In 1982 when the first issue of LCGC entered the chromatography laboratories, BISCHOFF Chromatography was already 2 years old.
In 1982 when the first issue of LCGC entered the chromatography laboratories, BISCHOFF Chromatography was already 2 years old. In the following years German-engineered column hardware was setting standards especially in Europe. Step by step, BISCHOFF developed a complete range of instruments like pumps, detectors, and consumables for HPLC. LCGC was always the most read journal because new developments from around the world were discussed in press releases and scientific articles. Today it is the No. 1 journal for all people involved in the business of modern separation technology. LCGC reported all the news about columns, stationary phases, and instruments. Even our ultra pure silica line and our sub-2-micron material for HPLC were mentioned in many articles in the different issues over the years. Now, we are in the middle of the launch of our unique phase optimized liquid chromatography where HPLC is facing a real new way to develop or to optimize methods. Just like LCGC has carefully selected the papers that were published over the years, we are selecting the stationary phases, which the user can combine as segments in our patented system to get an outstanding separation.
We have to thank LCGC for the outstanding number of leads that were created by press releases, ads, and articles.
We wish LCGC and all the people working for LCGC all the best and a bright future.
Klaus Bischoff
Klaus Bischoff
Managing Director
BISCHOFF Chromatography
Leonberg, Germany
LC–MS/MS-Based System Used to Profile Ceramide Reactions to Diseases
April 26th 2024Scientists from the University of Córdoba in Córdoba, Spain recently used liquid chromatography–tandem mass spectrometry (LC–MS/MS) to comprehensively profile human ceramides to determine their reactions to diseases.
High-Throughput 4D TIMS Method Accelerates Lipidomics Analysis
April 25th 2024Ultrahigh-pressure liquid chromatography coupled to high-resolution mass spectrometry (UHPLC-HRMS) had been previously proposed for untargeted lipidomics analysis, but this updated approach was reported by the authors to reduce run time to 4 min.