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Study in mice shows potential for gene-editing to tackle mitochondrial disorders

Scienmag

Defective mitochondria – the ‘batteries’ that power the cells of our bodies – could in future be repaired using gene-editing techniques. Scientists at the University of Cambridge have shown that it is possible to modify the mitochondrial genome in live mice, paving the way for new treatments for incurable mitochondrial disorders.

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New CRISPR-ready neurons could democratise genomics

Drug Discovery World

bit.bio has launched the first offering from its new product range ioCRISPR-Ready Cells, which allow research and drug discovery scientists to knockout any gene of interest in glutamatergic neurons. With ioCRISPR-Ready Cells, we’re putting the future of genomics in the hands of every scientist.

Genome 52
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Leading innovators in CRISPR nucleases for the pharmaceutical industry

Pharmaceutical Technology

Innovation S-curve for the pharmaceutical industry CRISPR nuclease is a key innovation area in pharmaceutical development CRISPR, which refers to clustered regularly interspaced short palindromic repeats, are bacteriophage-derived DNA sequences that had previously infected the prokaryote and are found in the genomes of bacteria and archaea.

In-Vivo 162
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Eterna acquires Exacis’ allogeneic immuno-oncology platform

Drug Discovery World

The technology underlying Exacis’ platform uses mRNA cell reprogramming and mRNA gene editing to create engineered iPSC-derived cells for use in the development of cancer therapies that can target nearly any cancer antigen.

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How Potential Changes to the NIH Guidelines Could Impact IBC Review

WCG Clinical

Although the NIH Guidelines were originally written with non-clinical laboratory research in mind, they also apply to human gene transfer (HGT) research, wherein rsNA or rsNA-containing products are administered to research participants. Since then, however, certain genetic engineering technologies (e.g.,

Genome 52
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New research begins to write the rules on CRISPR activation

Drug Discovery World

CRISPR activation (CRISPRa) is a type of CRISPR gene editing that is used to overexpress certain genes. Although this technique is broadly used, predicting its efficiency when aimed at certain points in the genome can be challenging, making it hard to reliably overexpress certain genes.

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Delivering on the promise of gene editing

Drug Discovery World

As gene editing technologies like CRISPR progress toward clinical study, researchers must continue to advance new approaches and address inherent challenges, explains Jon Chesnut, PhD, Senior Director, Cell Biology R&D, Thermo Fisher Scientific. Early phase clinical trials for gene editing therapies.