Chinese researchers get a compound from marine bacteria that destroy cancer

Researchers from the Chinese Academy of Sciences have succeeded in extracting a complex sugar connection from marine bacteria living in the depths of the ocean, and proved to stimulate a special kind of death of cancer cells, known as ‘programmed inflammatory death’. The study published in the Journal Journal Journal, “Eps3.9”, showed a noticeable effectiveness in the destruction of leukemia cells and stimulating the immune response of mice with liver cancer, making it a promising step to develop new medicines based on carbohydrate vehicles. The ‘EPS3.9’ connection is a long chain sugar cecule, or scientifically known as ‘Multi -Sikard’, was extracted from a special type of marine bacteria living in the depths of the oceans, especially from a stem called ‘Spongebacter Nananos’, a type of marine bacteria; These bacteria are known for their ability to produce complex important compounds, including external multimedia, characterized by their unique biochemical properties. “SpongeBacter Nananos” is characterized by the ability to adapt to the hard conditions in the depths of the SEA, such as high pressure and low temperatures, making it a rich and unconventional source of biological active molecules that are likely to have extensive medical uses. The discovered compound consists of simple units of two types of sugars, manufacturers and glucose, which are two types of monolic sugars included in the composition of many active biological compounds; What distinguishes this compound from other compounds is the unique biochemical ability to interact with the surface of the cancer cells, specifically with fatty ingredients known in the cell membrane as phospholipidaidids. This work provides a scientific basis for developing new medicines and highlights the enormous potential of oceans as an exploited stock of pharmaceutical resources. The lead author of the study “Shao Min Sun” and when linked to these components, the boat begins to make changes to the cell membrane that stimulates a series of reactions that leads to “inflammatory cellular death” of cancer cells, which is one of the types of cellular deaths that provoke a strong immune response. The cell and cellular cell death, or scientifically known as ‘pyrobetosis’, is one of the types of cells programmed for cells. It is characterized by that it does not go quiet as is the case in traditional cell death, but rather accompanied by a strong introduction of inflammatory substances that stimulate the immune system and call them intervention. This process usually occurs when the cell discovers a dangerous internal threat, such as a microbial infection or a genetic disorder, and begins to activate internal proteins known as ‘telcumazos’, which eventually leads to the destruction and torn cell membrane. This tear not only kills the cell, but also edits chemical signals that warn the immune system and transform it into a state of maximum warning. It is believed that the interaction is believed to be believed that the body’s ability to effectively identify and destroy tumor cells, and weakens the environment around the tumor, reducing the possibility of its spread. The boat showed a wonderful event in animal experiments as it managed to reduce the size of the liver crops in mice and stimulate immune response of anti -tumor, and these properties that were combined show that this substance is not just a killer of cancer cells, but rather has a natural immune biological resources. The results open the door for a new category of medicine that depends on carbohydrate particles derived from marine sources, a tendency that increases increasingly attention to the need for less toxic and more accurate treatments. The lead author of the study, Shao Min Sun, a researcher at the Chinese Academy of Science, said that this work not only provides a scientific basis for the development of new medicines, but also emphasizes the great potential of oceans as a non -extracted stock of pharmaceutical resources.