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Thermo Scientific™ pH Gradient Buffers

Robust reproducible gradients that are applicable to a wide range of MAbs and ready to use with existing LC columns and systems, without the need to formulate mobile phases.

$424.02 - $1851.09

Specifications

Product Line Thermo Scientific
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Products 6
Catalog Number Mfr. No. Description pH Quantity Price Quantity  
Catalog Number Mfr. No. Description pH Quantity Price Quantity  
DX083273
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Thermo Scientific™
083273
CX-1 pH Gradient Buffer A 5.6 125 mL
Each for $424.02
 
DX083275
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Thermo Scientific™
083275
CX-1 pH Gradient Buffer B 10.2 125 mL
Each for $424.02
 
DX085346
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Thermo Scientific™
085346
CX-1 pH Gradient Buffer A 5.6 250 mL
Each for $679.43
 
DX085348
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Thermo Scientific™
085348
CX-1 pH Gradient Buffer B 10.2 250 mL
Each for $679.43
 
DX302779
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Thermo Scientific™
302779
CX-1 pH Gradient Buffer A 5.6 500 mL
Each for $1,851.09
 
DX302780
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Thermo Scientific™
302780
CX-1 pH Gradient Buffer B 10.2 500 mL
Each for $1,851.09
 
Description

Description

Obtain fast and highly robust, reproducible HPLC gradients using Thermo Scientific™ CX-1 pH Gradient Buffers. Simple to optimize and easily automated, these buffers are applicable for HPLC separation of the majority of monoclonal antibody (mAb) biotherapeutics drugs. CX-1 pH Gradient Buffers are ready to use with existing HPLC columns without the need to formulate mobile phases. The CX-1 buffers save time in method development, facilitate method transfer to QA/QC for a wide range of mAb charge variants through a generic HPLC-based approach to mAb characterization, and do not require time-consuming mobile phase adjustments.

pH buffer solutions can be used to generate highly reproducible, linear pH gradients in cation exchange chromatography.

  • Robust, reproducible gradients
  • Predict biomolecule pH
  • Simple method optimization
  • Easily automated
  • Applicable to the majority of MAbs

Unlike traditional cation exchange chromatography using salt gradients, it is possible to predict the pH and the expected retention of the charge variants and use a narrow pH range to get a higher resolution separation.

Specifications

Specifications

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