It’s a very important aspect we have been developing in recent years. We have understood that in many Parkinson’s patients there is not only one pathology. We have been convinced for many years that it’s all related to synuclein. But we found, thanks to these biomarkers that we can detect in the blood, that there is often co-pathology, co-Alzheimer pathology, at least there is amyloid deposition in the brain and we know that this co-pathology has an impact on disease progression...
It’s a very important aspect we have been developing in recent years. We have understood that in many Parkinson’s patients there is not only one pathology. We have been convinced for many years that it’s all related to synuclein. But we found, thanks to these biomarkers that we can detect in the blood, that there is often co-pathology, co-Alzheimer pathology, at least there is amyloid deposition in the brain and we know that this co-pathology has an impact on disease progression. Those Parkinson’s patients who deteriorate faster, they develop cognitive decline, they are most likely to have Alzheimer co-pathology. So the reason why people get two pathologies is still uncertain, but they all belong to the class of proteinopathy, so the protein degradation is affected. And probably starting with synuclein, other proteins get also involved. And if you do, I think this has an impact on progression and prognosis. Detecting this through a blood test, I think it’s very important, if you want to screen for those patients who are at risk of fast deterioration.
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