Gator® BLI plates for Biolayer Interferometry (BLI) technology

Gator® BLI 96-Flat, 96-, and 384-Tilt Plates are optimized for Biolayer Interferometry (BLI) technology. They are composed of black polypropylene and are available in flat and tilt-bottom formats. These BLI plates are compatible with Gator® and other systems that support the corresponding microplate format.

Product information

Gator® BLI microplate specifications

Source: Gator Bio, Inc.

. .
Types of analysis Yes/no binding, quantitation, kinetics, affinity, off-rate ranking, epitope binning1,2,3
Material Polypropylene1,2,3
Color Black1,2,3
Dimensions SBS standard1,2,3
Temperature range 5 oC - 60 oC1,2,3
Min volume 180 μL1, 130 μL2, 40 μL3
Max volume 220 μL1, 180 μL2, 100 μL3
Sterilization No
Run time on Gator® platform < 4 hours at 40 μL*3
Platform compatibility Gator® Pilot1, Gator® Prime1,2, Gator® Plus1,2,3, Gator® Pivot1,2,3, Gator® Pro1,2,3 and other BLI platforms compatible with either 96-well1,2 or 384-well microplate format with biosensor offset at 3 mm3

1 96-Flat, 2 96-Tilt, 3 384-Tilt
*3 Run time for 384-Tilt plate may vary depending on running temperature

Gator® BLI Tilt-Bottom Plate Layout.

Gator® BLI Tilt-Bottom Plate Layout. Image Credit: Gator Bio, Inc.

Part number

  • BLI 96-Flat Plate, Case of 100: 130260
  • BLI 96-Flat Plate, Pack of 10: 130150
  • BLI 96-Tilt Plate, Case of 100: 130282
  • BLI 96-Tilt Plate, Pack of 10: 130162
  • BLI 384-Tilt Plate, Case of 100: 130161-100pcs
  • BLI 384-Tilt Plate, Pack of 10: 130161-10pcs

Storage conditions

Keep the box or case in its packaging at room temperature (RT).

Sample volume requirement

  • 96-Flat Plate: 180 µL - 220 µL/well
  • 96-Tilt Plate: 130 µL - 180 µL/well
  • 384-Tilt Plate: 40 µL - 100 µL/well

Instructions

  • Equilibrate samples and buffers to room temperature before starting the test
  • New biosensors must be moistened for at least ten minutes before being used. Depending on the number of samples being analyzed, add 250 µL/well of Q Buffer or sample diluent (if samples are in another diluent, such as medium) to as many columns of the Max Plate (Gator Bio, PN. 130062) as necessary.
  • With a tweezer, pick out a column of new probes and place them in 250 mL of Q Buffer or sample diluent (if samples are in another diluent, such as medium) from the previous step.
  • Avoid bubbles while introducing buffers and samples to the Max plate and BLI microplates.

Correlation between Gator and Greiner plate

The BLI 96-Flat plate, made of polypropylene, is suitable for many applications with Gator® Biolayer Interferometry (BLI) systems. Due to its non-binding properties, it is ideal for evaluating biomolecule interactions.

The BLI 96-Flat plate and Greiner 96-well flat bottom microplate provide similar assay performance (titer dynamic range, precision, and accuracy) for BLI applications.

Correlation curve across the dynamic range of 0.4- 2000 µg/mL hIgG. Two types of plates correlate very well to one another

Figure 1. Correlation curve across the dynamic range of 0.4- 2000 µg/mL hIgG. Two types of plates correlate very well to one another. Image Credit: Gator Bio, Inc.

Table. 1. Measured binding rate and percent CVs show good correlation using the Gator® BLI 96-Flat plate and Greiner 96-well microplate. Source: Gator Bio, Inc.

