TraceFinder Acquisition Quick Reference Guide - Quan

Significance of the Topic

The TraceFinder Acquisition mode is a central workflow in modern analytical laboratories that rely on chromatography and mass-spectrometry techniques. It provides standardized and efficient procedures for setting up, managing, and executing sample batches. By simplifying complex method selection and sample handling tasks, it supports high-throughput analysis in regulated environments such as clinical, environmental, and pharmaceutical quality-control laboratories.

Study Objectives and Overview

This quick-reference guide describes the main Acquisition mode tasks in the Thermo TraceFinder 4.1 application. It covers five core areas: opening the Acquisition mode, selecting and defining batches, managing sample lists, selecting and generating reports, and submitting batches for acquisition. A supplementary section introduces the Quick Acquisition feature for rapid sample submission from any module.

Methodology and Instrumentation

This guide presents a step-by-step, menu-driven methodology:

• Open the Acquisition mode from the navigation pane.
• Create or select a batch (Quantitation, Target Screening, Unknown Screening), either from scratch or using templates.
• Define or import the sample list, including file names, sample types, levels, vial positions, and injection volumes.
• Choose report formats (print, PDF, CSV, Excel) on the Report Selection page.
• Specify device states, startup/shutdown methods, and calibration files on the Finish page, then submit for acquisition and processing.

Used instrumentation and software components:

• Thermo TraceFinder 4.1 application.
• TSQ™ series triple-quadrupole mass spectrometers.
• Xcalibur™ sequence (.sld) files for sample import/export.
• Autosampler control and device state management.

Main Results and Discussion

The guide demonstrates a clear, modular workflow that reduces setup time and error potential. Key capabilities include batch templating, flexible sample insertion and import, priority sequence handling, and detailed control over device power states. The Report Selection page allows simultaneous production of multiple output formats, enhancing data sharing and traceability. The Quick Acquisition feature enables ad hoc sample runs without navigating away from other application modes.

Benefits and Practical Applications

Implementation of this Acquisition mode workflow yields multiple advantages:

• High throughput via reusable batch templates and fast sample list building.
• Consistent, audit-ready operations with built-in sample type and level controls.
• Seamless integration of screening and quantitation workflows within a single interface.
• Flexible reporting options that meet diverse regulatory and data-sharing requirements.
• Enhanced laboratory efficiency through priority sequencing and automated device management.

Future Trends and Opportunities

Looking ahead, incorporation of cloud-based data management and real-time analytics could further streamline batch monitoring and remote collaboration. Artificial-intelligence-driven method optimization may automate parameter selection and improve sensitivity. Expansion of multiplexing capabilities and direct integration with laboratory information management systems (LIMS) will support broader adoption in high-volume and regulated environments.

Conclusion

The TraceFinder Acquisition mode in version 4.1 delivers a robust, user-friendly platform for managing complex analytical sequences. Its comprehensive feature set—from batch creation to report generation—supports rigorous quality control and productivity in modern analytical chemistry laboratories.

Used Instrumentation

• Thermo TraceFinder 4.1 software for acquisition and processing.
• TSQ series triple-quadrupole mass spectrometers.
• Xcalibur sequence file support (.sld).
• Automated autosampler and instrument state control.

References

Thermo Fisher Scientific. TraceFinder Acquisition Quick Reference Guide, Revision A XCALI-97820, 2016.