Learn how CRISPR and newer genome-editing methods target DNA, how the tools work and where gene editing is being applied.
Begin with clear explanations of the key ideas, discoveries and questions in this subject.
CRISPR is a family of gene-editing tools adapted from microbial defense systems. In a common CRISPR-Cas9 setup, a guide RNA directs a Cas protein to a matching DNA sequence, where the protein makes a cut that the cell then repairs.
The reason why science has not yet succeeded in modifying the human genome using CRISPR technology may be due to the immune system of people respondi…
Do you want to see for yourself one of the most miraculous things of 21st century science? Watch this video.
Prime editing is a gene-editing method designed to write a broader range of small DNA changes without requiring a conventional double-strand break or…
Base editing is a gene-editing approach designed to change one DNA base into another without creating a full double-strand break at the target site.…
CRISPR gene editing techniques can be used to prevent the progression of cancer, according to new research by scientists from the University of Calif…
Read recent ScienceInfo stories and explainers about CRISPR & Gene Editing.
Doctors infused 100 million gene-editing immune cells into their veins.
In 2012, chemistry professor Jennifer A. Doudna of Berkeley University discovered a promising CRISPR-based tool that could be used to customize DNA genetics correctly.
CRISPR promises to repair the sick DNA errors in us, kill pathogenic bacteria, improve the nutrition of food and even revive extinct species.