>
Jeffrey Epstein Survivor-Jena Lisa Jones
Open The Strait - Trump sings Huge Ultimatum Reggae (AI Parody Song)
How do you know if you're eating real meat
The Secret Spy Tech Inside Every Credit Card
Red light therapy boosts retinal health in early macular degeneration
Hydrogen-powered business jet edges closer to certification
This House Is 10 Feet Underground and Costs $0 to Cool. Why Is It Banned in 30 States?
Cold Tolerant Lithium Battery?? Without Heaters!? Ecoworthy Cubix 100 Pro!
DLR Tests Hydrogen Fuel for Aviation at -253°C
Watch: China Claims Cyborg Breakthrough To Build An "Army Of Centaurs"
Instant, real-time video AI is now upon us, for better and worse
We Build and Test Microwave Blocking Panels - Invisible to Radar
Man Successfully Designs mRNA Vaccine To Treat His Dog's Cancer

One such avenue centers on cellular garbage disposal units known as lysosomes, which are particularly vulnerable in cancer cells as opposed to healthy ones. And perhaps even more so now, with scientists in South Korea finding they can deliver a fatal blow to cancer cells through a careful mix of charged nanoparticles.
Lysosomes are tiny sacs packed with enzymes and acids that degrade unwanted parts of the cell, before either recycling them or dumping them outside the cell walls, much like you'd take your trash out to the curb. Recent research has suggested lysosomes could play a role in Alzheimer's, where a dysfunctional disposal system can enable the buildup of toxic proteins in the brain.
Scientists at South Korea's Institute of Basic Science are working to instigate their own type of dysfunctional lysosomes, the reason being that a compromised lysosome that releases its trash inside the cell can cause that cell to die, which is obviously a good thing when we're talking about cancer cells.