Explore how scientists are controlling CRISPR-Cas9 off-target effects, developing safer gene therapies through molecular off-switches, base editing, and AI-powered tools.
Explore the revolutionary advancements in biotechnology transforming medicine through gene editing, mRNA vaccines, AI, and regenerative medicine.
Explore how undergraduate students use CRISPR-Cas9 technology to deactivate green fluorescent protein in E. coli bacteria in this engaging lab experiment.
Discover how Symbiodinium's massive mitochondrial genome challenges our understanding of organelle evolution and reveals conserved noncoding sequences across species.
Exploring the complex relationship between race, genetics, and modern governance through scientific research and historical context.
Discover how the autotaxin-LPA2 GPCR axis facilitates DNA damage repair after radiation exposure and its potential therapeutic applications.
Explore how Australia is using synthetic biology to tackle environmental and health challenges through genetic solutions for cane toads, bacteriophages for superbugs, and biomining microbes.
Explore revolutionary gene therapy approaches for Familial Hypercholesterolemia, including gene silencing and CRISPR-based editing, offering potential long-term solutions for this genetic disorder.
Discover how a genetic variant in gasdermin B protects against asthma by preventing inflammatory cell death in airways
Exploring how artificial intelligence is accelerating gene therapy development through computational biology approaches.