The 'Flightless' Molecule Helps Contain Diseases
References: eurekalert.org & gizmodo
The FASEB Journal has published research on what is now known as the 'flightless' molecule. One of the most problematic aspects of cancer is its spread. If contained to a certain area of the body, it is far easier to treat, and can lead to healthier outcomes or even full recoveries. This is precisely what this niche of atoms does.
Scientists have developed an interest in the literally sticky properties of flightless molecules. By making cancerous cells gel together, they mitigate the concerning spread of the disease. Researchers hope to build on these regulation properties, and to incorporate them in the future development of medication. The likeliness of survival will be dramatically increased should such a drug come to fruition.
Scientists have developed an interest in the literally sticky properties of flightless molecules. By making cancerous cells gel together, they mitigate the concerning spread of the disease. Researchers hope to build on these regulation properties, and to incorporate them in the future development of medication. The likeliness of survival will be dramatically increased should such a drug come to fruition.
Trend Themes
1. Sticky Molecule Applications - The development of medication incorporating flightless molecules could revolutionize cancer treatment by containing the spread of the disease.
2. Regulation Properties in Medicine - Exploring the regulation properties of flightless molecules opens up opportunities for disruptive innovations in the field of medicine.
3. Increased Likelihood of Survival - The use of flightless molecules in drugs has the potential to significantly improve the chances of survival for cancer patients.
Industry Implications
1. Pharmaceutical Industry - The pharmaceutical industry can leverage the sticky properties of flightless molecules to develop new cancer treatments that target and contain the disease.
2. Biotechnology Industry - The biotechnology industry can explore the regulation properties of flightless molecules to create innovative therapies for various diseases, not limited to cancer.
3. Medical Research Industry - The medical research industry can focus on studying flightless molecules to identify new ways of inhibiting the spread of diseases and improving patient outcomes.
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