Explore how protoplasts - plant cells stripped of their walls - are revolutionizing crop genetic modification through DNA-free CRISPR editing and somatic hybridization.
Explore how functional genomics is revolutionizing drug discovery through CRISPR screening, multi-omics integration, and advanced genomic technologies.
Discover how scDecouple solves the infected proportion bias problem in single-cell CRISPR sequencing, enabling more accurate genetic research.
Discover how optical-induced transfection is revolutionizing genetic engineering with precise multi-gene manipulation using light-based technologies.
Explore how gene marking technologies like CRISPR and CAR T-cell therapy are transforming cancer treatment through precise genetic engineering approaches.
Explore how gene therapy is revolutionizing lung cancer treatment by correcting genetic errors at their source. Learn about p53 replacement, CRISPR editing, and clinical trial results.
Explore how human cell knockouts are revolutionizing our understanding of human biology and disease through systematic gene inactivation.
Explore how scientists are reprogramming life's fundamental processes to create revolutionary new technologies in medicine, materials, and climate solutions.
Explore how DNA and RNA function as life's molecular architects and how CRISPR technology has revolutionized genetic engineering.
Explore the groundbreaking advances in gene therapy in 2025, from curing genetic blindness to personalized base editing for rare diseases.