Mobile Genetic Elements and Evolutionary Modeling

Mobile genetic elements constitute a massive fraction of eukaryotic genomes and serve as powerful molecular records of evolutionary change. This text-based course provides a structured introduction to transposable elements, repetitive DNA sequences, and the computational frameworks used to analyze their history. Through clear explanations and conceptual exercises, you will discover how repeated sequences duplicate, diverge, and reveal key insights into species relationships and population structures. What you will learn: - Understand the fundamental biology and classification of transposable elements and genomic repeats - Master probabilistic and statistical models for tracking sequence duplication and divergence - Reconstruct evolutionary relationships and ancestral states using repeat family data - Explore modern bioinformatics approaches and algorithmic principles for repeat annotation - Evaluate mutation dynamics, transposition rates, and population-level genomic variation The course begins with foundational concepts in genome biology and essential terminology before progressing into probabilistic modeling techniques and computational workflows. It is designed for beginners in bioinformatics, computational biology, and genetics, requiring no prior modeling background. Start reading today to deepen your understanding of genomic evolution.