Erisyon
Commercial developer of a single-molecule protein sequencing platform that uses selective fluorescent labeling, cyclic chemistry, high-throughput imaging, and database matching to identify and quantify peptides and proteins from ultra-low-input samples. The company spun out of University of Texas at Austin research and publishes peer-reviewed work and application notes describing the underlying methods and use cases.
Industries
Nr. of Employees
small (1-50)
Products
Single-molecule protein sequencing instrument
A laboratory instrument and associated workflows that perform surface-immobilized, fluorescent-residue-based sequencing of peptides at single-molecule sensitivity and high throughput.
Single-molecule protein sequencing instrument
A laboratory instrument and associated workflows that perform surface-immobilized, fluorescent-residue-based sequencing of peptides at single-molecule sensitivity and high throughput.
Services
Research collaboration and biomarker validation
Collaborative research and validation projects to translate single-molecule proteomics methods into biomarker discovery and validation (example: funded projects for Parkinson’s disease biomarker validation).
Technical literature and application notes
Provision of white papers and downloadable application notes demonstrating workflows and use cases (e.g., single-cell proteome cataloging, PTM mapping, antigen discovery).
Research collaboration and biomarker validation
Collaborative research and validation projects to translate single-molecule proteomics methods into biomarker discovery and validation (example: funded projects for Parkinson’s disease biomarker validation).
Technical literature and application notes
Provision of white papers and downloadable application notes demonstrating workflows and use cases (e.g., single-cell proteome cataloging, PTM mapping, antigen discovery).
Expertise Areas
- Single-molecule proteomics
- Biomarker discovery and validation
- High-sensitivity clinical proteomics
- Post-translational modification analysis
Key Technologies
- Single-molecule fluorescent sequencing (cyclic chemistry)
- Selective fluorescent amino-acid labeling
- Edman-like cyclic cleavage chemistry
- Single-molecule fluorescence microscopy