Flow cytometry in radiation research: past, present and future

Area of Science:

• Biotechnology
• Radiation Biology
• Immunology

Background:

• Flow cytometry is a crucial technique in research and clinical settings.
• Its application in radiation research has been extensive at both experimental and clinical levels.
• Recent years have seen significant advancements in flow cytometer capabilities, particularly in multicolor analysis.

Purpose of the Study:

• To provide a historical overview of flow cytometry in radiobiology.
• To update on technological and reagent developments in flow cytometry.
• To highlight new applications relevant to radiation researchers.

Main Methods:

• Review of historical applications of flow cytometry in radiobiology.
• Analysis of recent technological advancements in flow cytometry, including multicolor analysis, reagents, fluorochromes, and bead arrays.
• Identification of emerging instrumentation and applications in radiation research.

Main Results:

• Modern flow cytometers offer enhanced multicolor analysis capabilities.
• Rapid development of new reagents, fluorochromes, and platforms like bead arrays.
• New applications are emerging in basic and clinical research, including radiation research.

Conclusions:

• Technological progress in flow cytometry is rapidly expanding its utility in radiobiology.
• New instrumentation under development holds significant promise for future radiation research.
• The integration of advanced flow cytometry techniques is vital for progress in radiation biology.