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Use of Verex Filter Vials for Monoclonal Antibody (mAb) Fragments
IgG1 (Trastuzumab) and an IgG4 (Nivolumab) are digested with IdeZ protease, yielding Fab2’ and scFc fragments that were filtered using Verex Filter Vials to determine if there was a loss of sample.
MMA from Plasma Analyzed by a Luna® Omega C18 LC Column
In this application, Methylmalonic Acid (MMA) samples were filtered and tested to determine that no extractables were introduced by using the Verex Filter Vials.
Use of Verex Filter Vials for PCB Separation by GC–MS
Polychlorinated Biphenyls (PCBs) were prepared and filtered using Verex Filter Vials and traditional syringe filters.
Atorvastatin Clean-up and Separation Using a Chiral Cellulose LC Column
In this application, atorvastatin standards were prepared and filtered using Verex Filter Vials. Samples were analyzed by LC–UV.
Pesticide Analysis in Chili and Cumin Powders by LC–MS/MS with a Luna® C18 Column
Chili powder and cumin powder were analyzed for pesticides and clean-up using Verex Filter Vials to remove undissolved sample particulates.
Verex Filter Vials Overview and Application Guide
This application guide provides a comprehensive collection of simple sample preparation applications using filtration.
App Note: Ion Chromatography in Pharmaceutical R&D
Get a better understanding of how ion chromatography plays an important role in pharmaceutical research and development.
Understanding the Cloud and Applicable GMP regulations
How to Avoid the Top Causes of GMP Audit Citations
Video: Be Ready for Regulatory Compliance Audits
AssayMAP Bravo
A Novel, Automated, and Highly Selective Phosphopeptide Enrichment for Phosphopeptide Identification and Phosphosite Localization
Automated MHC-Associated Peptide Enrichment for Immunopeptidomics Analysis Using Agilent AssayMAP Bravo Large Capacity Cartridges
Building ease of use into automated workflows Steve Murphy, Ph.D., Agilent Technologies
Measure PFAS in Industrial Wastewater
A Comparison of Fully Porous C18 Reversed Phase HPLC Columns
HPLC Analysis of Finasteride Using an Epic C18 Column in Accordance with the United States Pharmacopeia
HPLC Analysis of Acetaminophen, Aspirin and Caffeine Using an Epic C18 Column in Accordance with the United States Pharmacopeia
HPLC Analysis of Betamethasone Dipropionate Using an Epic C18 Column in Accordance with the United States Pharmacopeia
Clone Columns: Harmony C18 and Waters Symmetry C18
HPLC Analysis of Amlodipine Besylate in Accordance with the United States Pharmacopeia
HPLC Analysis of Common Ginsenosides Found in Ginseng Using a Method Based on the Chinese Pharmacopeia
Poisoned by Plastic, Analysis of BPA
Plasticizers added to water bottles to add stability to the bottles can be unknowingly extracted in drinks leading to possible endocrine interactions.
US EPA Method 200.7 Using ICP-OES
Obtain consistently accurate results for the determination of metals and trace elements during the analysis and monitoring of ground, river, drinking, and wastewater.
The Chiral Separation of (±)-Catechin on Daicel’s Immobilized CSPs
This application note shares new chiral separations for (±)-catechin and several Daicel immobilized chiral stationary phases. It also highlights elution order reversals.
New Frontiers in Cannabis and Hemp Testing, Part 1
PFAS; A Persistent Problem
PFAS are an emerging concern to environmental health. This has driven the need to monitor and calls for global regulations to restrict or eliminate them.
U.S. EPA Method 557 Using IC–MS/MS
This case study describes a workflow for the fast, direct analysis of nine haloacetic acids, bromate, and dalapon in drinking water using IC–MS/MS
THC Extraction from Blood
Automate your SPE isolation of THC analytes from blood with Gilson’s ASPEC 274. This method saves time due to cartridge conditioning and the removal of wash steps.
The Journey to Biopharma—Get Ready for Change
