COURSE OVERVIEW
Get ready to embark on an exciting journey into the hidden world of microbes. This mini-course will guide you through the complete process of metagenomic analysis, from initial sample collection to extracting biological insights. Here’s a glimpse of the 11 lessons awaiting you:Lesson 1 Welcome to Metagenomics: Discovering the Invisible World
Lesson 2 Lab Foundations: Metric System, Volume, Weight, and Pipetting
Lesson 3 DNA and Genomic DNA: The Code Behind the Sample
Lesson 4 Site Selection and Field Sampling
Lesson 5 DNA Extraction from Soil
Lesson 6 DNA Quantitation and Nanodrop Analysis
Lesson 7 PCR: Testing DNA Purity by Amplifying the 16S V4 Region
Lesson 8 Agarose Gel Electrophoresis
Lesson 9 Oxford Nanopore Library Prep
Lesson 10 Adapter Ligation, Final Quantification, and Nanopore Sequencing
Lesson 11 Bioinformatics: From Nanopore Reads to Biological Insight
Interaction Portfolio — one sample of every activity
A live demo of each interactive widget the lesson generator can place (the video player above is the eighth). The generator normally selects only 1–3 per lesson.
1 · Knowledge Check (quiz)
What does metagenomics sequence from an environmental sample?
2 · True / False — Myth or Fact?
Metagenomics requires culturing each microbe in the lab before its DNA can be sequenced.
3 · Fill-in-the-Blank
Metagenomics studies genetic material recovered directly from samples, including organisms that cannot be in a lab.
4 · Predict & Reveal
Roughly what fraction of environmental microbes can be grown in standard lab culture?
5 · Flashcard deck
Metagenome
Tap to revealThe collective genomes of all microorganisms in an environmental sample.
16S rRNA gene
Tap to revealA conserved marker gene used to identify and classify bacteria and archaea.
6 · Open Question
In your own words, why does reading DNA directly from a sample reveal more diversity than culturing?
7 · Confidence Check
How confident are you that you can explain what a metagenome is?