The fruit or vinegar fly ( Drosophila melanogaster ) has been used in genetic research for over a hundred years. The small size and the low cost of maintenance in the laboratory make this small animal an exceptional model. For the study Fruit Cancer Research of diseases. The larvae of the fly harbor particularly interesting structures: The discs. These are sac-like cell formations that will give rise to the different parts of the adult The discs are generated from groups of between 10 and 50 cells that, In just four days, Multiply to reach about. The rapid growth and the type of structure of the discs, With a cellular arrangement very similar to that of human tissues.
One of the lines of research in our laboratory
Explore a phenomenon called cellular competition. During this process, Potentially cancerous cells, which we call “winners,” Grow and colonize tissues at the expense of eliminating normal, Or “loser,” Neighboring cells. Understanding what characteristics define both types of cells and how they communicate with each other is key. To slowing the Fashion Designers business email list advance of potentially cancerous Fruit Cancer Research populations. To that end, We have developed a contact sensor between winning and losing cells. By modifying some genes of the fly, We generate groups of winning cells in the disc of the wing. These contain mutations that promote the formation of different types of.
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we generate groups of winning cells in the f you are a researcher in the field. Of life and nature sciences, And you have good photographs that illustrate some phenomenon of interest, We invite you to participate in this section. More information here disc of the wing. These contain mutations that promote the formation of Fruit Cancer Research different types of cancer, Including breast cancer. With our touch sensor, We make winning cells glow green under a fluorescence Sale Lead microscope, While losers glow red. In this way, It is possible to identify competing cells, Trace their position, And study mutual interactions. Thanks to this sensor, We can also introduce additional mutations in both types of cells to see if they slow down. The expansion of potentially cancerous ones.
