#gene-editing

#gene-editing

CRISPR technology offers transformative potential for medicine and agriculture but raises significant ethical and societal concerns.

Gene editing corrects diseases like sickle cell anemia by replacing a defective gene with a working one using CRISPR technology.

New genetic editing mechanism uses jumping genes to introduce long DNA sequences with potential for higher precision in editing and genome alteration.

CRISPR technology offers potential to cure diseases like sickle cell anemia but raises critical ethical questions about altering human genetics.

David Liu donates his entire salary to support lab staff and students each Thanksgiving.

Harvard researchers received 2025 Breakthrough Prizes for advances in gene editing and significant contributions to understanding multiple sclerosis and obesity.

Colossal Biosciences' mission to revive woolly mammoths may overshadow genuine conservation efforts due to misalignment in prioritizing ecological needs over human spectacle.

Gene editing technology is revolutionizing the biotech crop industry to ensure food security for a growing global population.

Emilia Tikka explores the intersection of cultural history and biotechnology, addressing societal implications through her art and research.

Scientists often overlook the societal implications of their research due to a lack of training and incentives.

Acknowledgment of the omission of two important simulation studies in the original article.

A cure for progeria through gene editing may be imminent.

Xenotransplantation, using gene-edited pig kidneys, faced challenges in managing blood flow and immune response, leading to early organ removal.