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Simultaneous Gene Modifications Now Possible

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Genes and proteins in cells interact in many different ways. Each dot represents a gene; the...
Genes and proteins in cells interact in many different ways. Each dot represents a gene; the lines are their interactions. For the first time, the new method uses biotechnology to influence entire gene networks in a single step(Credit: ETH Zurich / Carlo Cosimo Campa)

We’ve seen a number of recent improvements to the CRISPR gene editing method, from enhanced precision to novel techniques to block the process. But despite all these innovations, the technique is generally only able to modify one single gene at a time.

An incredible new breakthrough from scientists at ETH Zurich has, for the first time, demonstrated a new CRISPR method that can modify dozens of genes simultaneously, allowing for more large-scale cell reprogramming.

In a recently published paper in the journal Nature Methods, a team of ETH scientists demonstrated their new gene editing process can modify 25 different target sites simultaneously. The scientists say this new technique is not necessarily limited to 25 targets, but theoretically could be increased to hundreds of simultaneous gene modifications.

“Thanks to this new tool, we and other scientists can now achieve what we could only dream of doing in the past,” says Randall Platt, from ETH Zurich in Basel. “Our method enables us, for the first time, to systematically modify entire gene networks in a single step.”

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About the Common Constitutionalist

Brent, aka The Common Constitutionalist, is a Constitutional Conservative, and advocates for first principles, founders original intent and enemy of progressives. He is former Navy, Martial Arts expert. As well as publisher of the Common Constitutionalist blog, he also is a contributing writer for Political Outcast, Godfather Politics, Minute Men News (Liberty Alliance), Freedom Outpost, the Daily Caller, Vision To America and Free Republic. He also writes an exclusive weekly column for World Net Daily (WND).

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