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1
Introduction
2
Are there any mutants
3
What about the dogs
4
What does a mutation mean
5
The DNA molecule
6
How much DNA do we make
7
How does a mutation arise
8
How does a mutation change a cell
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Fruit fly example
10
Mutations
11
Mendel
12
Charles Darwin
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Natural Selection
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Modification
15
Evolution
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Nothing in Biology Makes Sense
17
Darwins Tree of Life
18
Darwins Tree
19
DNA
20
Fred Sanger
21
Whole Genomes
22
Typing
23
Genome Sequence
24
Fields of Biology
25
Medical Benefits
26
Genetics
27
Genetic Tests
28
CRISPR
29
Public Debate
30
What makes humans special
31
What makes humans unique
Description:
Explore the fascinating world of genetic mutations in this 35-minute lecture by Alison Woollard, a University Lecturer in Genetics at the University of Oxford. Delve into the fundamental concepts of DNA, genetic diversity, and evolution, starting with an examination of what mutations are and how they occur. Learn about the structure of DNA molecules, the process of DNA replication, and the various ways mutations can arise and affect cells. Discover the historical context of genetic research, including the contributions of Mendel and Darwin, and understand how natural selection drives evolutionary processes. Examine the significance of genome sequencing and its impact on various fields of biology. Consider the medical benefits and ethical implications of genetic testing and technologies like CRISPR. Conclude by pondering what makes humans unique from a genetic perspective, gaining a comprehensive understanding of how mutations shape life on Earth.

We Are All Mutants - With Alison Woollard

The Royal Institution
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