[ad_1] UIC researchers show that the persistent binding of Cas9 to a double-strand break results in the failure of CRISPR genome editing about 15% of the time. When RNA polymerases collide with …
Read More »[ad_1] UIC researchers show that the persistent binding of Cas9 to a double-strand break results in the failure of CRISPR genome editing about 15% of the time. When RNA polymerases collide with …
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