Register for an account

X

Enter your name and email address below.

Your email address is used to log in and will not be shared or sold. Read our privacy policy.

X

Website access code

Enter your access code into the form field below.

If you are a Zinio, Nook, Kindle, Apple, or Google Play subscriber, you can enter your website access code to gain subscriber access. Your website access code is located in the upper right corner of the Table of Contents page of your digital edition.

Technology

The Contrarian: Set Scientists Free to Create New Life-Forms

It's time for us to learn to stop worrying and love synthetic biology.

By Delthia RicksSeptember 11, 2012 5:00 AM
synthetic.jpg
UT Austin 2004 Synthetic Biology competition photo. | Courtesy of Jeff Tabor and Randy Rettberg via <a href="http://en.wikipedia.org/wiki/File:UT_HelloWorld.jpg">Wikipedia</a>

Newsletter

Sign up for our email newsletter for the latest science news

CONVENTIONAL WISDOM:  Synthetic biology could destabilize the environment and revive viral terrors like the killer flu of 1918.

THE CONTRARY VIEW:  Syn­thetic life is proven safe and should be unleashed.

Synthetic biology is based on identifying DNA sequences that code for specific traits and transferring them from one life-form to another, such as from fish to bacteria. The goal is to create new living things with specialties that help humans and the Earth. Sequences are catalogued, and innovators can then request one that confers special traits as simply as ordering a book online.

Off-the-shelf molecular parts could allow synthetic biologists to create new medications and biofuels or to make microbes with the capacity to destroy pollutants and other nui­sances. Researchers have built a potential malaria medication, and students have developed a prototype of a new vaccine to stop ulcers.

Shamefully, accolades that resounded a generation ago for biotechnology advances—for instance, recombining DNA to develop human-derived insulin, which is much safer than the animal-derived products that came before—have been drowned out by a misinformed coalition of 114 organizations, including ETC Group and Friends of the Earth. They argue the research must stop until enforceable regulations specific to synthetic biology are in place, and they insist that all alternatives to synthetic biology be considered before an experiment can advance. These demands could halt projects like those of J. Craig Venter, the biotechnologist who built the first self-replicating synthetic bacterium. He is now working on microbes that eat pollution, excrete biofuels, and more. If the coalition has its way, the world will never find out whether these organisms can help us generate energy or clean the air.

There is no documented danger from synthetic biology, yet merchants of doom emphasize fears of molecular Frank­enbots instead of benefits like new drugs and energy sources. Worries about monster species are particularly absurd. It is extraordinarily difficult to construct novel organisms, and countless attempts to do so have failed.

Brent Erickson, executive vice president of the Biotechnology Industry Organization, believes at the core of the opposition is a phobia of technology and genetically modified crops. “They see synthetic biology as a gateway to biofuels and consider that a Trojan horse for genetically modified crops. That’s a very tangled fear—many of its products are good for humanity,” he says.

Now is not the time to overburden synthetic biology with unnecessary rules. Stifling creativity and collaboration so early in a young field of science threatens to set it back before it gets a fair start.

THREE LIFE-ALTERING EXPERIMENTS

A few reasons to keep synthetic biologists free:

1.Harvard scientists are creating cells capable of detecting DNA damage, allowing extremely early disease diagnosis.

2. In 2011, U.S. Department of Energy scientists engineered E. coli to digest grass into fuel. No additional enzymes are needed, potentially eliminating a costly part of making biofuel.

3.UC Davis researchers are building algae that produce chemicals used in paint, plastics, and medicine. Vats of algae could replace oil wells currently used to make these compounds.

Delthia Ricks is a veteran Newsday journalist who frequently reports on biotechnology.

2 Free Articles Left

Want it all? Get unlimited access when you subscribe.

Subscribe

Already a subscriber? Register or Log In

Want unlimited access?

Subscribe today and save 70%

Subscribe

Already a subscriber? Register or Log In