The University of Edinburgh's official website announced on the 21st that the school's researchers, in collaboration with the University of Liverpool and scientists in Japan and the United States, used advanced imaging technology to obtain the detailed three-dimensional structure of all 46 human chromosomes for the first time. These structural diagrams clearly show that only half of the substances that make up a chromosome are genetic material, far below what was previously expected. Since its discovery in 1882, chromosomes have been the focus of various studies. Despite tremendous advances in technology, the complete structure and composition of chromosomes remains the secret of inquiry. Scientists at the University of Edinburgh have developed a precision microscopy technology that combines photomicroscopy with computational model software to create high-resolution, three-dimensional images of chromosomes, helping them to obtain unprecedented details of chromosome structure. “Our imaging technology is truly groundbreaking, and it clearly shows the structure of all 46 chromosomes in humans for the first time,†said Daniel Pers, Ph.D., of the University's College of Biological Sciences. “For 100 years scientists have always believed that almost all chromosomes are made up of genetic vectors. The chromatin composition, no one has questioned this. Now we have to rethink this problem in the face of these structural diagrams.†They analyzed the image and found that the chromatin composed of DNA and its supporting proteins is in all the components of the chromosome. The proportion is only 53% to 70%, and the other 30% to 47% of the ingredients are composed of peripheral substances. These mysterious "shields" around genetic material prevent mistakes in cell division, which can lead to a variety of cancers or other diseases associated with neonatal deficiencies. The researchers said that although the functional details of the peripheral substances are still unknown, the analysis shows that it can isolate chromosomes from each other in cell division. Now that a large number of these non-genetic materials have been discovered, it is now necessary to re-recognize the composition of chromosomes and the process of cell separation. Related research papers are published in the journal Molecular Cell. Valentines Gummies,Valentine Gummy Candy,Valentine'S Day Gummies,Valentine'S Day Gummy Candy Montreal Shantou Food Co., Ltd , https://www.montrealsnack.com