The Echo® MS system is an ultra-high-throughput system that analyzes samples at a speed of up to 1 sample per second. To achieve fast acquisition speeds, MS data is collected for an entire batch—or the entire well plate—into a single experiment in a file....
Expected retention time for scheduled MRM at EchoMS must have at least 3 decimal places, because the minute display with two decimal places is insufficient to show the difference in seconds. Thank you.
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During data dependent acquisition (DDA or IDA) or SWATH acquisition, the collision energy can be automatically adjusted according to the mass/charge and charge of the peptide. This dependency has been well characterized on our QTOF systems. By selecting rolling...
This series of videos outlines how a user can easily switch sources and operate the system in different LC flow regimes.
For nanoflow workflows using the ZenoTOF 7600 system and the standard nanoflow interface, on-column calibration is required and can be incorporated automatically into the SCIEX OS software acquisition batch. Here, step-by-step instructions are provided to set up a...
When analyzing highly complex samples from biological matrices, there can be significant amounts of material that elute in the wash cycle of the LC run, depending on the up-front sample preparation used. The Scheduled Ionization mode, available in both SCIEX OS...
This macro-enabled workbook is designed to help with creating a formatted analysis list for the Echo® MS system, using 96-well plate maps or lists
Hi, is there a recommended standard mixture to evaluate the performance of CZE runs in a bare fused capillary with UV/Vis detector? Thanks.
The Echo MS system can acquire data extremely rapidly, at 1 second per sample. To achieve this speed, it should be ensured that there is adequate time between ejections for the analyte signal to return to baseline between ejections. Plating your samples such that you...