In mice lacking ovaries to mimic estrogen loss, deleting the Camkk1 gene from bone-degrading cells attenuated the loss of spongy bone.In mice lacking ovaries to mimic estrogen loss, deleting the Camkk1 gene from bone-degrading cells attenuated the loss of spongy bone.
Inhibiting NFAT restored myoblast differentiation in culture and improved myofiber repair in injured mice.Inhibiting NFAT restored myoblast differentiation in culture and improved myofiber repair in injured mice.
In ovariectomized mice, six weeks of treatment with pH-responsive puerarin nanoparticles restored trabecular bone architecture and increased bone mineral density.In ovariectomized mice, six weeks of treatment with pH-responsive puerarin nanoparticles restored trabecular bone architecture and increased bone mineral density.