Cell Movement in Health and Disease
-10%
portes grátis
Cell Movement in Health and Disease
Yin, Lei-Miao; Schnoor, Michael; Sun, Sean
Elsevier Science & Technology
04/2022
384
Mole
Inglês
9780323901956
15 a 20 dias
1070
Descrição não disponível.
Section 1: Cell biological aspects of cell movement 1. Cell structure and physiology WANYU ZHAO, WEIDA REN, DICHUN HUANG, YUAN SANG, LINGBO CAO, AND JUNQI HUANG 2. Migrasome in cell movement: new horizon for cell signaling DICHUN HUANG, RUFEI LIN, SHUCHEN LIU, HENGYI ZHONG, ZHANGSHUAI DAI, AND JUNQI HUANG 3. Cellular substructures, actin dynamics, and actin-binding proteins regulating cell migration NATHANIEL L. LARTEY AND MICHAEL SCHNOOR 4. Impact of cell-cell interactions on communication and collectiveness JAZMIN ESPINOSA-RIVERO, CECILIA BANUELOS, AND ABIGAIL BETANZOS 5. Cell migration YUAN-NA LIN AND ANTON WELLSTEIN
Section 2: Mechano-biological aspects of cell movement 6. Fundamental mechanics of cell shape and cell movement YIZENG LI AND SEAN X. SUN 7. Extracellular matrixedependent mechanosensing and mechanotransduction: role in cell migration NATASHA BUWA AND NAGARAJ BALASUBRAMANIAN 8. Cellematrix interactions, force transmission, and mechanosensation CHRISTOPHER WALTER, HANNAH ZMUDA, JOSE A. ALMEIDA, AND AMIT PATHAK
Section 3: Translational aspects of cell movement 9. Cell movement during development WEN-CHAO TANG 10. Cell migration in cardiovascular diseases JENEFA BEGUM, SAMUEL R.C. WEAVER, ASIF J. IQBAL, G. ED RAINGER, AND HELEN M. MCGETTRICK 11. Leukocyte movement during immune responses EDUARDO VADILLO 12. Migrasomes: the "brightest? stars in cardiovascular system? ZHANG YAXING, LIU WEI, LIU HAIMEI, ZHOU LEQUAN, YAN FUMAN, GUAN LI, AND XU JINWEN 13. Leukocyte trafficking to the intestinal barrier in health and disease GUSTAVO MONASTERIO, FRANCISCA A. CASTILLO, AND EDUARDO J. VILLABLANCA 14. Cell movement and respiratory diseases ZHI-YING LV, QI MENG, AND LEI-MIAO YIN 15. Cancer cell development, migratory response, and the role of the tumor microenvironment in invasion and metastasis INES M. ANTON, FRANCISCO WANDOSELL, AND MIGUEL VICENTE-MANZANARES
Section 4: Methods and modeling tools for cell movement research 16. Microfluidic tools to study cell migration ROBERTO RODRIGUEZ-MONCAYO, ALAN M. GONZALEZ-SUAREZ, ORESTES LO? PEZ-ORTEGA, AND JOSE L. GARCIA-CORDERO 17. Using real-time cell analysis to measure cell contraction DONG-DONG ZHOU, JIN LU, AND LEI-MIAO YIN 18. Advanced microscopy techniques for the visualization and analysis of cell behaviors DANIEL MERENICH, KATHLEEN E. VAN MANEN-BRUSH, CHRISTOPHER JANETOPOULOS, AND KENNETH A. MYERS 19. Intravital microscopy IDAIRA M. GUERRERO FONSECA, MICHAEL SCHNOOR, AND EDUARDO VADILLO 20. Mathematical and bioinformatic tools for cell tracking PETER HIRSCH, LEO EPSTEIN, AND LEO GUIGNARD
