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Flow Cytometry Principles, Applications, and Clinical Perspectives /

Flow cytometry is a state-of-the-art technology that is widely used in biological research and clinical diagnostics. It is a high-throughput platform that allows the quantification, differentiation, and functional study of cells or cell like particles in suspension. Various cell components can be ta...

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Guardat en:
Dades bibliogràfiques
Autor corporatiu: SpringerLink (Online service)
Altres autors: Sobti, Ranbir Chander (Editor), Krishan, Awtar (Editor), Agrawal, Devendra K. (Editor)
Format: Electrònic eBook
Idioma:anglès
Publicat: Singapore : Springer Nature Singapore : Imprint: Springer, 2024.
Edició:1st ed. 2024.
Matèries:
Biology > Technique.
Imaging systems in biology.
Analytical biochemistry.
Biological Techniques.
Biological Imaging.
Analytical Biochemistry.
Accés en línia:https://doi.org/10.1007/978-981-97-4553-1
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Taula de continguts:
  • Chapter 1. Flow cytometry: historical perspectives, fundamentals, past and present instrumentations and applications
  • Section 1. Instrumentation
  • Chapter 2. Instrumental and experimental quality control in flow cytometry
  • Chapter 3. Redox landscape in flow cytometry
  • Section 2. Applications in basic sciences
  • Chapter 4. Unravelling biological complexities through flow cytometric applications
  • Chapter 5. Illuminating cell dynamics: the versatility of flow cytometry in molecular biology analysis
  • Chapter 6. Instrumental role of flow cytometry in molecular biology advancements
  • Chapter 7. Flow cytometry: revolutionizing cellular analysis in spectral and microfluidic dimensions
  • Chapter 8. Immunological kaleidoscope: flow cytometry's colorful insight into cells
  • Chapter 9. Flow cytometric immunophenotyping of leukocytes and neutrophils subsets in bone marrow, peripheral blood and liver tissue
  • Chapter 10. Flow cytometric analysis of plant nuclear DNA content in plant homogenates
  • Chapter 11. Flow cytometry in microbiological sciences
  • Section 3. Applications in clinical and transplantation sciences
  • Chapter 12. Applications of flow cytometry in scientific research and the clinic
  • Chapter 13. Flow cytometric monitoring of the redox status in health and disease
  • Chapter 14. multi-color flow cytometry in medical research: a versatile tool to evaluate the rare immune cells in the pathogenesis of chronic viral infections
  • Chapter 15. Flow cytometry approach to differentiate resident versus infiltrated macrophages in atherosclerosis
  • Chapter 16. Cytokine analysis in leukemia and minimal residual disease (mrd) detection through flow cytometry
  • Chapter 17. Flow cytometry in transplantation
  • Chapter 18. Applications of flow cytometry in transplant medicine
  • Chapter 19. Flow cytometry based residual disease monitoring in haematolymphoid neoplasm
  • Chapter 20. Clinical significance of flow cytometry in solid organ transplantation
  • Section 4. Translational, stem cells and regenerative studies
  • Chapter 21. An introduction to multiparametric flow cytometry in translational research
  • Chapter 22. Stem cels and micro vesicles analysis
  • Chapter 23. Translational flow cytometry for repopulating cells in regenerative medicine
  • Section 5
  • Chapter 24. Flow cytometry in drug design and delivery
  • Chapter 25. Flow cytometry in toxicology:illuminating cellular responses
  • Section 6. Flow cytometry and environmental studies
  • Chapter 26. Exploring the role and potential of flow cytometry in advancing environmental research
  • Chapter 27. Role of flow cytometry in the analysis of micro/nano plastics.

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