Researchers have discovered a gene that may reduce back pain by counteracting the aging process of intervertebral discs. This gene, ZNF865, plays an important role in preventing the deterioration of cells in the intervertebral discs of the spine. As we age, these cells lose their function and cause inflammation and pain.
The study shows that a deficiency of the ZNF865 gene leads to more cell aging and damage to the DNA in the intervertebral discs. Using new techniques, scientists were able to activate the gene in laboratory cells. This improved the cells and reduced inflammation. This gives hope for a new treatment aimed at maintaining healthy spinal structures.
This gene works by reducing so-called ‘senescent cells’. These are cells that no longer divide and release harmful substances, which leads to inflammation and tissue breakdown. By reducing these cells, the discs are better protected and remain supple for longer.
Although the findings are promising, the research is still in an early stage and no clinical treatments based on ZNF865 are available yet. More research is needed to effectively apply this gene in humans and thus combat back pain caused by aging.
For anyone who wants to age healthily, this research is important. It shows how scientists are working to slow down aging in our bodies, which can contribute to a better quality of life.
Source: Josh Conway
