Scientists serve up leaner beef, tastier cheddar and healthier ketchup
The Annotated Hamburger: Photo by Colin Smale; Schnare & Stief/Getty Images; illustration: Mitch Romanowski Design
If the biotech industry has its way, ordering a hamburger might soon sound something like this: “one charbroiled cloned-beef patty, with genetically modified cheese, lab-grown bacon and vitamin-C-fortified lettuce, on a protein-spiked bun.” The burger of the future is delicious, nutritious and contains more engineering than a stealth bomber.
With the Food and Drug Administration ruling in January that meat and milk from cloned cows, pigs, goats and their offspring is safe to eat, the only thing keeping the superburger off your dinner plate is time. It will be a few years yet before cloned meat hits store shelves. Cloning the perfect (and tastiest) cow can cost upward of $15,000, which makes clones themselves too expensive to eat, so we’ll have to wait until they spawn enough offspring (the old-fashioned way) to feed the masses. Meanwhile, researchers are busy formulating all the fixings. Take a look at what science is doing for the burger, from bun to beef and everything in between.
Recipe for Burger 2.0
After isolating a gene in wild wheat that controls protein, zinc and iron content, scientists at the University of California at Davis spliced the gene into domestic wheat, boosting nutrient content by 12 percent.
Scientists in the Netherlands have grown minced pork in a dish by adding water, glucose and amino acids to pig stem cells. Expect artificial ground meat by 2012 and bacon within the decade.
Food engineers are boosting cheddar flavor by adding a bacterial gene that produces an enzyme that eliminates the bitter taste created during ripening.
Several companies are cloning the country’s most prized cows to produce leaner, tastier cuts of meat. Ranchers will start breeding the clones this spring, and in five years, the offspring will be ready to grill.
The ethanol boom is driving up the price of corn syrup, so Heinz is breeding a tomato that is 10 percent sweeter than those grown today. Look for naturally sweeter ketchup by 2010.
By splicing rat genes into lettuce, Virginia Tech scientists figured out how to turn on the vegetable’s latent vitamin-C-producing abilities (rats are natural C-makers). Since rodent-altered lettuce is somewhat unappetizing, the team used the data to identify plant DNA that can do the same thing.
By Rena Marie Pacella Posted 03.17.2008 at 2:55 pm