Genes can encode for a lot of things but can it code for an embryo to properly develop? Researchers at Osaka Metropolitan University have recently discovered it is the case for zebra fish. By targeting Par axial protocadherin (PAPC), which when excluded naturally during the process of cell migration allows for proper formation of embryo notochord, they experimented with the idea of including it to see what exactly it does in helping with formation. When included they found that the cells don't move to their appropriate location causing a deformity in the notochord. Researchers made the inference that a similar gene must react the same way in mammals as it does for the zebrafish.
By discovering this breakthrough the researchers believe it may open a new door into novel tumor therapies. And this research might prove very helpful in understanding how life is brought up deep within its roots of the cells and genetics. The gene that was discovered to react this way having the properties that might prove very useful in the future of enhancing tumor therapies could create a brighter future for those affected with all forms of cancer. And understanding all processes of the upbringing of life can help in other areas of science.
Sources:
https://www.omu.ac.jp/en/info/research-news/entry-67125.html
https://www.sciencedaily.com/releases/2024/11/241121120632.htm
