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Remaking Humanity: Healthier, long-lived and super-smart designer babies through gene editing

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CRISPR is the cut-and-paste genome editing technique, invented only three years ago, that can remove stretches of DNA and, if required, insert new ones.

In April, a team in China revealed they had partially succeeded in excising the gene for beta thalassaemia, an inherited blood disorder, from a human embryo. The research, published in the Beijing-based journal Protein & Cell with the title “CRISPR/Cas9-mediated gene editing in human tripronuclear zygotes,” ignited a wide-ranging debate about what types of gene-editing research are ethical, and was so controversial that both Nature and Science declined to publish it.

Re-using a trick borrowed form bacterial immune systems, the CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats) technique allows scientists to cut out faulty sections of DNA and replace them with healthy ones. In the two-part process, first an RNA “guide” molecule marks the DNA strand that needs to be removed or fixed, then a Cas9 protein attaches to the DNA and cuts out the strand, which in some cases can be replaced by a new one. This is how the Chinese scientists eliminated the gene for beta thalassaemia from their human embryo.

Scientists say CRISPR is cheap and easy to use compared with other genome editing techniques, and the technology has become a magnet for venture capital, even though medical applications are several years away. Eric Topol, director of the Scripps Translational Science Institute in La Jolla, a research center focused on precision medicine, said:

The Wall Street Journal reports that CRISPR is raising hopes for a future generation of medicines treating intractable diseases like cancer, cystic fibrosis and sickle-cell anemia. Katrine Bosley, CEO of Editas Medicine, a biotech startup whose mission is to translate its genome editing technology into a novel class of human therapeutics that enable precise and corrective molecular modification to treat the underlying cause of a broad range of diseases at the genetic level, said, “It’s completely revamped the way we think about genetic disorders and how to fix them.”

It is exciting to think that this groundbreaking technology could allow scientists to go right to the root cause of a particular disease and repair the broken gene.

CRISPR could be a defining technology for the future of humanity, because it could allow for inheritable genetic modifications that can be passed down the generations. Modifications could include resistance to cancer and viral diseases, but also desired physical characteristics, increased lifespans, and superior intelligence.

Someday soon unaltered people may be living alongside a younger, gene-edited generation, superior in all respects. The super-rich could become healthier, long-lived and super-smart, and pass these characteristics to their children.

An open-ended, all-purpose genome editing technique for inheritable genetic modifications would allow the super-rich to create super-human designer babies and eventually remake humanity.

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“Remaking Humanity: Healthier, long-lived and super-smart designer babies through gene editing”