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June 04, 2026 | Source: The New York Times | by Carl Zimmer Scientists at Columbia University have edited the DNA of early human embryos with unprecedented accuracy, an achievemen...
TRIM, an integrated genome engineering platform that combines prime editing, gene knockouts, and large-scale chromosome engineering, enabled efficient stacking of multiple benefici...
June 05, 2026 | Source: Nature.com | by Mohana Basu, Edward Chen, and Heidi Ledford Researchers say that they have used a precise genome-editing technique called base editing to a...
Researchers relied on a newer gene-editing technique that may make it possible to engineer embryos, a prospect that has long alarmed bioethicists.
Silver nanoparticles provide a more efficient way to cut and assemble DNA, improving recovery rates and boosting DNA joining efficiency for future gene engineering applications. DN...
Researchers developed PRINCE, a small-molecule-controlled CRISPR system enabling precise, long-term regulation of gene editing. Its compact version, Little Prince, showed therapeut...
Fertility specialists, biotech companies and ethicists are divided over whether progress in early gene editing would wipe out diseases or trigger a rush toward enhancement.
Genomics tools—applied to agriculture—create commercially desirable traits in a fraction of the time required by standard breeding programs. The post Ag Genomics Begins to Bear Fru...
The technology, still far from clinical use, could one day prevent devastating diseases. But critics warn that even these early results may also fuel interest in commercial embryo...
Gene-editing human embryos may now be a reality.
The aim of the partnership is to provide a platform delivering high-end performance with an optimal cost-of-goods and price-per-dose model to ease scale-up, commercial strategy, an...
As genome editing therapies move through clinical trials to regulatory approval, scientists continue the quest for the holy grail of large-scale DNA editing.. The post The Quest fo...
June 17, 2026 | Source: The GREENS/EFA New GMOs The European Parliament has given the green light to a new generation of GMOs. These plants are developed through new genomic techn...
Successfully treating Baby KJ with a personalized CRISPR gene-editing therapy is spurring the industry to investigate how to develop standardized manufacturing platforms as well as...
Scientists have, for the first time, used an extremely precise genome editing technique called base editing to study gene function in human embryos.
Mutations engineered into antibodies could help companies developing the next generation of antibody-drug conjugates by providing convenient general-purpose “lock-on” locations for...
June 05, 2026 | Source: NewsNation | by Josie Fischels (NewsNation) — Scientists at Columbia University have edited the DNA of human embryos with greater precision than ever befor...
Scientists at Columbia University have edited the DNA of early human embryos with unprecedented accuracy, an achievement that could open the way to babies engineered with particula...
Proteins lie at the heart of biological function and industrial innovation, representing a vast frontier for scientific discovery and application. Engineering proteins to enhance o...
A team in the US has reported promising results after using an improved form of CRISPR to gene-edit human embryos, but a major issue remains unsolved
PlantGFM created synthetic plant DNA that tobacco cells copied into RNA, with some sequences producing detectable proteins in early validation tests.
In a groundbreaking advance poised to reshape gene therapy and molecular medicine, researchers have unveiled a novel strategy for precise gene regulation via RNA splicing modulatio...
Currently available cell lines used to make viral vectors for gene therapy production have significant shortcomings, according to new analysis, which suggests efforts to develop al...
Ученые из Колумбийского университета отредактировали ДНК на ранних стадиях развития человеческих эмбрионов с беспрецедентной точностью; это достижение может открыть путь к рождению...
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