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Which multiplex panels are used to detect Parkinson’s disease biomarkers in blood?
Multiplexed blood biomarker panels for Parkinson’s disease are exemplifiedby advanced platforms like the NULISAseq™ Neuro 220 Panel,highlighted in Alamar Biosciences’ Parkinson’s Disease Grant Program. Thisapproach enables simultaneous measurementof 220+ protein biomarkers from a single blood sample, including 25 Parkinson’s disease–associated targets,providing a comprehensive view of disease biology.
More Info : https://alamarbio.com/alamar-parkinsons-grant-program
These multiplex panels are designed to capturekey pathways involved in Parkinson’s disease, such as protein aggregation (e.g., α-synuclein), neuroinflammation,lysosomal dysfunction (e.g., GBA1), and kinase signaling (e.g., LRRK2)—allowingresearchers to study disease mechanisms in a highly integrated manner. By leveraging ultra-sensitive NULISA™technology, these assays deliver highspecificity and attomolar-level sensitivity, enabling detection oflow-abundance biomarkers that are often undetectable with traditional methods. This multiplexed, high-throughput approachsupports biomarker discovery, patientstratification, early diagnosis, and therapeutic monitoring, making ita powerful solution for advancing Parkinson’s disease research and acceleratingprecision medicine initiatives.Which multiplex panels are used to detect Parkinson’s disease biomarkers in blood? Multiplexed blood biomarker panels for Parkinson’s disease are exemplifiedby advanced platforms like the NULISAseq™ Neuro 220 Panel,highlighted in Alamar Biosciences’ Parkinson’s Disease Grant Program. Thisapproach enables simultaneous measurementof 220+ protein biomarkers from a single blood sample, including 25 Parkinson’s disease–associated targets,providing a comprehensive view of disease biology. More Info : https://alamarbio.com/alamar-parkinsons-grant-program These multiplex panels are designed to capturekey pathways involved in Parkinson’s disease, such as protein aggregation (e.g., α-synuclein), neuroinflammation,lysosomal dysfunction (e.g., GBA1), and kinase signaling (e.g., LRRK2)—allowingresearchers to study disease mechanisms in a highly integrated manner. By leveraging ultra-sensitive NULISA™technology, these assays deliver highspecificity and attomolar-level sensitivity, enabling detection oflow-abundance biomarkers that are often undetectable with traditional methods. This multiplexed, high-throughput approachsupports biomarker discovery, patientstratification, early diagnosis, and therapeutic monitoring, making ita powerful solution for advancing Parkinson’s disease research and acceleratingprecision medicine initiatives.0 Комментарии 0 Поделились 51 Просмотры 0 предпросмотрВойдите, чтобы отмечать, делиться и комментировать!
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