CRISPR is the ultimate child star in the biomedical universe. Just six years old, the gene editing prodigy is now the subject of multiple clinical trials that aim to push the lab tech into the real world. I can't stress how abnormal this is: CRISPR's awkwardly-named predecessors--zinc-finger nucleases and TALENS--suffered through "bench-to-bedside" hell as it […]
CRISPR is the ultimate child star in the biomedical universe. Just six years old, the gene editing prodigy is now the subject of multiple clinical trials that aim to push the lab tech into the real world. I can't stress how abnormal this is: CRISPR's awkwardly-named predecessors--zinc-finger nucleases and TALENS--suffered through "bench-to-bedside" hell as it […]
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