Have a taste of the world's first stem cell burger

Story highlights

  • The first stem cell burger was cooked and eaten by two volunteer tasters in London
  • The burger was made of 20,000 small strands of meat grown from a cow's muscle cells
  • The five ounce cultured beef burger took three months and cost $330,000 to develop
  • A volunteer taster said the burger was "close to meat but misses salt and pepper"

The world's first stem cell burger was cooked and eaten in London today.

The brainchild of Maastricht University's Mark Post, the burger was made of 20,000 small strands of meat grown from a cow's muscle cells and took three months to create.

Breadcrumbs and some egg powder were added to the cultured beef to make it taste like a normal beef burger. To give it a beefy color, red beet juice and saffron were added. Chef Richard McGeown fried the stem cell burger with sunflower oil and butter and remarked that it looked slightly paler than a traditional burger.

Two volunteers got to taste the five ounce (142g) burger, which was presented on a plate with a bun, salad and some tomato slices.

After having the first bite and chewing thoughtfully many times, Hanni Rutzler, an Austrian food trends researcher, said: "I expected the texture to be more soft -- it's not that juicy. It's close to meat but it misses salt and pepper."

The second volunteer to taste it agreed that the burger was missing something. Josh Schonwald, a Chicago-based author who writes about the future of food, said: "It has a familiar mouth-feel to real meat. The flavor is different though. It misses fat."

Post presented the burger at the Riverside Studios in Hammersmith, London, in front of more than 200 journalists and guests. "Today's presentation is only a proof of concept that it's not science fiction," he said. "However, there is still an efficiency issue and it remains expensive to develop."

Post spent four years researching and developing the cultured beef burger. He said he tasted it a couple of times during his research. "I'd be perfectly comfortable with letting my kids eat it." His kids might have to wait a while to get a bite of his burger. The cultured beef burger cost around $330,000 to develop, mostly funded through an anonymous donation.

"I think most people don't realize that the current meat production is at its maximum. We need to come up with an alternative," Post emphasized. Meat consumption is expected to rise nearly 73% by 2050, according to the Food and Agriculture Organization of the United Nations. Post hopes that his research into laboratory-made food could solve the looming food crisis. He says cultured beef does not burden the environment and will put an end to animal cruelty.

Last Look: World's first test-tube burger
Last Look: World's first test-tube burger


    Last Look: World's first test-tube burger


Last Look: World's first test-tube burger 01:01

The developers hope that cultured beef could end up on supermarket shelves within the next 10 to 20 years. The next step for Post and his team will be to work on how to get fat into the burger. Another challenge.

      Make Create Innovate

    • Designed by UK-based engineers Reaction Engines Ltd, the Skylon project is a radical idea for future space travel.

      Spaceship: Reinvented

      Engineer Alan Bond has been developing a new concept for space travel for over 30 years -- and his creation is now on the verge of lift off.
    • Our "self-healing" future

      Crumbling buildings, burnt-out PCs, and cracked screens -- a new generation of "self-healing" technologies could soon consign them to history.
    • Alpha Sphere

      'Hacked' instruments unleashed

      Singing Tesla coils, musical ice cream, vegetables on drums... and this ball? Find out how "hackers" have created a new generation of instruments.
    • Meet the biohackers

      Forget wearable tech, embeddable implants are here. Learn more about the pioneers who are implanting devices into their bodies.
    • A visitor of the 'NEXT Berlin' technology conference tries out Google Glass, a wearable computer that responds to voice commands and displays information before your eyes. It is expected to go to market in late 2013.

      Wearables in the workplace

      We know how wearable tech can enhance our fitness lives but there's evidence that its most significant application is yet to come: the workplace.
    • iRobot's newest Roomba 880 vacuum cleaning robot

      The military tech inside Roomba

      iRobot, creators of vacuuming robot Roomba reveal how they learned from secret experiments -- in space travel, minefields, and toys.