Prion Microplate Reader

Real-time quaking induced conversion assay for prion seeding

Prions are transmittable pathogens that cause abnormal folding of brain proteins. Find out, how the expanded shaking and incubation options can be used to study prion seeding.

Optimizing sensitivity and specifity in the RT- QUiC assay

The RT-QuIC assay helps to study prions and is an alternative to cost and time intensive animal studies. Learn how to optimize sensitivity and specificity.

Prion research

Prion seeding assays require long-term and rapid shaking conditions. See how our robust and accurate plate readers can help you investigate prion-induced aggregation events.

Alpha-synuclein in neurodegenerative disease

Alpha-synuclein is a key protein involved in neurodegenerative diseases like Parkinson’s. Find out how microplate readers can help advance alpha-synuclein research.

The links between amyloids and neurodegeneration

Amyloids are thought to play a crucial role in neurodegeneration. Find out how microplate readers help advance amyloid research.

mechanisms-of-tau-induced-neurotoxicity-teaser

The mechanisms of tau-induced neurotoxicity

The tau protein plays a role in many neurological diseases and disorders. Find out about neuronal toxicity induced by tau and how microplate readers can aid tau research.