Conc. (μg/mL) Binding Rate % CV
BLI 96-Flat plate Greiner 96-well plate BLI 96-Flat plate Greiner 96-well plate
2000 2.6889 2.5076 0.4% 1.8%
1000 2.0003 1.8781 0.7% 1.1%
500 1.3961 1.3375 0.7% 0.7%
300 0.9863 0.9600 0.7% 0.3%
100 0.4017 0.3856 1.7% 0.4%
30 0.1287 0.1380 1.2% 0.7%
10 0.0411 0.0431 2.4% 2.6%
3 0.0119 0.0129 5.1% 4.3%
1 0.0041 0.0042 5.4% 6.6%
0.4 0.0013 0.0013 6.0% 5.3%

 

A) Kinetics assay of Anti-PD-1 and PD-1 using Gator® AntiHuman IgG Fc Gen II (HFCII) in kinetics buffer (1000 rpm at 30oC) on the Gator® BLI 96-Flat plate. B) Kinetics assay of Anti-PD-1 and PD-1 using HFCII in Kinetics Buffer (1000 rpm at 30oC) on the Greiner 96-well microplate (Cat No. 655209). Both of the plates demonstrate identical kinetics sensor-grams.

A) Kinetics assay of Anti-PD-1 and PD-1 using Gator® AntiHuman IgG Fc Gen II (HFCII) in kinetics buffer (1000 rpm at 30oC) on the Gator® BLI 96-Flat plate. B) Kinetics assay of Anti-PD-1 and PD-1 using HFCII in Kinetics Buffer (1000 rpm at 30oC) on the Greiner 96-well microplate (Cat No. 655209). Both of the plates demonstrate identical kinetics sensor-grams.

Figure 2. A) Kinetics assay of Anti-PD-1 and PD-1 using Gator® AntiHuman IgG Fc Gen II (HFCII) in kinetics buffer (1000 rpm at 30oC) on the Gator® BLI 96-Flat plate. B) Kinetics assay of Anti-PD-1 and PD-1 using HFCII in Kinetics Buffer (1000 rpm at 30oC) on the Greiner 96-well microplate (Cat No. 655209). Both of the plates demonstrate identical kinetics sensor-grams. Image Credit: Gator Bio, Inc.

Compatibility with other BLI platform

The BLI 96-Flat plate is compatible with other BLI platforms that utilize the Greiner 96-well microplate format.

Quantitation and kinetics plate comparison on other BLI platform. 3A) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the BLI 96-Flat plate. 3B) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the Greiner 96-well microplate. 3C) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the BLI 96-Flat plate. 3D) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the Greiner 96-well microplate.

Quantitation and kinetics plate comparison on other BLI platform. 3A) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the BLI 96-Flat plate. 3B) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the Greiner 96-well microplate. 3C) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the BLI 96-Flat plate. 3D) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the Greiner 96-well microplate.

Quantitation and kinetics plate comparison on other BLI platform. 3A) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the BLI 96-Flat plate. 3B) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the Greiner 96-well microplate. 3C) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the BLI 96-Flat plate. 3D) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the Greiner 96-well microplate.Quantitation and kinetics plate comparison on other BLI platform. 3A) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the BLI 96-Flat plate. 3B) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the Greiner 96-well microplate. 3C) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the BLI 96-Flat plate. 3D) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the Greiner 96-well microplate.

 

Figure 3. Quantitation and kinetics plate comparison on other BLI platform. 3A) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the BLI 96-Flat plate. 3B) sensor-gram across the dynamic range of 2.7-666 µg/mL hIgG on the Greiner 96-well microplate. 3C) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the BLI 96-Flat plate. 3D) kinetics sensor-gram of Anti-PD-1 and PD-1 using HFCII biosensors on the Greiner 96-well microplate. Image Credit: Gator Bio, Inc.

Table. 2. Kinetics data of Anti-PD-1 and PD-1 using HFCII biosensors on other BLI platform; results from Gator® BLI 96-Flat plate compares very well to those from Greiner 96-well microplates. Source: Gator Bio, Inc.

Anti-PD-1 / PD-1 Gator® 96-Flat Greiner 96-well
kon (1/Ms) 2.68E+005 3.32E+005
koff (1/s) 3.04E-003 3.55E-003
KD (M) 1.14E-008 1.07E-008

 

Plates

Source: Gator Bio, Inc.

     
Max Plates Without Lids Max Plate Lid, Lid Only BLI 96-Flat Black Plate (10pk)
BLI 96-Flat Black Plate, 1 Case (100pk) Max Plates With Lids BLI 96-Tilt Black Plate (10pk)
BLI 96-Tilt Black Plate (100pk) BLI 384-Tilt Plate (10pk) BLI 384-Tilt Plate 1 Case (100 Plates)

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