Introducing the flexible Contichrom® lab process equipment
Introducing the flexible Contichrom® lab process equipment
Contichrom® lab is a preparative 2-column liquid chromatography system designed for discovery, process development and scale-up, offering great flexibility for all process choices (batch, SMB, MCSGP, multi-column) using a single equipment and control software.
Fast process development for an optimized process is being achieved by omitting large screening efforts and instead starting from a simple non-optimized batch process that is switched to a superior MCSGP process by the user-friendly Contichrom® lab control software.
The MCSGP process principle uses twin columns instead of one, whereby the impure side fractions containing product are recycled internally extracting all product, thereby increasing both yield and purity by 50% at a 10-fold throughput increase and 70% buffer reduction.
All standard resin and column formats (RP, HIC, IEX, SEC) can be used from low-high pressure with full solvent compatibility.
Contichrom® lab has been designed to be very user-friendly employing software that helps the user to navigate through the process setup, execution and reporting, being 21CFR part 11 compliant.
Is your LC purification system equally adaptable?
Learn more about LC purification with Contichrom at http://www.knauer.net/contichrom
Inquiries: ref="mailto:info@knauer.net">info@knauer.net
LCGC’s Year in Review: Highlights in Liquid Chromatography
December 20th 2024This collection of technical articles, interviews, and news pieces delves into the latest innovations in LC methods, including advance in high performance liquid chromatography (HPLC), ultrahigh-pressure liquid chromatography (UHPLC), liquid chromatography–mass spectrometry (LC–MS), and multidimensional LC.
Using LC-MS/MS to Measure Testosterone in Dried Blood Spots
December 19th 2024Testosterone measurements are typically performed using serum or plasma, but this presents several logistical challenges, especially for sample collection, storage, and transport. In a recently published article, Yehudah Gruenstein of the University of Miami explored key insights gained from dried blood spot assay validation for testosterone measurement.