Gator® Pivot
Achieve high-quality data for both thermally unstable proteins as well as extended assay times The Gator® Pivot instrument is designed for intermediate-throughput analysis. 16 spectrometers enable high frequency parallel measurement of up to 16 samples. It is also equipped with temperature and evaporation control that alleviates concerns about analyzing thermally unstable proteins and the risk of sample evaporation during exte…
Gator® Pivot
Receive your quote directly from the manufacturer.
Highlights
- Quantitate 816 samples per batch
- Sample temperature control from 15 deg. to 40 deg. celsius
- Novel evaporation control
Features
- 16 spectrometers
- 2×96-well or 2×384-well sample plates
- Self-cleaning and smart monitoring
- Plate handling automation ready
- 2, 5 and 10 Hz acquisition rate
- IQOQ service bundle
Brochures
Automated high-throughput BLI with integrated plate loading
High‑throughput antibody and protein analysis often stalls when teams rely on manual plate handling, leading to bottlenecks, variability, and limited walkaway time. As screening volumes grow, these constraints slow discovery, development, and QC workflows that depend on consistent, real‑time bilayer interferometry (BLI) data.
Discover how automated plate loading and co-ordinated scheduling streamline large‑scale BLI assays, enabling continuous operation, reproducible data, and more efficient use of staff and instruments without over‑emphasizing any single product.
Gator next-generation biolayer interferometry
Gator Bio, Inc. has announced the label-free biolayer interferometry (BLI) system of next-gen analysis instruments to detect white light pattern change reflected from the biosensor tip in real time. Expressed as the nanometer shift, BLI detects when biomolecule interactions bind in comparative number and scale from highly sensitive vector analytics. The ‘dilute and dip’ for viral vector analysis provides accurate, robust and highly sensitive automation. Based on next-gen BLI technology the Gator® family portfolio collectively makes the Gator BLI system a valuable tool for a wide spectrum of applications, from biotherapeutics development to drug discovery and life science research, enhancing efficiency and accelerating drug discoveries.
From AI design to validated binder - closing the loop with reversible BLI biosensors
Wednesday, May 6 at 17:00 BST | 18:00 CEST | 12:00 EDT | 9:00 PDT
Affinity‑based protein analysis is entering a new era, driven by the need for faster, more reproducible insights into complex molecular interactions. As researchers push toward higher‑throughput discovery, traditional protein analysis tools can struggle to keep pace, creating bottlenecks that slow innovation and limit data quality.
In this SelectScience® webinar, researchers are invited to join experts from Cube Biotech, Adaptyv Bio, and Gator Bio for a deep dive into the next generation of affinity‑based and automated protein analysis.
Dr. Alexandra Nordlohne of Cube Biotech, Dr. Ron Gill of Adaptyv Bio, and Dr. Benjamin Osborn of Gator Bio, will share how cutting‑edge technologies are reshaping protein interaction studies. You will discover how Strep‑Tag® binding with biolayer interferometry (BLI) supports high‑performance interaction analysis, and how automated, AI‑guided workflows streamline protein validation at scale.
By registering for this webinar, you will learn how these complementary approaches drive faster, more reproducible insights into protein function and open new possibilities for discovery and development.
Certificate of attendance
If you attend the live webinar, you will automatically receive a certificate of attendance, including a learning outcomes summary, for continuing education purposes. If you view the on-demand webinar, you can request a certificate of attendance by emailing editor@selectscience.net.
Webinar details
- Cost: Free to attend
- Location: Online
- Duration: 60 minutes
Registration is required to secure your place. If you register but can’t attend live, you will receive a link to the on‑demand recording once it becomes available.
