Agilent Captiva ND Lipid Removal Filtration Plate Product Leaflet

Captiva NDLipids is a 96-well filter plate specifically designed for efficient removal of phospholipids in biological fluids. The use of Captiva NDLipids removes almost all endogenous matrix interferences, including lipids, proteins, and surfactants. This greatly reduces ion suppression, resulting in improved sensitivity and accuracy during trace analysis. The depletion of lipid components also allows for better peak shapes and reproducible retention times, which facilitates the validation of standard operating procedures (SOPs).


Agilent Captiva ND Lipid Removal Filtration Plate Product Leaflet - cover page
Brand
Agilent
Category
Other
Document type
Product Leaflet
Language
German
Pages
8
File format
PDF
File size
762 KB
Published
05 July, 2012
Updated
30 September, 2023
MD5 checksum
EBEAEED5727DDB996E1B96483CD4AE74

About this manual

The Agilent Captiva ND (Non-Drip) is a 96-well filtration plate designed specifically for the removal of lyso- and phospholipids from biological fluids. It utilizes rapid in-well precipitation technology to achieve high sample throughput. The plate effectively removes more than 97% of interfering phospholipids and proteins, resulting in filtrates that are nearly free of endogenous substances such as lipids, proteins, and surface-active substances. This removal significantly reduces ion suppression, leading to improved sensitivity and method precision for trace analysis. This manual is written in German.

What's inside

  • Einleitung
  • Die Vorteile von Captiva ND
  • Captiva ND für die anspruchsvolle LC/MS in der Bioanalytik
  • Höhere Empfindlichkeit und verbesserte Saulenstandzeit
  • Bequeme Probenfiltration in nur 3 Arbeitsschritten
  • Universeller Einsatz
  • Integrierte Lösungen für die Bioanalytik

Specifications

Well Format96-well
Removal Efficiency>97%

Frequently asked questions

What is the primary function of the Captiva ND plate?

It is designed for the removal of lyso- and phospholipids from biological fluids to improve LC/MS analysis.

How many steps are required to use the filtration plate?

The process requires only three steps: pipetting, precipitation, and filtration.

Does the plate require method development for most analytes?

No, method development is not necessary for the majority of analytes.

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