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TraceFinder Acquisition Quick Reference Guide - Clinical

Manuals | 2016 | Thermo Fisher ScientificInstrumentation
Software
Industries
Clinical Research
Manufacturer
Thermo Fisher Scientific

Summary

Significance of the topic


The acquisition mode of Thermo Scientific TraceFinder™ 4.1 is a central component in modern mass spectrometry workflows. It streamlines the preparation, submission, and reporting of quantitative and screening analyses in high-throughput laboratories. By providing a structured, template-based approach to batch creation and sample management, it enhances reproducibility, reduces manual errors, and accelerates data turnaround in pharmaceutical, environmental, clinical, and food testing applications.

Objectives and overview of the guide


This Quick Reference Guide aims to describe the key tasks and user interface elements available in the Acquisition mode of TraceFinder 4.1. It covers the following workflows:
  • Opening and navigating the Acquisition mode
  • Selecting or creating new batches, including quantitation, target screening, and unknown screening
  • Defining and editing sample lists
  • Configuring report outputs
  • Submitting batches for acquisition, processing, and reporting
  • Using the Quick Acquisition feature for ad hoc sample submissions

Methodology and Used instrumentation


TraceFinder 4.1 integrates with Thermo Scientific MS platforms and their peripherals. Typical instrument configurations include:
  • A triple quadrupole mass spectrometer (TSQ series) or Q Exactive Orbitrap
  • An autosampler or liquid chromatography system for sample introduction
  • Gas chromatograph interfaces for GC applications

The software controls device states (On, Standby, Off), applies startup and shutdown methods without injection, and supports multiplexing channels to optimize throughput across multiple analyzers.

Main features and discussion


Batch creation and management:
  • Create new batches from scratch or based on user-defined templates for quantitation, target screening, or unknown screening
  • Automatically name batches with date/time stamps and preconfigured project associations
  • Submit previously prepared or partially acquired batches for completion or reinjection of failed samples

Sample list definition and editing:
  • Add, insert, or remove sample rows; import lists from CSV, XML, or Xcalibur SLD files
  • Assign sample types (specimen, calibrator, QC, negative, solvent, etc.) and levels, defined in the master method
  • Use Copy Down and Fill Down tools to accelerate entry of vial positions, volumes, and other parameters
  • Reinject specific samples by copying previous entries and appending injection numbers

Report configuration:
  • Select which reports to generate in print, PDF, CSV, or Excel formats
  • Edit report titles and batch-wide settings using the Report Selection page

Batch submission and processing:
  • Define device post-run states and optional startup/shutdown methods
  • Enable automatic TSRM update for optimized transition settings on TSQ instruments
  • Select or extend calibration files for quantitative accuracy
  • Choose workflow steps: Acquire Data, Process Data (Peak Detect, Quantitate, Identify/Confirm, RT Alignment), and Create Reports
  • Assign priority sequences or samples in multiplexed or standard queue modes

Quick Acquisition feature:
  • Accessible from any application mode to rapidly build and submit small sample sequences
  • Load and save SLD sequence files, manage unknown or targeted samples on the fly
  • Launch qualitative browsers or NIST library searches directly from the Quick Acquisition window

Benefits and practical applications


Implementing the TraceFinder Acquisition mode improves laboratory productivity by standardizing batch setup, minimizing manual data entry, and integrating sample tracking with method parameters. It supports robust QA/QC through template reuse and automated report generation, making it well suited for regulated environments and complex screening operations.

Future trends and potential uses


Advancements may include cloud-based batch sharing, AI-driven sample scheduling, deeper integration with electronic laboratory notebooks, and real-time monitoring dashboards. Expanded support for novel separation techniques and enhanced data fusion with complementary detectors could further extend the platform’s versatility.

Conclusion


TraceFinder 4.1’s Acquisition mode provides a comprehensive, user-friendly interface for managing end-to-end sample analysis workflows. Its template-driven architecture, flexible reporting options, and tight instrument control ensure consistent, high-quality data generation across a wide range of analytical applications.

Reference


Thermo Fisher Scientific Inc. TraceFinder Acquisition Quick Reference Guide, Revision A, 2016

Content was automatically generated from an orignal PDF document using AI and may contain inaccuracies.

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