K Buffer
Gator BioContaining agents to decrease nonspecific binding and stabilize the baseline, this buffer was specially formulated for kinetics analysis using the Gator system and comes ready to use with any of our biosensors.
Containing agents to decrease nonspecific binding and stabilize the baseline, this buffer was specially formulated for kinetics analysis using the Gator system and comes ready to use with any of our biosensors.
Ni-NTA Regen and Ni-NTA Neutral Buffers allow for continuous regeneration of the Ni-NTA (i.e., Tris-NTA and charged with Ni2+ ions binding to His-tagged proteins) probes, without the need for an additional Ni2+ recharging step. Is used for regeneration up to 20 times, with no loss in binding rate.
Ni-NTA Regen and Ni-NTA Neutral Buffers allow for continuous regeneration of the Ni-NTA (i.e., Tris-NTA and charged with Ni2+ ions binding to His-tagged proteins) probes, without the need for an additional Ni2+ recharging step. Is used for regeneration up to 20 times, with no loss in biding rate.
High-purity buffer for kinetics applications. Proprietary ingredients allow for analysis of pM affinity interactions. Perfect for your most difficult-to-work-with biomolecules. Compatible with SA and amine-reactive biosensors.
Includes reagent set for reactivating the Flex SA probe. Kit includes: 3 bottles of priming reagent (50mL/bottle) 1 bottle of Capture reagent (20mL/bottle) 1 bottle of reactivation reagent (20mL/bottle) 1 bottle of K buffer (30mL/bottle) Reactivate probes over 20+ times
Used to gently strip sample from various biosensors to enable reuse. Regen Buffer No Salt (PN: 120063) is compatible with many Gator ® biosensors, including HFCII, MFC, FAB, AAVX, and AAV9.
The Gator ® HS AAV Kit enable high sensitivity quantification of AAV serotypes 1-8, 10 and chimeric serotypes in purified and crude samples. The HS AAV Kit includes: HS AAV Probes (96 probes/tray) HS AAV Detection Solution AAV Amplification Solution AAV Substrate Solution AAV Substrate Diluent Q Buffer ** Contains temperature sensitive components. Must be shipped overnight.…
Version 2.10 of GatorOne is intended to operate the Gator ® instrument.
The Gator ® AAV Ratio Kit enables empty vs full determination of AAV serotypes 1-10 and chimeric serotypes in crude and purified samples. The AAV Ratio Kit includes: AAVX probes (96 probes/tray) SSB probes (96 probes/tray) Lysis Buffer DNA Detection Solution AAV Ratio Substrate Q Buffer SS DNA Standard Lysis tubes ** Contains temperature sensitive components. Must be shipped overnight. **
Gator Bio’s Strep-Tactin XT probe is coated with Strep-Tactin ® XT that binds Twin-Strep-tag ® with pM affinity making it an ideal tool for quantitation and kinetic analysis of Twin-Strep-tag fusion proteins.
Gator Bio’s Anti-PEG probe is coated with anti-PEG antibody designed for quantitation and kinetics analysis of PEGylated Lipid Nanoparticles and Liposomes.
Implementing BLI in Academia and Industry Made Easy The Gator ® Pilot instrument is designed for low-throughput analysis. 4 spectrometers enable high frequency parallel measureme.
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 ext…
The Gator ® Ni-NTA probes enabler rapid and continuous quantification of His-tagged proteins without the need for Ni2+ recharging. The stable immobilization of His-tagged proteins allows for facile kinetics analysis with binding partners, off-rate screening, and epitope binning of antibodies experiments.
The Gator ® Ni-NTA probes enabler rapid and continuous quantification of His-tagged proteins without the need for Ni2+ recharging. The stable immobilization of His-tagged proteins allows for facile kinetics analysis with binding partners, off-rate screening, and epitope binning of antibodies experiments.
MAVEN gives you automated, don’t-even-sweat-it, on-line monitoring of glucose and lactate concentrations in cell culture and fermentation processes. Get real-time process insights and dynamic control of substrate feeding without the loss of bioreactor volume.
The Attana A100® C-Fast system provides kinetics, off-rate screening and selection of antibodies, without the need of labels, resulting in faster and more cost effective research. Key System Features and Benefits: A100 – Label free on-line kinetics plus much more The A100 system is optimized for label-free, cost efficient, on-line kinetic studies (on/off rates and affinity), which provides considerable advantages over end-poin…
The AD6020 combines BioDot’s precision low volume dispensing technologies and a large customizable nest to create a high throughput, multi-channel automated liquid handling workstation. Nests for MTPs and slides are available or the system can be customized for unique spotting surfaces and/or labware. Manufacturing throughput can be optimized through single/dual shuttle nest designs.
Features:Cost Efficient - Friction-fed mini rollers eliminate unnecessary waste of the master stripUser FriendlySimple handheld operationSafety interlock deviceEasy blade cleaningFlexibleAdjustable material guidesVarious blade speedsProduct OptionsLeading Edge SensorTarget Sensor (requires Leading Edge Sensor)Anti-StaticCustom OptionsReel FeedBottle Collection
The Instrument for Biomolecular Interaction Sensing by imaging Surface Plasmon Resonance (the IBIS-iSPR) is a high resolution SPR-imager that allows for simultaneous detection of hundreds of biomolecular interactions on a single sensor surface. One can see really in real-time ‘what’s going on’! Like a microscope one can view images of the entire sensor surface. Inspection of a microarray which is spotted on the sensor surface…
From BlueSens GmbH comes the BCpreFerm - the whole gas analysis for the scale-up process. Running continuous measurements of the CO2 and O2 contents in shake flasks and fermenters facilitates controlled trial conditions with simultaneous analysis of the metabolic processes. Oxygen or substrate limitations can be detected along with metabolic transpositions. Furthermore, a time specific analysis of the desired product is made p…