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Volume 32 Issue 4, April 2014

New mouse models of human immunity will enable a variety of research and clinical applications (p 335). Humanized mice described by Rongvaux et al. (p 364) can be used to study the influence of human immune cells on disease pathology and response to therapy. The mice presented by Lee et al. (p 356) may be used to evaluate the efficacy of candidate vaccines, and to rapidly produce human antibodies having high affinity for therapeutic targets. Credit: © tiripero iStock.

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  • CRISPR-Cas is about to transform how we interrogate genetic variants and model disease.

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  • Ease of use, economy and speed of targeting DNA has propelled the CRISPR-Cas system into the spotlight. Now, despite numerous gaps in our knowledge, commercial entities are looking for a piece of the action. Monya Baker reports.

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  • As of last month, 41 products have been granted breakthrough therapy designations by the US Food and Drug Administration—drugs against cancer, hepatitis C and monogenetic diseases predominate.

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  • Two humanized mouse models open up a plethora of research applications.

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  • A nanoparticle that senses reactive oxygen and nitrogen species in the liver should improve in vivo detection of cellular stress.

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  • Structural and biochemical studies elucidate DNA targeting by the Cas9 endonuclease.

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