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Get to know them .. 'Luminous plants' are an alternative source in the future to rationalize energy consumption ... but !!

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Get to know them .. 'Luminous plants' are an alternative source in the future to rationalize energy consumption ... but !!

Get to know them .. 'Luminous plants' are an alternative source in the future to rationalize energy consumption ... but !!

,Luminous plants,energy,future



Plants that grow naturally, appear normal during the day, and as soon as the sun sets, its magic begins, and its light radiates in the dark, the secret of these plants lies in that they are genetically modified; their DNA is modified by a certain type of bacteria that changes the characteristics of the plant without causing its harm.


The idea came to prominence after one of the first scientists admired lighting the jellyfish under water at night, and after that, plants were injected with a substance that could make them shine like them, and this is what really happened. In 2014, many impressive results appeared to produce such plants.

,Luminous plants,energy,future


The first way


The researchers who were working on these plants in 2014 created a small company to develop plants, and turn them into products that can be sold. Indeed, this company was able to produce some luminous plants in a way that does not harm the plant and does not affect humans when dealing with it, and they aspire to spread these plants and their uses Extensively beginning in Europe,


Together with a construction investor, this company has managed, in cooperation with the Dutch government, to create the first road where lighting is made using luminous trees.


The engineers of the Massachusetts Institute of Technology in the United States took the first critical step towards making the idea of ​​luminous plants a reality, as they planted nanoparticles specialized in the leaves of the arugula plant, which made these plants light up for about 4 hours, which gave them hope to believe With more research, they can improve paper performance, and they can continue to light up for longer than they can illuminate enough space.


Unique


The head of the team of researchers who conducted this study said: “The idea is to create a plant that works like a light bulb, but this lamp does not need to be connected to energy to light up. The light is ultimately supported by the process of energy metabolism in the plant itself and energy metabolism or« metabolism »It is a group of chemical reactions in the cells of living organisms necessary for the continuation of life. These reactions stimulated by enzymes allow the growth and reproduction of living organisms, the preservation of their structures, and the response to its environments. Low internal efficiency density, or to turn trees into lamps lighting the streets of self-powered .. Therefore, it is no wonder that the trees turn around your house lights illuminate your home every evening and extinguished naturally as a result of the process of energy metabolism .. The process as a whole serving and shrinking energy consumption ecosystem


Glow property


There are types of self-lighting plants at night, such as Beyoglu, which are natural hybrid plants, as they are ornamental plants that combine nature and living chemical sciences. Several companies previously produced this kind of luminous plants called 'Starlight Avatars', but Beyoglu was designed with a new technology that maintains In the natural form of the plant, with changes in the flare property, it was discovered by Alexander Kreechevsky, a specialist in molecular biology, and it is the first optical plant in the world.


One of the advantages of Beyoglu is that it is a plant capable of generating lighting sufficient to illuminate a small room, but of course it is not as strong as light bulbs. Direct exposure to sunlight, and can be moved to other basins, but that puts them at risk.


As for 'Messina chlorophos', it is another species that thrives during the rainy season in Japan and the forests of Brazil. It scatters luminous spores as a means of reproduction, and finds it transforms the rules of tree trunks as a suitable environment for growth. This species is often found in Misamiyama Island in Japan and in the Ribera Valley in Brazil And, these fungi appear in this glowing form as a result of biological luminescence, which is one of the strange phenomena that represent the reaction of many plants due to the environmental changes around them.


Bioluminescence occurs when the plant produces natural chemical energy inside it that turns into light energy, and as a result we see natural fluorescent lights or some quiet lights, and the biological lights are usually blue or green, and organic lights can be seen in the late months of the summer if you visit forests Japan at night.


Risks and caveats


On the other hand, some experts and observers in the industry are concerned that they fear that the spread of these plants will set a precedent for the production of synthetic organisms without control, and may reinforce the general negative perception of synthetic biology, an emerging experimental field, that involves genetically modifying living organisms to perform Useful tasks.


'The access of these plants to the wild environment will not be in the interests of the public relations of synthetic biologists,' says Alison Snow, an environmental expert at the University of Ohio in Columbus, who studies the risks of genetically modified plants. Clean biofuels, describing this application of synthetic biology in an incandescent plant.

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