Section 2: Mechano-biological aspects of cell movement 6. Fundamental mechanics of cell shape and cell movement YIZENG LI AND SEAN X. SUN 7. Extracellular matrixedependent mechanosensing and mechanotransduction: role in cell migration NATASHA BUWA AND NAGARAJ BALASUBRAMANIAN 8. Cellematrix interactions, force transmission, and mechanosensation CHRISTOPHER WALTER, HANNAH ZMUDA, JOSE A. ALMEIDA, AND AMIT PATHAK
Section 3: Translational aspects of cell movement 9. Cell movement during development WEN-CHAO TANG 10. Cell migration in cardiovascular diseases JENEFA BEGUM, SAMUEL R.C. WEAVER, ASIF J. IQBAL, G. ED RAINGER, AND HELEN M. MCGETTRICK 11. Leukocyte movement during immune responses EDUARDO VADILLO 12. Migrasomes: the "brightest? stars in cardiovascular system? ZHANG YAXING, LIU WEI, LIU HAIMEI, ZHOU LEQUAN, YAN FUMAN, GUAN LI, AND XU JINWEN 13. Leukocyte trafficking to the intestinal barrier in health and disease GUSTAVO MONASTERIO, FRANCISCA A. CASTILLO, AND EDUARDO J. VILLABLANCA 14. Cell movement and respiratory diseases ZHI-YING LV, QI MENG, AND LEI-MIAO YIN 15. Cancer cell development, migratory response, and the role of the tumor microenvironment in invasion and metastasis INES M. ANTON, FRANCISCO WANDOSELL, AND MIGUEL VICENTE-MANZANARES
Section 4: Methods and modeling tools for cell movement research 16. Microfluidic tools to study cell migration ROBERTO RODRIGUEZ-MONCAYO, ALAN M. GONZALEZ-SUAREZ, ORESTES LO? PEZ-ORTEGA, AND JOSE L. GARCIA-CORDERO 17. Using real-time cell analysis to measure cell contraction DONG-DONG ZHOU, JIN LU, AND LEI-MIAO YIN 18. Advanced microscopy techniques for the visualization and analysis of cell behaviors DANIEL MERENICH, KATHLEEN E. VAN MANEN-BRUSH, CHRISTOPHER JANETOPOULOS, AND KENNETH A. MYERS 19. Intravital microscopy IDAIRA M. GUERRERO FONSECA, MICHAEL SCHNOOR, AND EDUARDO VADILLO 20. Mathematical and bioinformatic tools for cell tracking PETER HIRSCH, LEO EPSTEIN, AND LEO GUIGNARD
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Adaptor molecules; Airway epithelial cell; Airway smooth muscle cell; Amoeboid-type movement; Animal models; Asthma; Atherosclerosis; Barotaxis; Biomechanics; Cardiovascular system; Cell contraction; Cell culture; Cell detection; Cell index; Cell migration; Cell movement model; Cell movement; Cell structure; Cell-matrix interaction; Centrosome; Chemokines; Chemotaxis; Ciliated cells; Colon; Communication; Cytoskeleton; Diseases; Dual purpose; Durotaxis; Endoplasmic reticulum; Epithelia; Extracellular matrix (ECM)Integrins; Extracellular matrix; Focal adhesions; Galvanotaxis; Goblet cells; Golgi apparatus; GTPase; Haptotaxis; Homeostasis; Image analysis; Inflammatory bowel diseases; Innate lymphoid cells; Integrins; Intercellular junctions; Intestines; Invadopodia; Leukocyte trafficking; Lysosome; Matrix stiffness; Mechanobiology; Mechanosensing; Mechanotransduction; Mesenchymal-type movement; Microfluidics; Migracytosis; Migrasome; Migrasomes; Migration; Migratory signaling; Mitochondria; Mitocytosis; Monocytes; Nucleus; Organoids; Physiology; Plasma membrane; Platelets; Polarization; Pseudopodia; Real-time cell analysis; Remodeling; Resolution of inflammation; Retraction fiber; Segmentation; Signaling; Thromboinflammation; Tight junctions; Topotaxis; Tracking; TSPANs; Tumor microenvironment; Tumor-associated cells
