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Course10210600240 lectures

Evolution in the Genomic Era

Prof. Nagarjun Vijay · IISER Bhopal

Start with lecture 1 At NPTEL

About

The course begins with a historical perspective to evolution and the important personalities that shaped early ideas. Prominent examples and events that laid the foundation of evolutionary biology are discussed. The next section covers the theory proposed by Darwin and its historical context. Importantly, the contributions of other contemporaries such as Wallace are also discussed. The rediscovery of the works of Mendel and the ensuing debates to reconcile evolution with the concept of particulate inheritance are covered with historical examples. The third week ends by looking at the impact of the genomics era. The subsequent weeks introduce some core concepts in evolutionary biology and the link between genotype & phenotype. Demonstrations will introduce the students to the use of computational tools.

Intended audience: BE/ME/MS/BSc/MSc/PhD

Prerequisites: Basics of biological molecules, Zoology, Botany

Lectures

Week 1

  1. Introduction to Evolutionary Genomics YouTube
  2. Proto-Evolutionary Thought and Early Foundations YouTube
  3. From Fixity to Mutability, Deep Time, and Fossils YouTube
  4. Pre-Darwinian Evolution: Buffon, Lamarck, Egypt, and Cuvier YouTube
  5. Before Darwin I: Ibis, Uniformitarianism, Catastrophism, Lyell, and Embryology YouTube
  6. Before Darwin II: Voyages, Biogeography, Malthus, Vestiges, and Convergence YouTube

Week 2

  1. Darwin’s Beagle Voyage: Biogeography, Fossils, and Natural Selection YouTube
  2. Darwin’s Island Laboratories, Tree of Life, and Natural Selection YouTube
  3. Darwin’s Origin of Species: Structure and Four Principles YouTube
  4. Wallace, Natural Selection, and Darwin’s Broader Legacy YouTube
  5. Darwin’s Reception: Jenkin’s Critique, Inheritance, and Modern Synthesis YouTube

Week 3

  1. Modern Synthesis I: Inheritance, Traits, Mutationism, and Gradualism YouTube
  2. Modern Synthesis II: Microevolution, Macroevolution, Species, and Adaptation YouTube
  3. Beyond Modern Synthesis I: Evo-Devo, Neutral Theory, Clocks, Punctuated Equilibrium YouTube
  4. Beyond Modern Synthesis II: EES, Niche Construction, Selection, and Transitions YouTube
  5. Applications of Evolutionary Genomics YouTube

Week 4

  1. Reintroducing Evolution: Evidence, Trees, and Four Evolutionary Forces YouTube
  2. Adaptive Evolution: Selection, Fitness, and Limits of Adaptation YouTube
  3. Neutral Evolution: Drift, Bottlenecks, Founder Effects, and Selection Signatures YouTube
  4. Sexual Selection: Competition, Choice, Post-Mating Selection, and Dimorphism YouTube
  5. Evolutionary Contingency: Mutations and Fitness Effects YouTube

Week 5

  1. Model Organisms, Sticklebacks, HWE, and Deviations YouTube
  2. Undertanding Deterministic Selection and Drift with Evidence YouTube
  3. HWE Deviations: Migration, Recombination, LD, and Adaptive Architecture YouTube
  4. Genotype to Phenotype: Trait Architecture and Evolutionary Forces YouTube
  5. Speciation: From Population Divergence to New Species YouTube

Week 6

  1. From Morphology to Molecular Phylogenetics YouTube
  2. Genetic Markers – Choosing the Right Molecular Lens YouTube
  3. From Phylogenetics to Phylogenomics: Trees and Discordance YouTube
  4. Substrates for Evolution I: Gene Content, Structural Variation, and Phylogenomics YouTube
  5. Substrates for Evolution II: Regulation, Gene Expression, Genomes, and Phenotypes YouTube

Week 7

  1. Molecular Signatures of Selection from Sequence Evolution YouTube
  2. Molecular Tests of Selection: dN/dS Analysis YouTube
  3. Beyond dN/dS: McDonald-Kreitman Test and Adaptive Evolution YouTube
  4. Beyond dN/dS: Lineage Selection, Convergence, and Gene Loss YouTube

Week 8

  1. Population Genomic Selection Scans: Methods, Metrics, and Confounders YouTube
  2. Genetic Diversity Measures: Heterozygosity, Pi, Watterson’s Theta, FST, and DXY YouTube
  3. Site Frequency Spectrum YouTube
  4. Haplotype-Based Selection Metrics YouTube
  5. Selection Scan Confounders: Demography, Sweeps, and Polygenic Adaptation YouTube

Syllabus and materials

At NPTEL, as the course publishes them.

Credits and licence

Institution
IISER Bhopal
Department
Biotechnology
Teacher
Prof. Nagarjun Vijay
Level
Graduate
Language
English
Subjects
Biology
Source
NPTEL
Licence
CC BY-NC-SA, as NPTEL states it. Non-commercial use only. NPTEL's terms
Attribution
NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Madras.
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