Recently, a commercial development project of “sustainable illuminating plants†has attracted the interest of many corporate sponsors. It is reported that the special feature of the project is to let the plants continue to shine through bioluminescence technology.
The technology's R&D team stated that one of their goals in researching this technology is to use street lighting with sustainable lighting in the future and apply this technology to other commercial areas such as plantation, flower gardening.
According to scientists, they use a luciferase that is ubiquitous on fireflies and some glowing fungi. Researchers have transplanted this luciferase gene into other plants, and scientists are now transplanting the luciferase group to a plant called Arabidopsis, and continue to observe changes in the DNA structure of the plant.
It is reported that researchers have cultivated the seeds of luminescent Arabidopsis and have prepared DNA sequences. Scientists will then “print†the DNA sequences and eventually transplant them onto other plants. . The next step for scientists is to make the rose shine, making this technology more commercially valuable. George, a professor of genetics at Harvard Medical School, is one of the patrons of the project, and he believes that this biotechnology will bring more inspiration to "continuous lighting."
According to reports, if the technology is sponsored by the company, it will have huge market development potential. But the risks of the technology are not yet assessable, and some scientists are concerned that plants containing this gene will undergo biological variation.
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