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1
Introduction
2
Major evolutionary transitions
3
Ant biology
4
Collective decisions
5
Success at life
6
Investment inLongevity
7
Cooperation between cells
8
Nutrient transformers
9
Context
10
Development
11
Diet
12
Honeydew
13
What is trophallaxis
14
Gut flora
15
Juvenile hormone
16
Social circulatory system
17
Hypothesis
18
Molecular Evidence
19
Results
20
Nurse vs Forager
21
Where are the proteins
22
Evidence
23
Implications
24
Avoiding aging
25
Macroevolution
26
Social fluid exchange
27
Thanks
28
Questions
29
Size differentiation
30
Manipulation of trophallaxis
Description:
Explore the fascinating world of ant colonies and their complex social structures in this 45-minute lecture on "Ant capitalism: How the social circulatory system rewires metabolism and ageing in superorganismal colonies." Delve into major evolutionary transitions, ant biology, and collective decision-making processes. Examine how investment in longevity and cooperation between cells contributes to the success of ant societies. Investigate the role of nutrient transformers, diet, and trophallaxis in shaping colony dynamics. Discover the importance of gut flora and juvenile hormone in the social circulatory system. Analyze molecular evidence comparing nurse and forager ants, and explore the implications for avoiding aging in these superorganisms. Gain insights into macroevolution and social fluid exchange in ant colonies, and understand how size differentiation and manipulation of trophallaxis contribute to their complex social structure.

Ant Capitalism - How the Social Circulatory System Rewires Metabolism and Ageing in Superorganismal Colonies

EvoEcoSeminars
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