I feel like I'm writing headlines for one of the shocker tabloids, but the above lead just happens to be very real and very significant to bald humans. Scientists at the University of California, Los Angeles (UCLA) and the Veterans Administration (VA) did discover a chemical compound that caused hair regrowth in mice with alopecia, but they were testing the compound on the mouse digestive system.
In 2009, Michael Cima, professor of materials science and engineering, and his MIT team created an implantable sensoring device capable of detecting and monitoring cancer. This week, another version of that device was presented that can detect whether a patient has had a heart attack and its severity. This will help diagnose the 30 percent of heart attack victims for whom there are no symptoms.
Nothing like a diet orange to wash down some barbecue spare ribs, french fries, and buttered biscuits, heh? Or a Diet Coke with your Mac & Cheese? If this sounds like your idea of saving calories, you're a lot like millions of Americans, who believe that because diet soda has no calories, it can't be bad for your diet. You're wrong.
.... If this success is continued in subsequent studies, miR-429 could become the catalyst that literally reverses the fate of an ovarian cancer patient.
A new bioengineering technique for creating 'off the shelf' blood vessels was unveiled today in the journal Science Translational Medicine. Researchers believe their technique might one day obviate the need to use the patient's own blood vessels to replace those that are not functioning, specifically in heart by-pass and hemodialysis surgeries, saving as many as 500,000 lives a year in the U.S. alone.
C Dots, or Cornell Dots, named for the university where they were first developed, have received approval from the U.S. Food & Drug Administration (FDA)... to be used in a human clinical trial. The C Dots were first developed as optical probes, but have since been adapted for use as cancer cell trackers, assisting both the diagnosis and targeted treatment of cancer cells.