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   full text
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   source
   link to 30 min video
  Lab Emmanuelle Charpentier
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   link to 30 min. video
   link to 7 min. video          At UC Berkeley, CRISPR researchers are developing better gene-editing enzymes and more efficient delivery into tissues. These innovations will be used to improve the effectiveness and lower the cost of life-saving the
   book info
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   website of Jennifer A. Doudna, recipient of The Nobel Prize in Chemistry 2020     -  “for the development of a method for genome editing”        Jennifer Doudna, Biochemist at UC Berkeley, Founder of the Innovative Genomics Institute, and co-inven
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  Mechanism of protospacer integration         The results presented here explain the mechanistic basis for foreign DNA acquisition during CRISPR–Cas adaptive immunity (Fig. 5). The Cas1– Cas2 complex catalyses integration of protospacers at the lead
   link to UAB CRISPR-Cas9  services website
  See:     *altec*   page
  ABSTRACT    Background:  Tools for genome editing in pigs are improving rapidly so that making precise cuts in DNA for the purposes of deleting genes is straightforward. Development of means to replace pig genes with human genes with precision is v
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   See   *xenotransplantation*  page
   See  *xenotransplantation*  page
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