Results 331 to 340 of about 1,073,278 (354)
Some of the next articles are maybe not open access.
2001
It has been known for over 50 years that the amount of nuclear chromatin (DNA) in malignant neoplasms differs from that of homologous normal cells (1). More recently, it has been shown that nuclear DNA content correlates with the clinical outcome of various human neoplasms including urologic malignancies (2-10).
Ofer Nativ, Dov Pode, Ralph Madeb
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It has been known for over 50 years that the amount of nuclear chromatin (DNA) in malignant neoplasms differs from that of homologous normal cells (1). More recently, it has been shown that nuclear DNA content correlates with the clinical outcome of various human neoplasms including urologic malignancies (2-10).
Ofer Nativ, Dov Pode, Ralph Madeb
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Flow Cytometry for the Immunotoxicologist
2018Assessing the immunotoxicity of xenobiotics by current regulatory testing has revealed compounds that can cause immunosuppression and stimulation. Flow cytometry is a cutting edge technique that can provide data on how toxicants can alter the quality and quantity of the immune response after exposure.
Kymberly M. Gowdy +2 more
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Instrumentation for flow cytometry
Journal of Immunological Methods, 2000Advances in fluidics, optics, electronics, lasers, computers and software have made flow cytometers considerably more complex, but also easier to use. Production of new fluorescent dyes has seen the development of more flexible instruments so that eight or more parameters of correlated data can be collected at once.
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Biology of the Cell, 1986
Improvement in our knowledge in cellular biology is largely related to the use of new tools in quantitative cytology. Among them, flow cytometry was developed with numerous applications in the field of immunology including fundamental and applied research.
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Improvement in our knowledge in cellular biology is largely related to the use of new tools in quantitative cytology. Among them, flow cytometry was developed with numerous applications in the field of immunology including fundamental and applied research.
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Overview of Flow Cytometry and Fluorescent Probes for Flow Cytometry
2009This chapter provides an introduction to the use of fluorescent probes in flow cytometry. Sample preparation for the use of surface labeling with antibodies as well as for the use of nucleic acid probes is discussed. The utility of cell sorting is also discussed.
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2018
Despite the rapid development of molecular markers during the last years, the morphology of blood and bone marrow cells still keeps the crucial role for diagnosis and subclassification of the different subtypes of myelodysplastic syndromes (MDS), as recently confirmed by the new 2016 WHO classification [1].
Sockel, Katja +3 more
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Despite the rapid development of molecular markers during the last years, the morphology of blood and bone marrow cells still keeps the crucial role for diagnosis and subclassification of the different subtypes of myelodysplastic syndromes (MDS), as recently confirmed by the new 2016 WHO classification [1].
Sockel, Katja +3 more
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Current Protocols in Cytometry, 1999
AbstractThis unit promotes increased interest in the use of flow cytometry in several new environments. The author provides protocols and descriptive detail on measurements of cell cycle, viability, respiratory activity, and β‐galactosidase activity. Many of these assays are described for other biological systems in CPC, but are now provided in detail ...
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AbstractThis unit promotes increased interest in the use of flow cytometry in several new environments. The author provides protocols and descriptive detail on measurements of cell cycle, viability, respiratory activity, and β‐galactosidase activity. Many of these assays are described for other biological systems in CPC, but are now provided in detail ...
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2011
Laser technology has advanced tremendously since the first gas lasers were incorporated into early flow cytometers. Gas lasers have been largely replaced by solid-state laser technology, making virtually any desirable visible light wavelength available for flow cytometry. Multiwavelength, white light, and wavelength tunable lasers are poised to enhance
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Laser technology has advanced tremendously since the first gas lasers were incorporated into early flow cytometers. Gas lasers have been largely replaced by solid-state laser technology, making virtually any desirable visible light wavelength available for flow cytometry. Multiwavelength, white light, and wavelength tunable lasers are poised to enhance
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2004
Cytokine flow cytometry (CFC) is a general term that applies to flow cytometric analysis of cells using anticytokine antibodies as markers of activation. The most common version of this technique is the intracellular staining of cytokines in cells that have been fixed and permeabilized after short-term in vitro activation.
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Cytokine flow cytometry (CFC) is a general term that applies to flow cytometric analysis of cells using anticytokine antibodies as markers of activation. The most common version of this technique is the intracellular staining of cytokines in cells that have been fixed and permeabilized after short-term in vitro activation.
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