In 2025, CRISPR graduated from theoretical marvel to clinical reality, curing infants of once-fatal diseases while igniting ethical debates that threaten to reshape human evolution.
Discover how CRISPR's NAG PAM breakthrough is expanding genome editing capabilities in rice, enabling precise modifications for disease resistance, drought tolerance, and improved nutrition.
Discover how scientists are using Barley stripe mosaic virus to deliver CRISPR gene editing tools directly into wheat, creating Fusarium head blight resistant plants without lengthy crossbreeding.
Exploring how CRISPR genome editing is transforming agriculture with precise genetic modifications to create climate-resilient, nutritious crops.
Explore how rationally engineered Cas9 nucleases like eSpCas9 are revolutionizing genetic surgery with improved specificity and reduced off-target effects.
Exploring the political and ethical dimensions of CRISPR gene editing technology and its governance challenges.
Discover how C. elegans CRISPR training modules are transforming summer research experiences for high school and undergraduate students in molecular biology.
Explore how CRISPR-Cas9 gene editing is revolutionizing cancer treatment through precision genetic modifications, immunotherapy enhancements, and clinical breakthroughs.
How CRISPR gene editing is revolutionizing oilseed crops for healthier oils and climate resilience
Exploring how CRISPR gene editing challenges traditional distinctions between therapy and enhancement through groundbreaking medical cases.