
- Pharmaceutical Technology, September 2022
- Volume 46
- Issue 9
- Pages: 12
Adsorption-Free UHPLC
Shimadzu’s Nexera XS inert is designed to prevent both adsorption of target molecules to metal surfaces and mobile-phase corrosion.
Shimadzu’s Nexera XS inert is a bioinert and biocompatible ultra-high performance liquid chromatography that is designed to prevent the adsorption of target molecules to metal surfaces and mobile-phase corrosion caused by high salt content and extreme pH conditions.
The system utilizes a metalfree sample flow path, which prevents unwanted interaction with biopolymers that are prone to adsorption onto exposed metal sites, resulting in reduced sample loss and excellent peak shape in data results. Additionally, all wetted surfaces of the system use corrosionresistant materials, which are designed to promote stability against mobile-phase solvents that contain high concentrations of salts or acids. This makes it well-suited for analyzing biopharmaceutical molecules, such as antibodies, peptides, and nucleic acid drugs.
The system uses a stainless-steel-casing-reinforced polyether ether ketone tubing to promote mechanical and chemical resistance. It is designed for a pressure tolerance of >100 MPa while maintaining a bioinert flow path. An optional pHM-40 offers realtime measurement of the mobile-phase pH during an experiment.
Articles in this issue
almost 4 years ago
Pfizer’s Idea Orchardalmost 4 years ago
Exploring Options for Optimizing Cell Line Developmentalmost 4 years ago
The Value of Primary Working Standards in Pharmaceutical Quality Controlalmost 4 years ago
Reducing Blind Spots in the Pharma Supply Chainalmost 4 years ago
Delivery Kinetics for Topical Drugsalmost 4 years ago
Delivering a Difference in Formulationalmost 4 years ago
A Harmonized Approach to Performing a Risk-Based Audit Trail Reviewalmost 4 years ago
Advances in Environmental Monitoringalmost 4 years ago
How Integrated Project Delivery Enables Speed: A Phase-By-Phase Guidealmost 4 years ago
Robust Bioanalytical Studies Can Aid in Regulatory Submissions



