What's A Burger Without A Cow?
The burger of the future may soon be here.
And, what's the burger of the future? Well, it’s a beef patty, actually. It will look, smell and taste the same as a burger does today. The only difference is that there may no longer be a need for the cow.
Technological advancements across the food industry, along with those in the bio-sector, have resulted in recent breakthroughs which could make artificial (or, in-vitro) meats available in grocery stores as early as 2012. Using embryonic cells to grow muscle tissue in a steel tank (imagine growing meat in a test tube), the process will likely be similar in many ways to yogurt production.
While the idea of eating artificially grown meat might seem somewhat "distasteful," the breadth of new incentives may eventually outweigh any potential consumer hesitance.
For starters, the meat of the future will be made to taste as good or, perhaps, even better than its naturally grown counterparts.
In addition to tasting great, it will also likely be healthier because scientists will be able to manipulate the nutritional content to optimal levels. Imagine a burger, for instance, that helps to prevent, rather than promote, heart attacks.
And, while promoting long term health benefits, lab grown meat, whether chicken, beef, pork or lamb, will be inherently safe. According to Jason Matheny of the research group New Harvest, the possibility of pathogenic contamination should become almost nonexistent. If we could produce meat in sterile conditions that are impossible in conventional animal farms and slaughterhouses, added Matheny, we could substantially reduce the number of food-borne illnesses and ancillary costs associated with outbreaks.
In a recent interview with CNN, Matheny also stated that Bio-meat could substantially reduce other human illnesses as well. These would include ailments "like swine flu, avian flu, and mad cow disease." Click on the following link to read the full CNN Report.
Beyond food safety, the financial benefits for companies producing meat without the expense of raising it are tremendous. It takes 700 calories of feed to produce a 100 calorie piece of beef. And, this does not take into account the other logistical problems of using meat off the hoof. “When we grow only the meat we can eat, it's more efficient,” said Matheny. “There's no need to grow the whole animal and lose 75 to 95 percent of what we feed it."
Ultimately, with lab engineered meat, food companies would no longer have to pay for raising, feeding, housing and providing veterinary treatment to live animals.
So, what’s a burger without the cow?
Perhaps a very "good" idea.
