Bottom Shape: Flat
Plate Surface Treatment: UV Irradiated
Sensor Substrate Material: PET
Viewing Window: Yes
Well Bottom Dimension: 5.0 mm ± 0.075 mm
Well Plate Material: Polystyrene
Well Volume: 270 μL ± 10 μL

Research Use Only

Continuously monitor co-cultured cells move in real-time.

Cell-cell interactions are key to understanding biological processes. The Agilent E-Plate Insert enables investigation of specific cell-cell interactions in real time, while maintaining the cells in separate compartments.

Two different cell populations are separated by a 0.4 μm pore size membrane, allowing control of the physical contact and duration of interaction. Well characteristics (size, shape, spacing, volume) of both E-Plate formats are similar.

Plate Surface Treatment: UV Irradiated
Pore Size: 0.4 μm ± 0.1 μm
Sensor Substrate Material: Biocompatible Surfaces
Well Bottom Dimension: 5.4 mm2 ± 12%
Well Plate Material: Biocompatible Surfaces
Well Volume: 95 μL ± 10%

Bottom Shape: Flat
Plate Surface Treatment: UV Irradiated
Sensor Substrate Material: Glass
Viewing Window: Yes
Well Bottom Dimension: 5.0 mm ± 0.075 mm
Well Plate Material: Polystyrene
Well Volume: 270 μL ± 10 μL

Research Use Only

Easily derive cell invasion and migration kinetics.

Continuously monitor cell invasion and migration using the xCELLigence DP instrument with RTCA CIM plates, an electronically integrated Boyden Chamber. Obtain thousands of real-time CIM assay time points over the course of the entire experiment.

Bottom Shape: Round
Plate Surface Treatment: UV Irradiated
Sensor Substrate Material: PET
Sensor Impedance: 24 Ω ± 8 Ω at 10 kHz
Well Plate Material: PET
Lower Well Volume: 162 μL ± 3 μL
Upper Well Volume: 180 μL ± 5 μL
Well Bottom Dimension: 5.0 mm ± 0.075 mm

Bottom Shape: Flat
Plate Surface Treatment: UV Irradiated
Sensor Substrate Material: Glass
Viewing Window: No
Well Bottom Dimension: 5.0 mm ± 0.075 mm
Well Plate Material: Polystyrene
Well Volume: 270 μL ± 10 μL

Research Use Only