Sartorius - iQue3
by Sartorius
Sartorius - iQue3
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DESCRIPTION
Flow Cytometer
The new iQue3, the latest from the iQue Screener PLUS line of instruments is an advanced flow cytometry platform with a focus on speed from setup, to acquisition, and analysis. The platform allows researchers to acquire and analyze high content, multiplexed assays needed to assess immune cell function by combining cell immuno-phenotyping, cell health, and secreted protein (cytokine) analysis in every well of a microtiter plate.
FORUMSView All (2)
0Replies2 months ago | iQue® 3 Advanced High Throughput Flow Cytometry Platform The iQue® 3 platform is a complete instrument, reagents, and software solution for multiplexed analysis of cells and beads streamlined to rapidly generate results not just data. In addition to rapid setup and analysis, this advanced flow cytometry platform has the fastest sample acquisition in the industry and a newly integrated Enhanced Rinse Station. Whether your destination is identifying a new drug candidate, screening for specific antibody clones, characterizing T Cells, or developing the latest immunotherapy, the iQue3 can get the answers to your research questions faster. Enabling your research to stay ahead of the curve.Reply |
0Replies2 months ago | Outlining the Speed of Advanced Flow Cytometry Workflows Investigating immune cell characterization? A quick demonstration of a multiplexed characterization overall workflow, to simultaneously characterize both phenotypes and cytokines, using a single 384 well plate. Here the iQue® Advanced Flow Cytometry Platform, including Forecyt® software, is used with an iQue Qbead® kit. Watch how proprietary sampling technology enables miniaturized sample volumes, ease of use, fast walk-away operation and real-time data analysisReply |
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VIDEOS
iQue® 3 Advanced High Throughp...
Outlining the Speed of Advance...
FEATURES
- Fastest plate sampling, integrated analysis, multiplexed no-wash assays, and novel data reduction tools
- Lowest assay volumes and sample volumes as little as a single microliter saves reagents and conserves precious cells
- High content, multiplexed analysis of cells, beads and secreted proteins
- Simple, scalable, multi-user environment with walkaway automation, comprehensive analysis and visualization tools
- Link information, run scenarios, create knowledge, make better decisions