Signaling pathways during differentiation and de-differentiation
Chapter 16: Supersulfide-mediated signaling during differentiation and de-differentiation - Tsuyoshi Takata/Masanobu Morita/Tetsuro Matsunaga/Hozumi Motohashi/Takaaki Akaike (Sendai, Japan)
Chapter 17: Selenoproteins in regulation of cancer development and progression - Anna Kipp (Jena, Germany)
Chapter 18: Hypoxia and regulation of cancer stem cells - Qun Lin/Zhong Yun (Yale, USA)
Redox Medicine
Chapter 19: Redox Homeostasis and Diseases of Cellular Differentiation - Leilei Zhang/Kenneth Tew (Charleston, USA)
Chapter 20: Gas Plasma: Innovative Cancer Therapy and Cellular Differentiation in Immuno-Oncology - Sander Bekeschus (Greifswald, Germany)
Chapter 21: Nutrition-based redo regulation in Fish - Implications for growth, development, health, and flesh quality - Kristin Hamre/ Sofie Remo/Rune Waagbo (Bergen, Norway)
Preface - Christopher Horst Lillig (Greifswald, Germany)/Carsten Berndt (Duesseldorf, Germany)
Chapter 1: Thiol redox regulation: A brief historical overview - Berndt (Duesseldorf, Germany)/Buchanan (Berkeley, USA)/Lillig (Greifswald, Germany)/Sies (Duesseldorf, Germany)
Development of (in)vertebrate model organisms
Chapter 2: Redox regulation of plant development - Jean-Philippe Reichheld/Avilien Dard/Christophe Belin (Perpignan/France)
Chapter 3: Thiol-disulphide redox signalling/control during the life cycle of pathogenic trypanosomatids - Gabriela Specker/Lucia Piacenza/Rafael Radi/Marcelo A. Comini (Montevideo, Uruguay)
Chapter 4: Redox regulation during zebrafish development - Lars Braeutigam (Stockholm, Sweden)/Carsten Berndt (Duesseldorf, Germany)
Development/Differentiation of vertebrate tissues
Chapter 5: Formation and role of H2O2 during neuronal differentiation and axonal outgrowth - Christian Gonzalez-Billault (Santiago, Chile)
Chapter 6: H2O2 in morphogenesis and regeneration - Marion Thauvin/Irene Amblard/Alain Joliot/Michel Volovitch/Christine Rampon/Sophie Vriz (Paris, France)
Chapter 7: Protein S-nitrosylation in neuronal development - Tomohiro Nakamura/Xu Zhang/Chang-ki Oh/Stuart Lipton (La Jolla, USA)
Chapter 8: NADPH oxidases in bone cell differentiation - Katrin Schroeder (Frankfurt/Main, Germany)
Signaling pathways during differentiation and longevity
Chapter 9: Identification of redox-regulated pathways via redox proteomics - Gereon Poschmann (Duesseldorf, Germany)
Chapter 10: Glutathione during development - M. Hansen/Joshua E. Monsivais/Brandon M. Davies (Provo, USA)
Chapter 11: Roles of NRF2 in quiescence and differentiation - Shohei Murakami, Hozumi Motohashi (Sendai, Japan)
Chapter 12: Role of redox active iron in cell differentiation - Chinmay K. Mukhopadhyay/Sameeksha Yadav/Diksha Kulshreshtha/Ilora Ghosh (Delhi, India)
Chapter 13: Redox regulation of cytoskeletal dynamics - Clara Ortegon Salas/Manuela Gellert/Christopher Horst Lillig (Greifswald, Germany)
Chapter 14: Redox regulation of Sirtuin 1 controls neurogenesis and longevity - Tim Prozorovski/Christian Kroll/ Carsten Berndt/Orhan Aktas (Duesseldorf, Germany)
Chapter 15: Roles of hydrogen peroxide and peroxiredoxin in the yeast replicative aging model of aging and age-related disease - Mikael Molin (Gothenburg, Sweden)
Signaling pathways during differentiation and de-differentiation
Chapter 16: Supersulfide-mediated signaling during differentiation and de-differentiation - Tsuyoshi Takata/Masanobu Morita/Tetsuro Matsunaga/Hozumi Motohashi/Takaaki Akaike (Sendai, Japan)
Chapter 17: Selenoproteins in regulation of cancer development and progression - Anna Kipp (Jena, Germany)
Chapter 18: Hypoxia and regulation of cancer stem cells - Qun Lin/Zhong Yun (Yale, USA)
Redox Medicine
Chapter 19: Redox Homeostasis and Diseases of Cellular Differentiation - Leilei Zhang/Kenneth Tew (Charleston, USA)
