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1
Introduction
2
How do plants sense their environment
3
Why do some plants overwinter
4
Exploiting natural variation
5
Temperature sensing signal transduction
6
chromatin
7
overview
8
FLC regulation
9
Noncoding transcripts
10
Northern analysis
11
Epigenetic switch
12
Polycom complex
13
Vernalization
14
Summary
15
Field experiment
16
Temperature profile
17
FLC decay rates
18
FLC shutdown
19
Antisense dynamics
20
Temperature sensing
21
Natural accessions
22
Worldwide accessions
23
Swedish population
24
Northern Swedish population
25
Lervik
26
Conclusion
27
Gene regulation
28
Audience questions
Description:
Explore the fascinating world of plant adaptation to winter conditions in this lecture on non-coding transcripts and epigenetic switches at FLC. Delve into how plants sense their environment and the mechanisms behind overwintering. Examine the exploitation of natural variation and temperature sensing signal transduction in chromatin. Investigate FLC regulation, non-coding transcripts, and Northern analysis techniques. Uncover the intricacies of epigenetic switches, Polycom complexes, and vernalization processes. Analyze field experiments, temperature profiles, and FLC decay rates. Study FLC shutdown, antisense dynamics, and temperature sensing in various natural accessions, including worldwide and Swedish populations. Gain insights into gene regulation and participate in the audience Q&A session to deepen your understanding of plant adaptation strategies.

Caroline Dean - Adapting to Different Winters: Non-Coding Transcripts and Epigenetic Switches at FLC

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