Post by account_disabled on Mar 9, 2024 22:39:05 GMT -5
Sensors Can Detect Specific Molecules, Such as Those on the Surface of Tumor Cells, So We Can Tell When Individual Cancer Cells Are Present in Our Bodies. Advances Such as These Enable the Development of So-called Personalized Medicine and Will Undoubtedly Help Diagnose Cancer Earlier. Nanoparticles Fight Bacterial Infections One of the Most Important Issues in Medicine is the Emergence of Bacteria That Are Resistant to Antibiotics. Therefore, Many Initiatives Are Currently Being Developed to Stop Infections Caused by These Microorganisms. Although There Are Several Research Projects Aimed at Eliminating These Bacteria, Either Through.
Whether Through the Creation of , We Are Still Far From Finding a Final Solution. Methicillin-resistant Staphylococcus Aureus the Work Developed by Uc San Diego Scientists Uses Chinese Europe Phone Number List Nanotechnology to Combat This Type of Bacteria, Although Their Idea Could Also Be Used to Combat the Venom of Animals Such as Snakes and Scorpions. To This End, the Research Team Led by Zhang Liangfang Obtained Special Nanoparticles That Can Act as a "Sponge" for Toxins Produced by Bacteria (as Well as Bacteria That Are Resistant to Antibiotics). This.
The Development, Published in the Important Journal Nature Nanotechnology , Blocks One of the Main Attack Mechanisms of These Microorganisms and Could Be Seen as an Important Way for Nanotechnology to Help Medicine in the Future. The Work by Zhang and His Collaborators is Based on Using Red Blood Cell Membranes to Create Nanosponges That Can Store More Than 100 Nanoparticles Per Blood Cell, Each Measuring on the Order of Nanometers. Since These Blood Cells Are Often Potential Targets for Bacterial Toxins, This Strategy Acts as a "Bait" So We Can Use These "Artificial Sponges" to Soak Up Bacterial Toxins.
Can't wait!
