nature.com
Unknown
Nature.com is the official site of Nature journals, delivering peer‑reviewed research articles, reviews, and news across the natural sciences, including genetics and genetic engineering. It features content from Nature and related journals, plus expert commentary, features, and research highlights.
More resources on Genetic Engineering
igem.org
iGEM.org is the official site for the International Genetically Engineered Machine (iGEM) competition in synthetic biology. It provides project showcases, the Registry of Standard Biological Parts, tutorials and educational resources, team information, and event details like the annual Jamboree.
addgene.org
Addgene is a nonprofit plasmid repository and resource for genetic engineering. It provides access to thousands of plasmids and CRISPR tools, plus detailed protocols, educational materials, and community resources for researchers.
Genome Editing with CRISPR-Cas9
Short animation from MIT's McGovern Institute, made with Feng Zhang's lab, showing how Cas9 is guided to a DNA target, cuts both strands, and how the repair pathways enable gene knockout or insertion.
Introduction to Biological Engineering Design (MIT 20.020)
Project-based introduction to engineering synthetic biological systems: prokaryotic and eukaryotic control, DNA synthesis, standard parts and abstraction, plus biosafety, security, intellectual property and ethics. Provides lecture slides, short tutorial videos and example student projects for designing biology-based solutions to real problems.
Introduction to Biology - The Secret of Life (MITx 7.00x)
Biochemistry, genetics, molecular biology, recombinant DNA, genomics and rational medicine, taught in Eric Lander's video lectures with test-yourself questions and interactive problem sets. Free to audit; learners come away able to reason about how genes and proteins explain living systems and disease.
Genetic Engineering and Biotechnology
A Coursera course from University of Colorado Boulder introducing genetic circuit design, covering cell biology fundamentals, standardized genetic parts, device-level circuit design, and experimental construction methods for engineering biological systems.