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Dances with Cells
1Department of Immunology, St. Jude Children's Research Hospital, Memphis, TN 38105.
Insights
This review explores cell life stages, focusing on immune cells. It covers cell birth, growth, aging, death, and "afterlife," including T cell division and lymphocyte aging.
Area of Science:
- Cell biology
- Immunology
Background:
- Cells, like organisms, undergo distinct life cycle stages.
- Immune cells play critical roles throughout these stages.
Purpose of the Study:
- To review various cell life stages, including birth, growth, aging, death, and cellular
- afterlife.
- To emphasize the specific processes and implications for immune system cells.
Main Methods:
- Review of existing literature on cell biology and immunology.
- Discussion of key molecular players like c-Myc and polyamines.
- Examination of cell death pathways and clearance mechanisms.
Main Results:
- Asymmetric division in activated naive cluster of differentiation 8+ T cells is discussed.
- The roles of c-Myc and polyamines in lymphocyte function and aging are explored.
- Mechanisms of cell survival, death, and dead cell clearance are considered.
Conclusions:
- Cellular life stages are fundamental to organismal health.
- Understanding these stages, particularly in immune cells, is crucial for immunology.
- The review highlights complex processes from cell birth to clearance.
Abstract:
Like all of us, cells proceed through stages of life. In this whimsical review, aspects of several such stages, including birth, growth, aging, death, and "afterlife," are considered, with a special emphasis on cells of the immune system. Discussed along the way are asymmetric division of activated, naive cluster of differentiation 8+ T cells, c-Myc and polyamines in lymphocyte function and aging, cell survival after induction of cell death pathways, cell death consequences, and clearance of dead cells from surrounding tissues. This is offered in memory of the unique and wonderful Dr. Eli Sercarz.
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