LCMS Food Safety Application is now available.
iFlagger
LabSolutions LCMS Measurement Result Judgment Assistance Software
iFlagger for the LCMS-2020 ultra fast liquid chromatograph mass spectrometer uses parameters to assist in determining the presence of a target compound.
By selecting the target compound and selecting user-friendly options and prompts in iFlagger, analyzing and reporting data can be performed automatically.
iFlagger Features
■ iFlagger automatically analyzes samples and processes data.
■ Easy to understand results.
■ Final results can be exported in text or .csv which is convenient for organizing or summarizing data.
■ Analysis parameters can be customized for multiple compounds or single compounds.
- iFlagger includes sample parameters for analyzing the presence of compounds.
- A variety of parameters can be used in combination to support a wide range of target compounds.
Precautions
- LabSolutions LCMS is required for operating iFlagger.
- Only qualitative analysis can be made with iFlagger. iFlagger cannot be used for quantitative applications.
- User must be proficient in the concepts behind LCMS and LabSolutions software in order to determine analysis parameters.
- Please note no warranty, expressed or implied, is provided for the method files or analysis criteria included or for the results obtained.
News / Events
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Application Note: "Analysis of Pharmaceuticals' Impurity - Regulations and Analysis for Carcinogenic Substances -"
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Application Note: "Various Analysis Techniques for Organic Acids and Examples of Their Application"
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Shimadzu has released the Metabolites Method Package Suite.
Provides ready-to-use methods for over 1900 metabolites
This suite allows comprehensive analysis of over 1900 metabolites without the need for investigation of separation conditions, MRM optimization or parameter settings. -
Direct Probe Ionization Mass Spectrometer - APPLICATION NOTEBOOK -
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Shimadzu has released the LC/MS/MS Rapid Toxicology Screening System Ver.3.
This system improves the efficiency of simultaneous LC/MS/MS analysis methods by allowing the user to start analysis without time-consuming steps such as consideration of separation conditions and MS parameter optimization.