Tag: Spinal Discs

Researchers have tested a synthetic and natural senolytic combination of RG-7112 and o-vanillin in mice with early-onset low back pain and disc degeneration. They observed reduced signs of back pain; decreased senescence and disc degeneration; and improvements in vertebral bone quality [1]. A painful global problem Globally, low back pain is responsible for the most...

A new paper published in the Nature journal Bone Research has found that reprogramming the epigenetics of spinal disc cells reduces senescence and alleviates pain in a rat model. The soft tissue degrades Nucleus pulposus cells, which maintain the discs in the spine [1], are prone to the same age-related deterioration that other cells are....

Researchers have found a new avenue for approaching spinal disc degeneration and published their work in Aging Cell. A very common problem Back problems in the elderly are widely known to be caused by a deteriorating spine. Some of these problems are due to the vertebrae themselves losing cohesion, such as in osteoporosis, but the...

In Aging Cell, researchers have published a potential method of ameliorating disc degeneration that focuses on the cells living in a low-oxygen environment within the discs. Living on low oxygen Yesterday, we discussed how an antioxidant compound was found to alleviate intervertebral disk degeneration (IVDD). This related paper focuses on a tissue that is already...

In a recent paper, researchers from McGill University in Canada have investigated how a combination of two senolytics, RG-7112 and o-Vanillin, influences the intervertebral disc cells of back pain patients [1]. Back pain is a widespread issue An overwhelming majority of people, a full 80%, have suffered from back pain at some point in their...

Researchers publishing in Aging have outlined a relationship between disc degeneration, macrophage polarization, inflammation, and sirtuins, demonstrating their effectiveness in a rat model of the disease. A crippling and painful disease Intervertebral disc degeneration (IDD) is a major cause of pain and disability [1], as it leads to the physical deterioration of the shock-absorbing discs...