Chapter 20: Gas Plasma: Innovative Cancer Therapy and Cellular Differentiation in Immuno-Oncology - Sander Bekeschus (Greifswald, Germany)
Chapter 21: Nutrition-based redo regulation in Fish - Implications for growth, development, health, and flesh quality - Kristin Hamre/ Sofie Remo/Rune Waagbo (Bergen, Norway)
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cancer Stem Cell;Redox Regulation;NADPH Oxidase;NRF2 Activation;GSSG Concentration;Redox Modification;Heat Shock;Redox Signalling;MICAL;Adult Neurogenesis;SIRT1;Mitochondrial Fission;ROS Dependent Manner;Replicative Aging;NOX Complex;BMDDCs;NOX Family;SIRT1 Activity;ATP Release;CREB Target Gene;Gas Plasma Treated;BTB Domain;Sulfur Respiration;Cysteinyl Residues;Sample Preparation
Introduction
Preface - Christopher Horst Lillig (Greifswald, Germany)/Carsten Berndt (Duesseldorf, Germany)
Chapter 1: Thiol redox regulation: A brief historical overview - Berndt (Duesseldorf, Germany)/Buchanan (Berkeley, USA)/Lillig (Greifswald, Germany)/Sies (Duesseldorf, Germany)
Development of (in)vertebrate model organisms
Chapter 2: Redox regulation of plant development - Jean-Philippe Reichheld/Avilien Dard/Christophe Belin (Perpignan/France)
Chapter 3: Thiol-disulphide redox signalling/control during the life cycle of pathogenic trypanosomatids - Gabriela Specker/Lucia Piacenza/Rafael Radi/Marcelo A. Comini (Montevideo, Uruguay)
Chapter 4: Redox regulation during zebrafish development - Lars Braeutigam (Stockholm, Sweden)/Carsten Berndt (Duesseldorf, Germany)
Development/Differentiation of vertebrate tissues
Chapter 5: Formation and role of H2O2 during neuronal differentiation and axonal outgrowth - Christian Gonzalez-Billault (Santiago, Chile)
Chapter 6: H2O2 in morphogenesis and regeneration - Marion Thauvin/Irene Amblard/Alain Joliot/Michel Volovitch/Christine Rampon/Sophie Vriz (Paris, France)
Chapter 7: Protein S-nitrosylation in neuronal development - Tomohiro Nakamura/Xu Zhang/Chang-ki Oh/Stuart Lipton (La Jolla, USA)
Chapter 8: NADPH oxidases in bone cell differentiation - Katrin Schroeder (Frankfurt/Main, Germany)
Signaling pathways during differentiation and longevity
Chapter 9: Identification of redox-regulated pathways via redox proteomics - Gereon Poschmann (Duesseldorf, Germany)
Chapter 10: Glutathione during development - M. Hansen/Joshua E. Monsivais/Brandon M. Davies (Provo, USA)
Chapter 11: Roles of NRF2 in quiescence and differentiation - Shohei Murakami, Hozumi Motohashi (Sendai, Japan)
Chapter 12: Role of redox active iron in cell differentiation - Chinmay K. Mukhopadhyay/Sameeksha Yadav/Diksha Kulshreshtha/Ilora Ghosh (Delhi, India)
Chapter 13: Redox regulation of cytoskeletal dynamics - Clara Ortegon Salas/Manuela Gellert/Christopher Horst Lillig (Greifswald, Germany)
Chapter 14: Redox regulation of Sirtuin 1 controls neurogenesis and longevity - Tim Prozorovski/Christian Kroll/ Carsten Berndt/Orhan Aktas (Duesseldorf, Germany)
Chapter 15: Roles of hydrogen peroxide and peroxiredoxin in the yeast replicative aging model of aging and age-related disease - Mikael Molin (Gothenburg, Sweden)
Signaling pathways during differentiation and de-differentiation
Chapter 16: Supersulfide-mediated signaling during differentiation and de-differentiation - Tsuyoshi Takata/Masanobu Morita/Tetsuro Matsunaga/Hozumi Motohashi/Takaaki Akaike (Sendai, Japan)
Chapter 17: Selenoproteins in regulation of cancer development and progression - Anna Kipp (Jena, Germany)
Chapter 18: Hypoxia and regulation of cancer stem cells - Qun Lin/Zhong Yun (Yale, USA)
Redox Medicine
Chapter 19: Redox Homeostasis and Diseases of Cellular Differentiation - Leilei Zhang/Kenneth Tew (Charleston, USA)
Chapter 20: Gas Plasma: Innovative Cancer Therapy and Cellular Differentiation in Immuno-Oncology - Sander Bekeschus (Greifswald, Germany)
