Cas9
- CasPER -- a new method for diversification of enzymes (22 Aug 2018)
- CRISPR diversifies: Cut, paste, on, off, and now—evolve (02 Aug 2018)
- Rice U. reports progress in pursuit of sickle cell cure (20 Apr 2018)
- CRISPR-carrying nanoparticles edit the genome (19 Nov 2017)
- Disruptive bioengineering – changing the way cells interact with each other (01 Nov 2017)
- Gene editing in the brain gets a major upgrade (20 Oct 2017)
- New technique scours the genome for genes that combat disease (12 Oct 2017)
- A guide to CRISPR gene activation (24 May 2016)
- Powerful DNA 'Editing' Has Arrived, Are We Ready for It? (16 May 2016)
- In CRISPR advance, scientists successfully edit human T cells: Research has implications for autoimmune diseases, AIDS, cancer (16 May 2016)
- The new SLENDR technique: Protein labeling in the developing brain by genome editing (14 May 2016)
- Chinese team performs gene editing on human embryo (23 Apr 2016)
- Activating genes on demand (16 Apr 2016)
- Light-activated genes might be precisely controlled and targeted (13 Apr 2016)
- HIV can develop resistance to CRISPR/Cas9 (10 Apr 2016)
- Designing gene therapy (10 Apr 2016)
- New strategies, tools offered for genome editing: Bioengineer Gang Bao and team explore CRISPR-Cas9 alternatives (01 Mar 2016)
- New tool for efficiently validating the accuracy of CRISPR-Cas9 reactions (05 Feb 2016)
- Scientists discover new system for human genome editing (21 Dec 2015)
- New resource makes gene-editing technology even more user friendly (21 Dec 2015)
- Broad, MIT scientists overcome key CRISPR-Cas9 genome editing hurdle (21 Dec 2015)
- Electroporation delivery of CRISPR/Cas9 system improves efficiency and throughput (11 Dec 2015)
- Improving accuracy in genome editing (09 Dec 2015)
- Broad Institute-MIT team identifies highly efficient new cas9 for in vivo genome editing (09 Dec 2015)
- A CRISPR antiviral tool (09 Dec 2015)
- RCas9: A programmable RNA editing tool (03 Dec 2015)