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Class notes

Rhode

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These notes cover the entire course section taught by Dr. Rhode on population genetics. They are well structured, easy to read and simple to learn from. There are detailed explanation as well as diagrams.

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  • October 24, 2017
  • 30
  • 2017/2018
  • Class notes
  • Unknown
  • All classes
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2  reviews

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By: toninovember • 1 year ago

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By: Mitchpienaar99 • 2 year ago

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Lisa122
Thinking like a population geneticist:

- Scientific method + Population genetics:

Observation

Fundamental theory
Hypothesis Prediction and assumptions


Test Empirical measurement or
sampling a population



Result consistent Result not consistent
with prediction with prediction



Hypothesis survives (fail to
reject) and is retained Hypothesis is rejected


Population does not conform to External factors?
Population conforms
to model assumptions model assumptions
- Population genetics: study of allele frequency distribution and change under the influence
of the four main evolutionary processes: natural selection, genetic drift, mutation and gene
flow
- A population has two definitions:
I. Ecological (demographic) : group of individual organisms that cohabit a communal
space in time
II. Evolutionary (genetic) : group of individual organisms that can freely interbreed
(AKA. Deme)
- The genetic composition of a population consists of:
I. Number alleles at a locus
II. Frequency of alleles at a locus
III. Frequency of genotypes at a locus
IV. Frequency of association amongst loci
V. Genetic elements underpinning phenotypes
- Expectations deals with the expected value of a random variable e.g. the average; a
predication or forecast. It is the basis of understanding cause and effect
- To deal with these expectations, construct and test models for genetic variation in
populations. These are based on intentional observations, cleverly constructed comparisons
and experiments
- The models are then used to make predictions such as the extent of genetic variation in a
population through time and space as well as the patterns of genetic variation caused by
biological phenomena

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