82%
IsItCap Score
Truth Potential MeterVery Credible
Very Credible
sciencedaily.com
Scientists may have found a way to keep your bones strong for life | ScienceDaily
By activating it with a newly discovered compound called AP503, <strong>they were able to boost bone density in mice and counteract osteoporosis-like damage</strong>. The finding opens the door to a new kind of treatment that could not only prevent bone loss ...
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sciencedaily.com
Scientists may have found a way to strengthen bones for life | ScienceDaily
Scientists at Leipzig University ... in bone health. <strong>By stimulating this receptor with a new compound called AP503, they were able to boost bone strength in mice, even reversing osteoporosis-like conditions</strong>....
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sciencedaily.com
Scientists find a bone-building switch that could fight osteoporosis | ScienceDaily
An experimental compound called AP503 significantly strengthened bones in mice by activating GPR133, a receptor that <strong>boosts bone formation while slowing bone loss</strong>. Because the same treatment has also been linked to stronger muscles, researchers ...
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scitechdaily.com
The Newly Found Bone Switch That Could Stop Osteoporosis
Researchers in Germany have uncovered a hidden receptor, GPR133, that plays a vital role in bone strength. <strong>By activating it with a new compound called AP503, they boosted bone density in mice and even reversed osteoporosis-like symptoms</strong>.
senseaboutscience.org.uk
AP503 compound targets GPR133 bone formation in mice with osteoporosis - Sense About Science Blog
Using the substance AP503, which was only recently identified via a computer-assisted screen as a stimulator of GPR133, we were able to significantly increase bone strength in both <strong>healthy and osteoporotic mice</strong>,’ said Professor Ines Liebscher, ...
ecoticias.com
Scientists identify a little-known receptor that strengthens bones in mice, and the discovery could open a new path against osteoporosis
An experimental compound called AP503, which turns on GPR133, “significantly increase[d] bone strength in both healthy and <strong>osteoporotic mice</strong>,” said Professor Ines Liebscher, the study’s lead investigator.
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