According to recent reports from the Russian media, scientists from Osaka University and the Japanese Institute of Physical Chemistry have successfully developed photoproteins through a series of experiments. This protein can be used in medical research. Especially in the detection of tumors and other diseases, this protein is often necessary to help illuminate the internal organs of the human body. This new way of detecting disease differs from X-ray in that it is absolutely safe and can be used several times in shorter time intervals. In addition, this protein is completely toxic. Therefore, the application of this monitoring method can continuously monitor the inflammatory process and tumor development in the human body. Depending on the type of protein, it can appear green, yellow, or light blue. The fluorescent protein developed in the past has weak luminescence and is completely absorbed by hemoglobin. Japanese scientists have crossed two biopolymers that are commonly used in medicine to look like jellyfish and algae. They then added blue-green plant pigments to the hybrid material. As a result, this increased the luminosity of the protein by a factor of 20. Professor of Osaka University and the head of the research project said that this technology can also be used for street lighting in the future. If this fluorescent protein can be successfully implanted into the tree, the appearance of the city will change, and ordinary street lamps are not necessary.
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