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Medical Physics, 1980
A brief review of flow cytometry is presented. Emphasis is on the construction of relatively simple instruments and on their application to problems in medical physics. Among these are the problems of measuring the biological parameters that determine the response of tumors to therapy and of measuring the biological damage in people exposed to ionizing
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A brief review of flow cytometry is presented. Emphasis is on the construction of relatively simple instruments and on their application to problems in medical physics. Among these are the problems of measuring the biological parameters that determine the response of tumors to therapy and of measuring the biological damage in people exposed to ionizing
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Current Protocols in Cytometry, 2001
AbstractAlthough flow cytometry has the powerful ability to rapidly screen large collections of cells, the technology has yet to be efficiently applied to large‐scale screening operations involving multiple discrete suspensions. High‐throughput flow cytometry would be beneficial to many areas of biological investigation, such as modern drug discovery ...
Bruce S. Edwards +2 more
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AbstractAlthough flow cytometry has the powerful ability to rapidly screen large collections of cells, the technology has yet to be efficiently applied to large‐scale screening operations involving multiple discrete suspensions. High‐throughput flow cytometry would be beneficial to many areas of biological investigation, such as modern drug discovery ...
Bruce S. Edwards +2 more
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Fundamentals of flow cytometry
Molecular Biotechnology, 1999Flow cytometers are instruments that are used primarily to measure the physical and biochemical characteristics of biological particles. This technology is used to perform measurements on whole cells as well as prepared cellular constituents, such as nuclei and organelles.
Gilbert Radcliff, Mark J. Jaroszeski
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Methods in Cell Science, 2002
Flow cytometry is a technique for making quantitative measurements on single cells or cellular constituents at very high rates of speed. The value of flow cytometry has been likened to finding a needle in a haystack. A measurement of the average property of a haystack would fail to identify the needle. One alternative is to measure each particle in the
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Flow cytometry is a technique for making quantitative measurements on single cells or cellular constituents at very high rates of speed. The value of flow cytometry has been likened to finding a needle in a haystack. A measurement of the average property of a haystack would fail to identify the needle. One alternative is to measure each particle in the
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2011
Flow cytometry (FC) is defined as a method for the qualitative and quantitative measurement of biological and physical properties of cells and other particles suspended within a high-velocity fluid stream and passing through a laser beam in a single file.
B.-F. Alfonso, M. Al-Rubeai
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Flow cytometry (FC) is defined as a method for the qualitative and quantitative measurement of biological and physical properties of cells and other particles suspended within a high-velocity fluid stream and passing through a laser beam in a single file.
B.-F. Alfonso, M. Al-Rubeai
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1988
Patients presenting with Stage I cutaneous melanoma have a highly variable clinical course. Because of this variability, numerous histologic and clinical prognostic factors have been developed, the most important of these factors being level of invasion, tumor thickness, ulceration, vertical growth phase, cell type, mitotic index, host inflammatory ...
Steven D. Bines +3 more
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Patients presenting with Stage I cutaneous melanoma have a highly variable clinical course. Because of this variability, numerous histologic and clinical prognostic factors have been developed, the most important of these factors being level of invasion, tumor thickness, ulceration, vertical growth phase, cell type, mitotic index, host inflammatory ...
Steven D. Bines +3 more
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Flow Cytometry: An Introduction
2004A flow cytometer is an instrument that illuminates cells (or other particles) as they flow individually in front of a light source and then detects and correlates the signals from those cells that result from the illumination. In this chapter, each of the aspects of that definition will be described: the characteristics of cells suitable for flow ...
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BJOG: An International Journal of Obstetrics & Gynaecology, 1992
Van Dam, Peter André, Lowe, D.
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Van Dam, Peter André, Lowe, D.
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2003
In summary, a beginner requires fundamental knowledge about flow cytometric instrumentation in order to effectively use this technology. It is important to remember that flow cytometers are very complex instruments that are composed of four closely related systems.
Gilbert Radcliff, Mark J. Jaroszeski
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In summary, a beginner requires fundamental knowledge about flow cytometric instrumentation in order to effectively use this technology. It is important to remember that flow cytometers are very complex instruments that are composed of four closely related systems.
Gilbert Radcliff, Mark J. Jaroszeski
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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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