Octet® R2 BLI System
High performance BLI for label-free kinetics without compromise.
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The Octet® R2 System makes quality protein analysis affordable and flexible. Priced for startup academic and biotech labs, low-volume users are no longer bound by the trade-off between cost and performance when choosing a label-free assay system. The system provides a low-cost entry point for labs with lower throughput needs, while providing the flexibility to field-upgrade to 4 or 8 channels anytime the need arises.
The Octet® R2 system characterizes protein-protein and protein-small molecule binding interactions in academic research as well as drug discovery and drug development processes.
The multi-purpose Octet® R2 system’s unique 2-channel design has dedicated spectrometers for simultaneous referencing or added capacity. It also provides streamlined quantitative information by measuring active protein concentrations - even in complex mixtures like cell culture supernatants and lysates without time-consuming purifications. The system is perfectly suited for academic and start-up biotech labs as well as users with moderate throughput.
Key benefits:
- Get the whole range – Sensitivity for small molecule analysis down to 150 Da
- Highest data quality – Unique 2-channel design with dedicated spectrometers for simultaneous referencing or added capacity
- Easy handling without dedicated operator – Simple software setup with template-driven interface to get new users started quickly
Accelerate assay development and reduce cycle times for AAV quantification in complex biological samples
Assessing AAV vector quality in gene therapy manufacturing is crucial, but the current gold standard, serotype-specific ELISA, has its drawbacks — time-consuming and prone to matrix effects. In this webinar, Dr. Yoann Saucereau from ExcellGene reveals how a label-free approach not only cut down on complexities in biological matrices but also enabled a quick, routine method. Now, ExcellGene effortlessly analyzes up to 96 samples in under 30 minutes for efficient AAV platform development.
Key learning objectives
- Explore how suitable QC workflows are established in AAV development and manufacturing
- Discover the critical role of assay design and development to determine correct binding kinetics, affinity values or analyte concentrations
- Consider the optimization and evaluation of an AAV titer assay in comparison to Octet® AAVX Biosensors
Who should attend?
- Lab researchers
Certificate of attendance
All webinar participants can request a certificate of attendance, including a learning outcomes summary, for continuing education purposes.
