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nCounter® SPRINT Profiler Assay Ready Workstation, NanoString (CAT#: AM-AUTO-0061-LY)

Highlights

Maximize Sample: Analyze 10s to 100s of targets simultaneously using single-tube multiplexing and avoid waste by eliminating RNA extraction; process crude cell lysates from as few as 2,500 cells.
Boost Productivity: Deploy this technology without the need to hire additional staff and free your team to advance other parts of your research project.
Simplify Data: Get results in a simple CSV file that contains direct counts for each target.

Cat Number: AM-AUTO-0061-LY

Application: RNA, DNA, and protein profiling applications.

Model: NCT-SPRINT

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Description

The nCounter® SPRINT Profiler Assay Ready Workstation is manufactured by NanoString Technologies. In a workflow that does not need to be extracted, nCounter® SPRINT Profiler only needs 10 minutes of actual operation time to check multiple paths in a single tube. Using the included nSolver™ Analysis software, you spend less time preparing samples and performing your own data analysis. Compatible with difficult sample types, including FFPE organizations.

Specification

Dimensions: (WxDxH) 107 x 72 x 82 cm
Electrical Requirements: 100 to 240 VAC, 50 to 60 Hz
Operating Temperature: 18–28°C
Humidity: 30–80% (non-condensing)
Pollution degree: 2
Weight: 81.65 kg
Volume: Up to 35 µl
Throughput: 12 lanes per 6 hours
Sample Volume: RNA: 1 ng to 50 ng
DNA: 5 ng to 300 ng
Protein: 250 ng to 2.5 µg
Equipment Type: Specialized Liquid Handler

Features

Maximize Sample: Analyze 10s to 100s of targets simultaneously using single-tube multiplexing and avoid waste by eliminating RNA extraction; process crude cell lysates from as few as 2,500 cells.
Boost Productivity: Deploy this technology without the need to hire additional staff and free your team to advance other parts of your research project.
Simplify Data: Get results in a simple CSV file that contains direct counts for each target.
Detect Small Fold Changes: Generate high quality data from less sample input while simplifying your workflow by eliminating the need for experimental replicates.
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