>
Battleborn Batteries Responds! Their Overheating Device is a "Feature" not a "Problem
Actor Liam Neeson Outs Himself as MAHA After Narrating Pro-RFK Jr. Documentary Slamming...
Kyle Rittenhouse announced on social media Wednesday that he has tied the knot.
JUST IN: President Trump Grants Tina Peters Pardon
Build a Greenhouse HEATER that Lasts 10-15 DAYS!
Look at the genius idea he came up with using this tank that nobody wanted
Latest Comet 3I Atlas Anomolies Like the Impossible 600,000 Mile Long Sunward Tail
Tesla Just Opened Its Biggest Supercharger Station Ever--And It's Powered By Solar And Batteries
Your body already knows how to regrow limbs. We just haven't figured out how to turn it on yet.
We've wiretapped the gut-brain hotline to decode signals driving disease
3D-printable concrete alternative hardens in three days, not four weeks
Could satellite-beaming planes and airships make SpaceX's Starlink obsolete?

Scientists have determined a new way to protect the hair follicle from chemotherapy in an effort to prevent hair loss as a result of cancer treatments.
Researchers based at The University of Manchester have discovered a new strategy for how to protect hair follicles from chemotherapy, which could lead to new treatments that prevent chemotherapy-induced hair loss—arguably one of the most psychologically distressing side effects of modern cancer therapy.
Published in the journal, EMBO Molecular Medicine, the study from the laboratory of Professor Ralf Paus of the Centre for Dermatology Research describes how damage in the hair follicle caused by taxanes, cancer drugs which can cause permanent hair loss, can be prevented.
To do this, scientists have exploited the properties of a newer class of drugs called CDK4/6 inhibitors, which blocks cell division and are already medically approved as so-called "targeted" cancer therapies.
Dr Talveen Purba, lead author on the study explains: "Although at first this seems counter-intuitive, we found that CDK4/6 inhibitors can be used temporarily to halt cell division without promoting additional toxic effects in the hair follicle. When we bathed organ-cultured human scalp hair follicles in CDK4/6 inhibitors, the hair follicles were much less susceptible to the damaging effects of taxanes."