Pixel Visualize Live Cell Function System
Pixel Visualize Live Cell Function System |
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| description: | Pixel enables high-resolution, multiplexed, real-time assessment of live-cell characteristics, providing deeper understanding of how chemical or genetic perturbation affect cell function. Early adopters of a Pixel system gain immediate insights for endoth |
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Product Advantages:
Consolidation of functionalities
>100×spatial resolution
Scalability to unprecedented throughputs
Multiplexed live-cell readouts
Single-cell resolution
Scale without compromise
Seamless integration
Product Key Features:
Electrochemistry:Redox/metabolic
Electrophysiology:Neurons & cardiac
Impedance:Morphology & live-cell dynamics
Manipulation:Stimulation and wounding
Application:
Electrical imaging (impedance)• Cardiac function (electrophysiology&contractility)
Neural function (electrophysiology)
Manipulation (patterning& stimulation)
Redox electrochemistry
Endothelial & epithelial biology
Cancer cell biology
Mechanism of action/toxicology
Stem cell biology
Cardiac function
Neuron function
Specification
Product Name:Pixel Primo
Plate Capacity:1 plate per reader
Well Count per Plate:96 or 384
Operation:In-incubator
Environment Control:Temperature
Dimensions (l × w × h) :38.1 cm × 14.6 cm × 8.9 cm
Product Name:Pixel Octo
Plate Capacity:8 plates per reader
Well Count per Plate:96 or 384
Operation:Benchtop
Environment Control:Temperature, CO2 /O2 , & humidity
Dimensions (l × w × h) :60.0 cm × 812.5px × 58.5 cm
Product Name: Pixel 96 Well Plate
Number of Wells: 96
Maximum Well Capacity: ≥ 300 µL
Recording Area: ≥ 3.5 mm × 3.5 mm
Number of Electrodes: ≥ 78,400 per well
Electrode Spacing: 12.5 µm
Impedance Range: 100 Hz - 100 kHz
Electrophysiology Channels: 144
Stimulation Electrodes: Any electrode group (up to 4 programmable channels)
Sampling Rate: 10 - 100 kHz
Cardiac Contractility: 1 kHz (1 ms response), simultaneous with electrophysiology
Electrochemistry: 0.0 V - 2.0 V / 10 pA - 1 µA
Electrochemical Electrodes: Any electrode group (up to 4 programmable channels)