CRISPR-Cas9 is widely used to edit the genome by studying genes of interest and modifying disease-associated genes. However, this process is associated with side effects including unwanted mutations ...

Scientists have developed a 'prime assembly' genome editing technique capable of inserting large DNA segments, potentially replacing entire faulty genes and correcting up to 1,000 mutations in one ...

Researchers have introduced 'prime assembly,' a genome editing approach that allows insertion of large DNA segments, enabling entire gene replacements. The method avoids harmful double-strand breaks ...

In a new study published in Nature Methods, researchers at the Max Planck Institute for Evolutionary Anthropology in Leipzig, Germany, describe improvements in the methods with which mutations can be ...

Gene editing technology could revolutionize the treatment of genetic diseases, including those that affect the mitochondria—cell structures that generate the energy required for the proper functioning ...

A novel genome editing technique, NICER, is based on the creation of multiple nicks in single DNA strands by nickase. The method can correct heterozygous mutations using two mechanisms: multiple nicks ...

Researchers at the Francis Crick Institute have demonstrated that a genetic method called "pooled prime editing" can screen hundreds of variants in a gene at once and identify which variants affect ...

A powerful new approach for the precise, flexible modification of a broad class of chemical compounds called bicyclic aza-arenes—which are commonly used to build drug molecules—has been developed. The ...

Researchers at Ritsumeikan University report a halogen-guided method for transforming accessible hydroxycoumarins into ...

Scientists unveiled a reaction that swaps key carbon groups in complex compounds, offering a faster route to test new medicine candidates. (Nanowerk News) For more than a hundred years, chemists have ...