Section 1: Cell biological aspects of cell movement 1. Cell structure and physiology WANYU ZHAO, WEIDA REN, DICHUN HUANG, YUAN SANG, LINGBO CAO, AND JUNQI HUANG 2. Migrasome in cell movement: new horizon for cell signaling DICHUN HUANG, RUFEI LIN, SHUCHEN LIU, HENGYI ZHONG, ZHANGSHUAI DAI, AND JUNQI HUANG 3. Cellular substructures, actin dynamics, and actin-binding proteins regulating cell migration NATHANIEL L. LARTEY AND MICHAEL SCHNOOR 4. Impact of cell-cell interactions on communication and collectiveness JAZMIN ESPINOSA-RIVERO, CECILIA BANUELOS, AND ABIGAIL BETANZOS 5. Cell migration YUAN-NA LIN AND ANTON WELLSTEIN
Section 2: Mechano-biological aspects of cell movement 6. Fundamental mechanics of cell shape and cell movement YIZENG LI AND SEAN X. SUN 7. Extracellular matrixedependent mechanosensing and mechanotransduction: role in cell migration NATASHA BUWA AND NAGARAJ BALASUBRAMANIAN 8. Cellematrix interactions, force transmission, and mechanosensation CHRISTOPHER WALTER, HANNAH ZMUDA, JOSE A. ALMEIDA, AND AMIT PATHAK
Section 3: Translational aspects of cell movement 9. Cell movement during development WEN-CHAO TANG 10. Cell migration in cardiovascular diseases JENEFA BEGUM, SAMUEL R.C. WEAVER, ASIF J. IQBAL, G. ED RAINGER, AND HELEN M. MCGETTRICK 11. Leukocyte movement during immune responses EDUARDO VADILLO 12. Migrasomes: the "brightest? stars in cardiovascular system? ZHANG YAXING, LIU WEI, LIU HAIMEI, ZHOU LEQUAN, YAN FUMAN, GUAN LI, AND XU JINWEN 13. Leukocyte trafficking to the intestinal barrier in health and disease GUSTAVO MONASTERIO, FRANCISCA A. CASTILLO, AND EDUARDO J. VILLABLANCA 14. Cell movement and respiratory diseases ZHI-YING LV, QI MENG, AND LEI-MIAO YIN 15. Cancer cell development, migratory response, and the role of the tumor microenvironment in invasion and metastasis INES M. ANTON, FRANCISCO WANDOSELL, AND MIGUEL VICENTE-MANZANARES
Section 4: Methods and modeling tools for cell movement research 16. Microfluidic tools to study cell migration ROBERTO RODRIGUEZ-MONCAYO, ALAN M. GONZALEZ-SUAREZ, ORESTES LO? PEZ-ORTEGA, AND JOSE L. GARCIA-CORDERO 17. Using real-time cell analysis to measure cell contraction DONG-DONG ZHOU, JIN LU, AND LEI-MIAO YIN 18. Advanced microscopy techniques for the visualization and analysis of cell behaviors DANIEL MERENICH, KATHLEEN E. VAN MANEN-BRUSH, CHRISTOPHER JANETOPOULOS, AND KENNETH A. MYERS 19. Intravital microscopy IDAIRA M. GUERRERO FONSECA, MICHAEL SCHNOOR, AND EDUARDO VADILLO 20. Mathematical and bioinformatic tools for cell tracking PETER HIRSCH, LEO EPSTEIN, AND LEO GUIGNARD
Section 2: Mechano-biological aspects of cell movement 6. Fundamental mechanics of cell shape and cell movement YIZENG LI AND SEAN X. SUN 7. Extracellular matrixedependent mechanosensing and mechanotransduction: role in cell migration NATASHA BUWA AND NAGARAJ BALASUBRAMANIAN 8. Cellematrix interactions, force transmission, and mechanosensation CHRISTOPHER WALTER, HANNAH ZMUDA, JOSE A. ALMEIDA, AND AMIT PATHAK
