With the Gator Bio systems, the original inventors of the BLI technology introduce a new generation of more powerful, productive and cost-effective BLI instruments to the scientific community. The Gator Bio instruments offer an improved design, paired with the newest developments in biosensor technology. The improved thermal insulation of the optical bench leads to a more stable baseline, which helps while measuring long off-rates of tight binding interactions. A new generation of biosensors contain improved surface chemistry, which enhances their sensitivity, binding capacity, robustness and regeneration capability. The BLI technology from Gator Bio is flexible, highly-sensitive and accessible. From experiment to analysis, you can characterize the widest range of molecules on a single state-of-the-art platform - in a single run.
 

Key features of the Gator Bio system include:

• Innovative Biosensors
• Enhanced sensitivity
• More stable baseline
• Two-plate setup for increased sample capacity
• Frequent releases of new and improved biosensors and kits

Accelerate your Antibody development Applications:

• Rapid and easy quantitation of Antibody titer with wide dynamic range
• High-throughput kinetic experiments to determine k_on, k_off and K_d of interaction pairs
• 32 x 32 Epitope binning assay in 8 hours; Complete a 96 x 96 binning matrix in 5 days

Download Antibody Solution Application Note

Kinetic characterization of Anti-fluoreszine and fluoreszine (332 Da). The innovative three-dimensional surface chemistry of the new SMAP biosensors drastically increases the binding capacity and thereby enhances sensitivity when working with biotinylated molecules.

Gator Bio's biosensors offer a unique advantage in expanding the range of detectable molecules in various applications. The high sensitivity of their SMAP probes enables the detection of low molecular weight targets, while the SA XT probes are specialized for higher molecular weight targets. This empowers you to work with a broad spectrum of molecules, ranging from small molecules to Lipid Nanoparticles or protein aggregates. Moreover, the company's commitment to innovation is evident through its R&D team, which is continuously developing new biosensors to keep customers at the forefront of label-free interaction analysis technology.

Long-term baseline stability is a key element when measuring slow dissociation rates. Gator Bios improved thermal insulation of the optical bench greatly reduces background noise which results in a clearer signal. This makes it possible to extend the measurement time in the dissociation step and to precisely measure high affinity interactions up to picomolar range. Accelerate your antibody discovery by identifying strong candidates early and with high accuracy.

Kinetic characterization of TNF-α and anti-TNF-α. A clean signal with little noise and minimal baseline drift enables extended off-rate measurements to determine picomolar interactions with high precision.

Gator Bio FLEX SA Kit

Kinetic characterization of TNF-α and anti-TNF-α for over 10 reactivations. The FLEX SA Kit lets you reactivate your Streptavidin sensors so you get more experiments done with less probes. The days of single use biosensors are over.

Regeneration profile: Concentration series of mouse IgG (10 µg/ml - 0.1 µg/ml) measured 20 times with sensor regeneration. The improved biosensor surface chemistry allows for more regeneration cycles without a loss in binding capacity.

• Wide dynamic range: The improved biosensor surface chemistry increases the concentration range for quantitations
• Unique applications: Quantify your AAV samples with the new ready-to-use AAVX-probes
• User friendly: The intuitive software enables fast and easy assay setup and analysis - even for users with little experience
• Customer support: Gator Bio listens to customer feedback and incorporates it into future releases and updates
• Future prove: The frequent releases of new and improved biosensors ensure that your assays are always performed with state-of-the-art technology