Amperia™
Amperia™ is your companion for fast, reliable, accessible protein and viral vector quantification. With rapid readouts, intuitive setup, and no optics or fluidics, Amperia streamlines decision-making ...
Abselion
Abselion is a Cambridge University spin-out focused on transforming biomolecule quantification with fast, reliable, and accessible tools for protein and viral vector analysis. Its flagship platform, Amperia™, uses proprietary Redox Electrochemical Detection (RED) technology to deliver accurate, reproducible results — even from complex samples — without optics, fluidics, or specialist training. Designed for ease and speed at the bench, Abselion empowers scientists with high-quality insights across research and development workflows. Guided by the principle of precision made practical, the team brings together deep expertise in biology, assay development, and engineering.
AAV Quantification Reagents and Sensors (for Amperia™)
Used with the Amperia™ platform, these reagents and dip-style sensors enable simplified AAV quantification across serotypes. Designed for use directly from crude samples, they support fast, reproducib...
mAb Quantification Reagents and Sensors (for Amperia™)
Optimized for use with the Amperia™ platform, these reagents and sensors enable consistent quantification of monoclonal antibodies across key development stages. Built to handle crude samples and redu...
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Abselion is a Cambridge University spin-out focused on transforming biomolecule quantification with fast, reliable, and accessible tools for protein and viral vector analysis. Its flagship platform, Amperia™, uses proprietary Redox Electrochemical Detection (RED) technology to deliver accurate, reproducible results — even from complex samples — without optics, fluidics, or specialist training. Designed for ease and speed at the bench, Abselion empowers scientists with high-quality insights across research and development workflows. Guided by the principle of precision made practical, the team brings together deep expertise in biology, assay development, and engineering.