![]() That will require a better concentration of the enzymes involved, and a way of improving how those enzymes are released.Īccording to MIT, this isn’t the first time scientists have attempted to use these enzymes to light up plants, but the process the team is using has improved efficiency quite a bit. So, best to stick with that new Kindle, until the team figures out how to improve things. So far, the team has been able to make a plant glow for around three-and-a half hours, but the illumination they give off is apparently one-thousandth of the light required to read by. Glow-in-the dark plants could potentially alleviate some of that strain, using their own energy to illuminate a space after nightfall. Strano cites a study claiming that lighting is responsible for about 20-percent of energy consumption worldwide. “The light is ultimately powered by the energy metabolism of the plant itself.” “The vision is to make a plant that will function as a desk lamp - a lamp that you don’t have to plug in,” says Professor Michael Strano, the study’s senior author. ![]() Thus far, the scientists have only been able to replicate the results on arugula, kale, spinach and watercress, but their plans for the future are much grander, including trees that could stand in for outdoor electric light. ![]() The longer and slightly more boring answer, however, has to do with energy savings. The answer to the question of why, precisely, anyone would want to do such a thing is clearly, “because science is cool.” A team of MIT research have engineered plants that glow in the dark, using luciferase, the enzyme that lights up firefly butts.
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