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Due to the chemical nature of glyphosate, the separation method required to chromatograph glyphosate is ion exchange or ion-exclusion which introduce a different set of challenges. The Rezex™ RFQ Fast Acid ion-exclusion column, allows this analysis to be done in about 15 minutes without the need for column regeneration after each injection. . Additionally, the RFQ Fast Acid column dimensions that was chosen reduces band broadening, which substantially improves the sensitivity of the method.
Trace Glyphosate in Water via LC-Fluorescence
Due to the chemical nature of glyphosate, the separation method required to chromatograph glyphosate is ion exchange or ion-exclusion which introduce a different set of challenges. The Rezex™ RFQ Fast Acid ion-exclusion column, allows this analysis to be done in about 15 minutes without the need for column regeneration after each injection. . Additionally, the RFQ Fast Acid column dimensions that was chosen reduces band broadening, which substantially improves the sensitivity of the method.
Due to the chemical nature of glyphosate, the separation method required to chromatograph glyphosate is ion exchange or ion-exclusion which introduce a different set of challenges. The Rezex™ RFQ Fast Acid ion-exclusion column, allows this analysis to be done in about 15 minutes without the need for column regeneration after each injection. . Additionally, the RFQ Fast Acid column dimensions that was chosen reduces band broadening, which substantially improves the sensitivity of the method.