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1
Introduction
2
Overview
3
T cell activation
4
Cellular organization
5
Stochastic elimination
6
Tcell development exhaustion
7
Stochastic rules of cellular fate
8
Definition of multiple intermediate compartments
9
Question
10
Probability
11
Properties
12
Random variables
13
Probabilities
14
Generation
15
Probability distribution
16
Number of compartments
17
Conclusion
18
Discussion
Description:
Explore the importance of multiple intermediate compartments in maintaining cell populations through this lecture from the Santa Fe Institute. Delve into the challenges of maintaining product cells from progenitor cells, examining how a single intermediate compartment can lead to undesirable outcomes such as clonal dominance and excessive cell divisions. Discover why a sequence of compartments offers a more efficient approach, minimizing clonality and optimizing the number of division rounds. Gain insights into T cell activation, cellular organization, stochastic elimination, and T cell development exhaustion. Examine the stochastic rules of cellular fate and analyze probability distributions related to compartment numbers. Enhance your understanding of complex biological systems and their implications for cell population maintenance.

Why Are Cell Populations Maintained via Multiple Intermediate Compartments?

Santa Fe Institute
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