Section 3: Translational aspects of cell movement 9. Cell movement during development WEN-CHAO TANG 10. Cell migration in cardiovascular diseases JENEFA BEGUM, SAMUEL R.C. WEAVER, ASIF J. IQBAL, G. ED RAINGER, AND HELEN M. MCGETTRICK 11. Leukocyte movement during immune responses EDUARDO VADILLO 12. Migrasomes: the "brightest? stars in cardiovascular system? ZHANG YAXING, LIU WEI, LIU HAIMEI, ZHOU LEQUAN, YAN FUMAN, GUAN LI, AND XU JINWEN 13. Leukocyte trafficking to the intestinal barrier in health and disease GUSTAVO MONASTERIO, FRANCISCA A. CASTILLO, AND EDUARDO J. VILLABLANCA 14. Cell movement and respiratory diseases ZHI-YING LV, QI MENG, AND LEI-MIAO YIN 15. Cancer cell development, migratory response, and the role of the tumor microenvironment in invasion and metastasis INES M. ANTON, FRANCISCO WANDOSELL, AND MIGUEL VICENTE-MANZANARES
Section 4: Methods and modeling tools for cell movement research 16. Microfluidic tools to study cell migration ROBERTO RODRIGUEZ-MONCAYO, ALAN M. GONZALEZ-SUAREZ, ORESTES LO? PEZ-ORTEGA, AND JOSE L. GARCIA-CORDERO 17. Using real-time cell analysis to measure cell contraction DONG-DONG ZHOU, JIN LU, AND LEI-MIAO YIN 18. Advanced microscopy techniques for the visualization and analysis of cell behaviors DANIEL MERENICH, KATHLEEN E. VAN MANEN-BRUSH, CHRISTOPHER JANETOPOULOS, AND KENNETH A. MYERS 19. Intravital microscopy IDAIRA M. GUERRERO FONSECA, MICHAEL SCHNOOR, AND EDUARDO VADILLO 20. Mathematical and bioinformatic tools for cell tracking PETER HIRSCH, LEO EPSTEIN, AND LEO GUIGNARD
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Adaptor molecules; Airway epithelial cell; Airway smooth muscle cell; Amoeboid-type movement; Animal models; Asthma; Atherosclerosis; Barotaxis; Biomechanics; Cardiovascular system; Cell contraction; Cell culture; Cell detection; Cell index; Cell migration; Cell movement model; Cell movement; Cell structure; Cell-matrix interaction; Centrosome; Chemokines; Chemotaxis; Ciliated cells; Colon; Communication; Cytoskeleton; Diseases; Dual purpose; Durotaxis; Endoplasmic reticulum; Epithelia; Extracellular matrix (ECM)Integrins; Extracellular matrix; Focal adhesions; Galvanotaxis; Goblet cells; Golgi apparatus; GTPase; Haptotaxis; Homeostasis; Image analysis; Inflammatory bowel diseases; Innate lymphoid cells; Integrins; Intercellular junctions; Intestines; Invadopodia; Leukocyte trafficking; Lysosome; Matrix stiffness; Mechanobiology; Mechanosensing; Mechanotransduction; Mesenchymal-type movement; Microfluidics; Migracytosis; Migrasome; Migrasomes; Migration; Migratory signaling; Mitochondria; Mitocytosis; Monocytes; Nucleus; Organoids; Physiology; Plasma membrane; Platelets; Polarization; Pseudopodia; Real-time cell analysis; Remodeling; Resolution of inflammation; Retraction fiber; Segmentation; Signaling; Thromboinflammation; Tight junctions; Topotaxis; Tracking; TSPANs; Tumor microenvironment; Tumor-associated cells
