How Turmeric can Regenerate a Damaged Brain, Boost Brain’s Stem Cells by for Natural Society
Although 2014 was the shining year for numerous foods, many would attest that turmeric held the gold medal in ‘hottest foods of 2014.’ The spice is relatively reasonably priced, available, and boasts seemingly countless health benefits. One of those benefits is revealed in a study conducted relatively recently, one which found that turmeric may contribute to the regeneration of a ‘damaged brain’ and help with neurological disorders.
Published in the journal Stem Cell Research & Therapy, this recent study both showcases yet another benefit of turmeric while providing evidence that the magic compound “curcumin” within turmeric isn’t the only compound responsible for the spice’s health benefits. Researchers noticed that a lesser known, fat-soluble component within turmeric, known as Ar-turmerone, may make “a promising candidate to support regeneration in neurologic disease.”
Scientists discovered that when they put neural stems cells in petri dishes and bathed them in extracts of Ar-turmerone, up to 80% more of the stem cells grew into neurons or others cells. This is compared to control experiments where the chemical wasn’t used.
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What’s more, upon injecting the turmeric extract into a part of rat’s brains where these cells are located, similar increased growth and proliferation of stem cells into neurons was detected, study co-author Dr. Adele Rüger, a researcher at the University Hospital of Cologne, Germany, and the Institute of Neuroscience and Medicine says.
The study abstract reads:
“Aromatic (ar-) turmerone is a major bioactive compound of the herb Curcuma longa. It has been suggested that ar-turmerone inhibits microglia activation, a property that may be useful in treating neurodegenerative disease. Furthermore, the effects of ar-turmerone on neural stem cells (NSCs) remain to be investigated.
…Both in vitro and in vivo data suggest that ar-turmerone induces NSC proliferation. Ar-turmerone thus constitutes a promising candidate to support regeneration in neurologic disease.”
Commenting on the findings, lead author Adele Rueger says:
