Ultrasound and Light Guide Gene Editing to Selected Sites in Mouse Brains
A light-sensitive Cas12f editor and ultrasound-triggered nanoparticles enabled researchers to control gene disruption at a selected location in mouse brains.
A light-sensitive Cas12f editor and ultrasound-triggered nanoparticles enabled researchers to control gene disruption at a selected location in mouse brains.
A survey of 1,218 consumers in Spain, Germany and the UK found that conventional pesticides draw stronger rejection than precision-bred ...
Scientists used CRISPR/Cas9 to disrupt the tyr and oca2 pigmentation genes in zebrafish, reducing melanophores and visibly altering coloration in ...
A new review synthesizes engineering strategies and early clinical findings for CAR-NK cell immunotherapy in blood cancers and solid tumors.
An international study shows that changing four amino acids in a single tomato enzyme flips the 3D shape of a ...
A qualitative study of 21 adults with familial cardiomyopathy finds that perceived disease severity, family history and safety uncertainties shape ...
University of Michigan cardiologists propose a five-question clinical framework for deciding when permanent genomic therapies are justified as gene editing ...
University of Missouri researchers used the AI-designed, open-source gene editor OpenCRISPR-1 to create rice plants that resist bacterial blight, with ...
A Yunnan landrace study identifies ZmHY5L as a G-box-binding activator of the maize waxy gene that influences endosperm starch quality ...
This review examines the clinical outcomes, pediatric preclinical evidence, and ethical considerations relevant to candidate selection for pediatric cardiac xenotransplantation, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine