Agilent Technologies LSCA - Our measure is your success
clear
white
clear
white
clear

GC and GC/MS Fatty Acid Methyl Ester RTL Databases 

white
clear clear clear clear clear

grey1
Downloads and Utilities
Education & Events
Frequently Asked Questions
DNA MicroArrays
Gas Chromatography
Lab-on-a-Chip
Life Sciences Informatics
Liquid Chromatography
Mass Spectrometry
Networked Data Systems
Proteomics
Installation and Maintenance Videos
Literature Library
Parts Information
Description, Pricing, and Availability
Illustrated Parts Breakdowns
Support Services - Finding
Warranty Status - Verifying

grey1

RTL Databases

Download of this utility indicates acceptance of the web site Terms Of Use

Title: Fatty Acid Methyl Ester GC and GC/MSD RTL Databases
Short Description: Includes RT-locked GC retention time databases and GC/MSD spectral libraries and screener databases for 37 common FAMEs
Min requirements: Agilent ChemStation for GC (revision A.05.04 or higher) or Agilent ChemStation for MS (revision B.01.00 or higher) and Agilent's retention time locking software (revision A.05.02 or higher).
Last Updated 29-Apr-02
File size: 403 KB
Download file: FAMEs_RTL_GC_00028227.exeFAMEs_RTL_GCMS_00028258.exe
Long Description/Installation Notes: Four different retention-time locked (RTL) methods were developed:

  • One GC and one GC/MS method using an Agilent J&W 30-m X 0.25- mm i.d. X 0.25-?m DB-Wax column (part no. 122-7032)
  • One GC and one GC/MS method using an Agilent J&W 60-m X 0.25-mm i.d. X 0.15-?m DB-23 column (part no. 122-2361).
  • All methods were developed using methyl stearate (18:0) as the locking compound.
  • In all four methods, the retention time of methyl stearate was locked to14.000 min.

    View the complete slide presentation on method and database development
    grey1
    related_bottom_left clear clear clear
    clear clear
    grey2