Isoplexis IsoLight-1000-1 Single-cell Protein Analysis System High Throughput
Isoplexis
Details
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CategoryAnalytical
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Dimension28.0in x 28.0in x 31.0in
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SerialNA
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Shipping TypeFreight
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ManufacturingDoes Not Apply
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Voltage / Hertz100-240V / Does Not Apply
Description
The Isoplexis IsoLight-1000-1 is a Single-cell Secreted Protein Analysis System, designed for high-throughput cytokine and protein analysis. Though unable to undergo full testing, it powers on and appears to function as expected based on basic tests. The condition is good with some cosmetic wear, but no known operational issues. This innovative system supports up to 8 IsoCode chips per run, handles over 10,000 cells, and outputs up to 360,000 single-cell data points per run, delivering rapid and sensitive immune function measurements. Ideal for research applications in cancer immunotherapy, infectious diseases, and more, the system employs advanced microfluidic technology, ensuring precise results with minimal hands-on time.
Key Features
- Single-cell protein analysis
- High sensitivity and throughput
- Supports up to 8 IsoCode chips per run
- Over 10,000 cell analysis per session
- Up to 360,000 data points per run
- Microfluidic technology integration
- Suitable for cancer immunotherapy and infectious disease research
Specifications
- Brand: Isoplexis
- Model: IsoLight-1000-1
- Condition: Good condition with cosmetic wear
- Voltage: 100-240V AC, 50/60 Hz
- Weight: 250 lbs (114 kg)
- Dimensions: 28.5 x 28 x 30.5 inches (72.5 x 71 x 77.5 cm)
- Throughput: Up to 36 analytes per single-cell
- Run Time: <24 hours
- Laser Wavelengths: 405, 437, 638 nm
- On-board Incubator: Temp 37 ± 2°C, CO2 5 ± 1%
Weight
Imperial: 300.0 Pounds
Metric: 136.08 Kilograms
Shipping Dimensions
Imperial: 33.6 lb x 33.6 lb x 37.2 lb
Metric: 85.34 cm x 85.34 cm x 94.49 cm
Harmonized Code
9027.80.45
Harmonized Code Details
Harmonized code 9027.80.45 applies to instruments and apparatus for physical or chemical analysis. This code is suitable due to the IsoLight-1000-1's function in protein analysis and immunology research applications.
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