Study: CBD From Cannabis Enhances Skeletal Healing

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by Paul Armentano

on April 7, 2015

The administration of the non-psychotropic cannabinoid cannabidiol (CBD) leads to improvement in bone fracture healing, according to preclinical data published online ahead of print in the Journal of Bone and Mineral Research.

Investigators at the Hebrew University Bone Laboratory in Israel assessed the ability of CBD administration to promote healing in rats with mid-femoral fractures. Researchers reported, “CBD markedly enhanced the biomechanical properties of the healing femora after 8 weeks.”

Authors also evaluated the administration of THC and CBD together, but reported that this combined preparation was “not advantageous” over CBD alone — indicating that the plant’s potential bone-stimulating properties are primarily specific to cannabidiol.

They concluded: “CBD alone is sufficiently effective in enhancing fracture healing… Multiple experimental and clinical trials have portrayed CBD as a safe agent suggesting further studies in humans to assess its usefulness for improving fracture healing.”

Researchers have previously acknowledged that endogenous cannabinoids stimulate bone formation and inhibit bone loss, potentially paving the way for the future use of cannabinoid drugs for combating osteoporosis.

Paul Armentano is the deputy director of NORML.

This piece first appeared on the NORML Blog.