Automated Octet Systems
Label-free BLI Detection
- A diverse range of platforms for all laboratories
- Ready-to-use biosensors and assay kits for all types of biologics
Unprecedented time and cost savings during biomolecular interactions analysis
With FortéBio’s latest additions to the Octet portfolio, the Octet R Series, you can choose between a 2-, 4- or 8-channel model (Octet R2, R4, or R8) to balance budget and throughput needs. The Octet R2 and R4 offer field upgradeability to futureproof your research and your investment.
Perform your quantitation, epitope binning or kinetics experiments with unmatched speed on the Octet HTX System. Quantitate up to 96-samples of an IgG sample in two minutes.
Fluidics-free Dip and Read format reduces assay time and maintenance cost
The Octets utilise FortéBio’s Dip and Read™ technology with the read head dipping into samples in a plate format. With no fluidics involved, Octet systems are highly robust, providing faster time to results and process economy when compared to other technologies.
High-quality kinetic screening and affinity characterisation
The Octets monitor binding events in real time to calculate on rates (ka), off rates (kd), and affinity constants (KD).
Parallel, independent channels for maximum speed and flexibility
On the Octet systems, each channel is independent of the others allowing for analysis of different sample types simultaneously. Systems range from 2, 4, 8, 16 and 96 channels, offering unmatched speed and versatility.
Versatility to detect a wide range of molecules
The high sensitivity of the Octets detect a diverse range of biomolecules from small molecules to proteins to mammalian cells.
Perfectly suited to operate in GxP-regulated environments
FortéBio offers an optional 21 CFR Part 11 software for Octet systems. In addition, installation and qualification (IQOQ) and performance qualification (PQ) kits are available for GxP users.
Octet R Series systems
Accelerate your research with an upgradeable, label-free protein analysis platform
Octet RED384 and HTX systems
Unprecedented throughput for industry applications
High performance system with exceptional speed and throughput
8 to 96-channel system
Perform your quantitation and kinetics characterisation assays at unmatched speed and throughput
|Octet R2||Octet R4||Octet R8||Octet RED384||Octet HTX|
|Maximum simultaneous reads||2||4||8||16||96|
Limit of detection:
> 150 Da
101 - 107
10-6 - 10-1
1 mM - 10 pM
|Analysis temperature range||15 – 40 °C||Ambient +4 – 40 °C|
|Microplate capacity||1 x 96-well||2 x 96- or 384-well|
|Minimum sample volume||200 μL||40 μL*|
* 384-well tilted-bottom microplate
Octet systems accelerate the drug discovery process by providing fast, high quality kinetics to identify targets and characterise drug interactions. Perform high throughput library screening, kinetics, cross-competition and quantitation assays with ease and confidence.
- Affinity & Kinetics
- Biologics & Small Molecule Research
- Epitope Binning
- Lead Characterisation
- Library Screening
Cell line developement
Octet systems accelerate cell line development by providing fast, reliable quantitation, even in crude samples. Rapidly screen clone libraries and monitor product quality and titre through the manufacture process.
- Clone Screening
- Product Qualification
- Titre & Impurity Monitoring
- GxP Applications
Utilising FortéBio’s one-step Dip and Read™ technology, Octet systems directly measures the presence of specific proteins and other molecules in solution. Accurate and reproducible concentrations can be determined in as little as two minutes per sample.
Easy kinetic characterisation
Octets accurately measure kinetic constants by bringing the detection surface directly to the sample, eliminating the need for micro-fluidics. With ready to use biosensors for most proteins, the unique Dip and Read™ approach streamlines workflows and expedites assay development. It allows for direct measurement of crude samples with minimal instrument maintenance.
High throughput screening and hit-ranking
With the Octet system, clones with high affinities and low off-rates can be rapidly identified and selected for further characterisation. Due to its high throughput design, the Octet system is routinely used as a secondary screening platform for Fab fragments and non-antibody ligands derived from phage display libraries. Using immobilised antigen, an Octet system screen can provide affinity ranking data and estimates of association and dissociation constants for each primary hit.
Epitope binning and cross-competition assays
Epitope binning studies rely on the sequential binding of two antibodies to an antigen and are performed using dozens of antibody pairs in cross-competition matrices. The Octet system excels at these large-scale studies due to assay speed, throughput and exceptional reproducibility.
About Solve Scientific
Solve Scientific caters to the Australian and New Zealand scientific market with high-quality product and innovative technologies. In close partnership with our suppliers our role is delivering premium local support in enabling our customer’s results.