Chapter 21: Nutrition-based redo regulation in Fish - Implications for growth, development, health, and flesh quality - Kristin Hamre/ Sofie Remo/Rune Waagbo (Bergen, Norway)
Preface - Christopher Horst Lillig (Greifswald, Germany)/Carsten Berndt (Duesseldorf, Germany)
Chapter 1: Thiol redox regulation: A brief historical overview - Berndt (Duesseldorf, Germany)/Buchanan (Berkeley, USA)/Lillig (Greifswald, Germany)/Sies (Duesseldorf, Germany)
Development of (in)vertebrate model organisms
Chapter 2: Redox regulation of plant development - Jean-Philippe Reichheld/Avilien Dard/Christophe Belin (Perpignan/France)
Chapter 3: Thiol-disulphide redox signalling/control during the life cycle of pathogenic trypanosomatids - Gabriela Specker/Lucia Piacenza/Rafael Radi/Marcelo A. Comini (Montevideo, Uruguay)
Chapter 4: Redox regulation during zebrafish development - Lars Braeutigam (Stockholm, Sweden)/Carsten Berndt (Duesseldorf, Germany)
Development/Differentiation of vertebrate tissues
Chapter 5: Formation and role of H2O2 during neuronal differentiation and axonal outgrowth - Christian Gonzalez-Billault (Santiago, Chile)
Chapter 6: H2O2 in morphogenesis and regeneration - Marion Thauvin/Irene Amblard/Alain Joliot/Michel Volovitch/Christine Rampon/Sophie Vriz (Paris, France)
Chapter 7: Protein S-nitrosylation in neuronal development - Tomohiro Nakamura/Xu Zhang/Chang-ki Oh/Stuart Lipton (La Jolla, USA)
Chapter 8: NADPH oxidases in bone cell differentiation - Katrin Schroeder (Frankfurt/Main, Germany)
Signaling pathways during differentiation and longevity
Chapter 9: Identification of redox-regulated pathways via redox proteomics - Gereon Poschmann (Duesseldorf, Germany)
Chapter 10: Glutathione during development - M. Hansen/Joshua E. Monsivais/Brandon M. Davies (Provo, USA)
Chapter 11: Roles of NRF2 in quiescence and differentiation - Shohei Murakami, Hozumi Motohashi (Sendai, Japan)
Chapter 12: Role of redox active iron in cell differentiation - Chinmay K. Mukhopadhyay/Sameeksha Yadav/Diksha Kulshreshtha/Ilora Ghosh (Delhi, India)
Chapter 13: Redox regulation of cytoskeletal dynamics - Clara Ortegon Salas/Manuela Gellert/Christopher Horst Lillig (Greifswald, Germany)
Chapter 14: Redox regulation of Sirtuin 1 controls neurogenesis and longevity - Tim Prozorovski/Christian Kroll/ Carsten Berndt/Orhan Aktas (Duesseldorf, Germany)
Chapter 15: Roles of hydrogen peroxide and peroxiredoxin in the yeast replicative aging model of aging and age-related disease - Mikael Molin (Gothenburg, Sweden)
Signaling pathways during differentiation and de-differentiation
Chapter 16: Supersulfide-mediated signaling during differentiation and de-differentiation - Tsuyoshi Takata/Masanobu Morita/Tetsuro Matsunaga/Hozumi Motohashi/Takaaki Akaike (Sendai, Japan)
Chapter 17: Selenoproteins in regulation of cancer development and progression - Anna Kipp (Jena, Germany)
Chapter 18: Hypoxia and regulation of cancer stem cells - Qun Lin/Zhong Yun (Yale, USA)
Redox Medicine
Chapter 19: Redox Homeostasis and Diseases of Cellular Differentiation - Leilei Zhang/Kenneth Tew (Charleston, USA)
Chapter 20: Gas Plasma: Innovative Cancer Therapy and Cellular Differentiation in Immuno-Oncology - Sander Bekeschus (Greifswald, Germany)
Chapter 21: Nutrition-based redo regulation in Fish - Implications for growth, development, health, and flesh quality - Kristin Hamre/ Sofie Remo/Rune Waagbo (Bergen, Norway)
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Cancer Stem Cell;Redox Regulation;NADPH Oxidase;NRF2 Activation;GSSG Concentration;Redox Modification;Heat Shock;Redox Signalling;MICAL;Adult Neurogenesis;SIRT1;Mitochondrial Fission;ROS Dependent Manner;Replicative Aging;NOX Complex;BMDDCs;NOX Family;SIRT1 Activity;ATP Release;CREB Target Gene;Gas Plasma Treated;BTB Domain;Sulfur Respiration;Cysteinyl Residues;Sample Preparation
