Study links protein, fat regulator to nerve cell damage in ALS
WHY IT MATTERS
Understanding how fat regulation breaks down in ALS nerve cells could lead to new treatments that target this specific problem, potentially slowing or stopping nerve cell damage in people living with ALS.
Scientists discovered that a protein called UBQLN2 helps nerve cells manage both proteins and fats. When UBQLN2 doesn't work properly — especially in controlling fats — it may cause nerve cells to die in ALS, a disease that weakens muscles over time. This discovery suggests doctors might be able to help nerve cells stay healthier by fixing how fats are controlled.
A protein called UBQLN2 is key for regulating both proteins and fat molecules in nerve cells, and disruptions in these activities — particularly the regulation of fat molecules — may play key roles in driving amyotrophic lateral sclerosis (ALS), a study found. The findings indicate that it may be possible to improve nerve cell health […] The post Study links protein, fat regulator to nerve cell damage in ALS appeared first on ALS News Today .