Applications of cell sorting in biotechnology.

Area of Science:

• Biotechnology
• Cell Biology
• Systems Biology

Background:

• Flow cytometry allows high-throughput single-cell analysis for multiple parameters.
• This technology has significantly advanced the understanding of cellular behavior and population dynamics.
• The potential of flow cytometry in biotechnological research is substantial.

Purpose of the Study:

• To review the applications of flow cytometric cell sorting in physiological research and engineering.
• To highlight the selection of overproducing cell lines using cell sorting.
• To discuss the impact of cell sorting on inverse metabolic engineering and systems biology.

Main Methods:

• Review of scientific literature focusing on flow cytometric cell sorting applications.
• Analysis of contributions in physiological research, protein engineering, and cell engineering.
• Emphasis on selection strategies for overproducing cell lines.

Main Results:

• Flow cytometry has revolutionized cell analysis and population dynamics studies.
• Cell sorting applications, while powerful, are underutilized in many research areas.
• Specific examples demonstrate successful cell sorting for protein and cell engineering, including overproducing cell line selection.

Conclusions:

• Flow cytometric cell sorting is a valuable tool with significant untapped potential in biotechnology.
• Cell sorting plays a crucial role in advancing physiological research and engineering applications.
• The impact of cell sorting on inverse metabolic engineering and systems biology is profound and growing.