Like the human immune system, bacteria learn from past infections. CRISPR sequences—short snippets of DNA from previous viruses—guide destructive enzymes towards invading bacteriophages that express ...

The CRISPR family’s most versatile member has made its medical debut: a cutting-edge gene-editing technique known as prime editing has been used to treat a person for the first time. The recipient is ...

This figure illustrates the evolution of CRISPR technology from 1987 to 2019, presented in a horizontal timeline format and categorized into four generations, each denoted by a distinct color: The ...

Clustered, regularly interspaced short palindromic repeats (CRISPR) and CRISPR-associated protein 9 (CRISPR-Cas9) are genome editing tools. 1 After their potential in therapeutics was recognized, ...

The CRISPR gene editing system holds tremendous promise. It has already revolutionized biomedical research by making gene editing a straightforward process. It involves using a guide RNA molecule that ...

Researchers at ETH Zurich in Basel report they have used CRISPR-Cas technology to decipher how mutations in a cell’s genome affect its function. With their new approach, the researchers can generate ...

Discover how prime editing is redefining the future of medicine by offering highly precise, safe, and versatile DNA corrections, bringing hope for more effective treatments for genetic diseases while ...

A major CRISPR breakthrough came last May. Researchers at Penn Medicine and the Children’s Hospital of Philadelphia developed a personalized base-editing treatment in just 6 months. The treatment was ...

While researchers have long appreciated the enormous potential of genome editing to treat disease, applications of these technologies in humans have historically been limited by safety concerns. Even ...