Using CRISPR to do more than cut

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Using the CRISPR-Cas9 system, scientists can do much more than editing genes - they can stimulate gene transcription or use fluorescent proteins to paint and track a chromosome. In this animation Nature Video several innovative uses of CRISPR are described and explained.

This video has been reproduced with permission and was published on October 31, 2017. It is about a production Nature Video

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The CRISPR-Cas9 system has fundamentally changed the way scientists can modify genes. From the activation and deactivation of gene expression to fluorescent labeling of particular sequences, this animation explores some of the exciting possibilities of CRISPR. For more information, visit: http://www.nature.com/nmeth/focus/crisprtoolbox/index.html Produced with the support of Dharmacon: www.dharmacon.com Nature assumes full responsibility for all editorial content, including nature video content. This content is independent of the opinion of the authors

Tags:

• gene,
• animation,
]
• new,
• edit,
• inhibitors,
• section,
• case9,
• genome,
• pam,
• genetics,
• nick,
• activators,
• Crispr,
• ADD,
• sequence,
]
• rna,
• protein,
• field,
• transcription

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Using CRISPR to Make More Than Cut

Using the CRISPR-Cas9 System, Scientists Can Do More Than Just modify genes gene transcription or use fluorescent proteins to paint and follow a chromosome. In this animation Nature Video several innovative uses of CRISPR are described and explained.

This video has been reproduced with permission and was published on October 31, 2017. This is about a production Nature Video .

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