Oxytocin helps regulate the bone aging cycle
Oxytocin helps regulate the bone transformation cycle of aging rats. Animals receiving this hormone show an increase in biochemical markers related to bone renewal and contribute to bone formation and the expression of mineralized proteins. "Analysis of blood samples showed that essential bone development markers (such as alkaline phosphatase) have been enhanced. The compound is produced by osteoblasts and is associated with mineralization.
We also noticed decreased movement of tartrate acid phosphatase (signs of bone resorption). The bones of rats treated with oxytocin were denser. We found that the femoral neck area became stronger and the porosity decreased. Its biomechanical compression response is much better, and its physical chemists have confirmed that it is more dense.
The secretion of oxytocin in the bones is produced by the hypothalamus and pituitary gland. Researchers found that in the early twentieth century, its release was mainly related to childbirth and breastfeeding. More gentle experiments showed that many other cells also secrete oxytocin. "It is secreted by bone cells. Our research shows that it is related to the bone metabolism process of women in the aging system.
Postmenopausal women are more likely to develop osteoporosis, and these women usually tend to lower the level of oxytocin in their plasma. Donelles said. The UNESCO research team has been studying the relationship between oxytocin and bone metabolism rate for ten years. We have successfully simulated animal types that simulate female menopause.
Globally, there are far more damaged bones than Wellbeing OrBrazilganization (WHO), and the number of bone-related hip fractures
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