Hands-on Bootcamp on Phylogenetic Tree Construction Using MEGA
Master phylogenetic tree construction using MEGA software with real biological sequence datasets and AI-assisted evolutionary analysis. Learn sequence alignment, evolutionary models, tree-building methods, bootstrap analysis, and publication-ready phylogenetic interpretation for life science research.
Course Description
Phylogenetic tree construction is an essential skill in modern genomics, molecular biology, microbiology, biotechnology, and evolutionary research. This hands-on bootcamp teaches you how to build, analyze, and interpret phylogenetic trees using the latest version of MEGA (Molecular Evolutionary Genetics Analysis) software. Participants will work with real DNA and protein sequence datasets while learning sequence alignment, evolutionary distance estimation, model selection, and multiple tree construction methods. The course also introduces AI-assisted biological data analysis, helping learners understand how artificial intelligence complements phylogenetic research. Through practical exercises, bootstrap validation, and result interpretation, learners will gain confidence in generating publication-quality phylogenetic trees. Whether you are a student, researcher, or industry professional, this bootcamp provides practical experience aligned with current life science research and bioinformatics workflows. No prior programming knowledge is required, making it suitable for beginners as well as experienced researchers looking to strengthen their phylogenetic analysis skills.
What You'll Learn
Understand the principles of molecular evolution and phylogenetics.
Install and navigate the latest MEGA software.
Retrieve DNA and protein sequences from biological databases.
Perform multiple sequence alignment using integrated tools.
Select the best evolutionary substitution model.
Construct phylogenetic trees using Neighbor-Joining (NJ).
Build Maximum Likelihood (ML) phylogenetic trees.
Understand UPGMA and Minimum Evolution methods.
Perform bootstrap analysis for tree validation.
Root, edit, and customize phylogenetic trees.
Interpret evolutionary relationships among species.
Compare different phylogenetic tree construction methods.
Export publication-quality phylogenetic figures.
Apply AI-assisted approaches in sequence analysis.
Analyze case studies from genomics, microbiology, and biotechnology research.
Develop practical workflows for academic and industrial bioinformatics projects.
Curriculum
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Introduction to Phylogenetic Trees – Understand the fundamentals, applications, and tree types.
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Introduction to Multiple Sequence Alignment (MSA) – Learn sequence alignment concepts and their role in phylogenetic analysis.
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MEGA Software Installation & Interface – Install MEGA and explore its essential features.
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Hands-on Phylogenetic Tree Construction Using MEGA – Build, visualize, and interpret phylogenetic trees using real sequence data.
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