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Tired of filling your house with boring old ficus plants and ferns for a little greenery? You're in luck, because you could soon be able to bring home your own luminescent plant. No, it isn't the result of some kind of nuclear accident. The plants are engineered by the biotechnology company Bioglow and were first announced in 2010 when molecular biologist Alexander Krichevsky et al. published the results in PLOS One. Since that initial report, the team has been working to refine the technique and get the plants growing brighter.
Bioluminescence can be found in a variety of organisms, including certain jellyfish, bacteria, and insects. These creatures use their natural glow for many reasons, including scaring off predators or attracting prey. For modern scientists, bioluminescence is used a standard marker used in biological research, as it gives scientists a very clear confirmation that the genetic modification was successful. Now, plants that are genetically engineered to be bioluminescent will be available to the public as a novelty, though it could have future implications as a truly–ahem–green source of energy.
fluff007
However because it takes so much out of the plant. The poor thing only has a life span of 3/4 months.. But Bioglow are assuring us that they will be in their laboratories tinkering away til they lengthen the life span and brighten the light... Bioglow are hoping that maybe one day these plants may possibly provide a natural source of light. Saving energy, money and the planet...!
Peace
Fluff
rickymouse
My daughter bought a couple of glowing fish. They are engineered to be sterile. Nobody told the fish this. My daughter now has a lot of glowing fish.
JohnPhoenix
rickymouse
My daughter bought a couple of glowing fish. They are engineered to be sterile. Nobody told the fish this. My daughter now has a lot of glowing fish.
Thanks!! LOL.. That cracked me up.. er.. what are these fish called?
Love the plant Op! I hope they pull this off, i'd love to have enough to give me great light all around the house.
I love orchids and other exotic plants. My favorite is the Blue Mystique, " The world’s first blue Phalaenopsis orchid ". They are an awesome shade of blue and also made by man. They are made by a process that in essence dies white orchids so they wont bud new blue flowers, they will be white.
How is it a natural source of light when they are genetically designed?
Realistically though how bright do they expect these plants to glow? reading under low light conditions isn't that fun. Could just bio-engineer us to be able to see in the dark better.pesky laws... non human life seems to get all the fun gene manipulation while we just stay normal.
Located in Waitomo on the North Island of New Zealand are magnificently illuminated caves. These caves are illuminated by millions of Glowworms, only indigenous to the nation of New Zealand. Within these caves is a river that flows through entirely through it, and a central Glowworm Grotto where the majority of the luminescent worms live.
I appreciate that this is theoretically possible, but I think it underestimates the sheer brilliance of nature. The sophistication and subtlety required to make a plant outcompete others is, in general, far beyond our ability to engineer. Genes to make plants grow faster also make them more dependent on fertilizer. Genes to make them resistant to herbicides confer no advantage without that herbicide.
However, genes to make them *produce* pesticides and herbicides...well, those are worrying. This is a concern with the choice of gene, not with genetic modification in general. If they sold these plants with insect-resistance genes included, then that would be a bad move indeed. It would just have to mutate a little to disable the glow, and boom, you have a potentially invasive species.
So yeah, I agree, genetic modification must be treated with caution and restraint--but that shouldn't hold us back from responsible use.
(I did some quick research here:
link.springer.com...-1)