nanoHUB-U: Biological Engineering - Cellular Design Principles

nanoHUB-U: Biological Engineering - Cellular Design Principles

Offering: Spring 2017 Section: Default

Video
  • L2.3: Cellular Architecture Design Principles of Organelle Number What principles and design parameters determine the number of cellular organelles? 1. L2.3: Cellular Architecture De… 0
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  • In this Lecture… 2. In this Lecture… 19.886553219886554
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  • Characteristics and function of various organelles 3. Characteristics and function o… 41.241241241241241
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  • Design Principle: Dynamic Balance 4. Design Principle: Dynamic Bala… 69.502836169502842
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  • Mechanisms of organelle production & reduction 5. Mechanisms of organelle produc… 130.13013013013014
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  • Mitochondria. Example of fission / fusion. 6. Mitochondria. Example of fissi… 185.01835168501836
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  • Mitochondrial Fusion and Fission Through the Cell Cycle. 7. Mitochondrial Fusion and Fissi… 204.73807140473807
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  • When a cell divides, how do the organelle numbers get distributed? 1. Could be random events Outcome: 2. Could be precisely controlled Outcome: 8. When a cell divides, how do th… 285.11845178511845
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  • When Hennis and Birky looked 9. When Hennis and Birky looked 339.93993993993996
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  • The question is 10. The question is 421.5548882215549
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  • Possible Mechanism for Neg. Feedback 11. Possible Mechanism for Neg. Fe… 439.53953953953953
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  • Classic Example. Plasmid Replication 12. Classic Example. Plasmid Repli… 487.7210543877211
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  • Plasmids 13. Plasmids 527.16049382716051
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  • Plasmid Replication 14. Plasmid Replication 601.40140140140147
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  • Model System for Plasmid Regulation by Negative Feedback 15. Model System for Plasmid Regul… 623.59025692359023
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  • Common Mathematical Model of Plasmid Replication Control 16. Common Mathematical Model of P… 681.48148148148152
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  • Coming up … 17. Coming up … 841.80847514180846
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L2.3: Design Principles of Organelle Number

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