Neutron spin echo
#longevity #futureofmedicine #biotechnology #healthtech #scicomm
Cancer kills when it goes metastatic. Pieces of a primary tumor fly around in the body and start up lots of other tumors. If you could stop the pieces from flying around you could cure 80 percent of cancers. Cells are held together by things like the adherens junction. There is only one way to observe their dynamics, neutron spin echo spectroscopy. My laboratory is the only one in the world that can do that.
Discovering the intricate movements of proteins at the nanoscale has been a game-changer in understanding cancer metastasis. Neutron spin echo (NSE) spectroscopy stands out as a powerful technique, capable of capturing protein domain dynamics at the billionth-of-a-second timescale. This incredible resolution allows researchers to see how proteins like those in adherens junctions help keep cells tightly connected, preventing fragments of tumors from escaping and spreading throughout the body. The metastatic spread of cancer is responsible for the majority of cancer-related deaths, and the ability to observe these early cellular events could be the key to developing therapies that stop cancer in its tracks. My laboratory's unique access to NSE technology provides an exclusive window into these processes that few labs worldwide can match. Using neutron spin echo studies, we can watch how the proteins that maintain tissue integrity move and fluctuate, which is crucial for understanding when and how cancer cells break away. This deep insight offers exciting potential for future medicines aimed at strengthening these cellular junctions or preventing their breakdown. Beyond cancer research, the applications of NSE extend to other critical areas like longevity and biotechnology, advancing healthtech innovations. Seeing dynamic protein behavior in real time informs the design of biomimetic materials and new drug targets, moving us closer to breakthroughs in immortality and limitless life concepts. Engaging with this forefront technology is a thrilling journey. It reveals the hidden choreography of life at a molecular level and inspires hope for medically transformative discoveries that will impact millions of lives worldwide.
