Find content exploring the innovations underlying our novel technology
A theoretical framework for proteome-scale single-molecule protein identification using multi-affinity protein binding reagents
Demonstrates the potential of our technology to efficiently decode greater than 95% of the proteome.
Highly dense and scalable protein arrays for single-molecule studies
Outlines the critical process of depositing single protein molecules uniformly and completely across the 10 billion ‘landing pads’ on our platform’s high quality, hyper-dense, single-molecule protein arrays.
Hyper-dense single-molecule protein arrays for proteomics at scale
Learn how we create arrays with billions of landing pads that isolate single protein molecules.
White papers and eBooks
Proteomics at scale: Current approaches and emerging technologies
We outline the primary advantages and challenges of current proteomics technologies and discuss measures needed to enable quantification of the proteome at depths substantially greater than the 8-30% of the proteome that is readily accessible today.
Proteomics and cancer
Learn how proteomics is advancing cancer research and may usher in the creation of new cancer diagnostics and treatments.
Proteomics and neuroscience
Learn how proteomics is advancing the study of the brain and broader nervous system and how next-generation proteomics can accelerate basic and applied neuroscience.
Proteomics and the development of precision medicines against cancer
Learn how proteomics can drive the creation of precision medicines that more rapidly identify and treat the molecular causes of cancer.
Accelerating basic research with proteomics
Learn how proteomics makes it possible for scientists to better understand the complexities of biology and create new therapeutics, biotechnologies, and metrics of human health.
Unlocking the complexity of proteins to fuel precision medicine
Discover how unlocking the complexity of proteins can radically improve how we identify targets for drug development.