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Make sure to join this webinar, to understand the importance of the right vials for your analysis and the snake oil others are selling

"OLED's are considered the #light of the future. We have published an article in LCGC's The Column magazine, showing that #SFC technology offers a valuable alternative to #HPLC for their quality control.  Read the latest issue here 👇🏼  https://lnkd.in/exEHN5K5 Look for the #coverstory! By Gesa Schad, Shimadzu Europa GmbH, and Kosuke Nakajima, SHIMADZU CORPORATION! Interested to learn more about SFC? 👉🏼 https://lnkd.in/drupPDS

Deepen your understanding of allowed adjustments to specific chromatographic systems in the USP monographs based on the revised General Chapter <621>. https://bit.ly/3tyPdEU #methoddevelopment #HPLC #LabEfficiency #USP621 #USP621revisions

The revised version of USP, has been updated to meet industry needs. The USP revisions allow a change in gradient methods, as well as a change from totally porous silica‑based analytical columns to superficially porous particle-based columns. Learn more: https://bit.ly/3viaIdE #methoddevelopment #HPLC #LabEfficiency #USP621 #USP621revisions

Check out the Agilent 1260 Infinity II Hybrid Multisampler, offering both Feed Injection mode for improved peak shapes with strong solvents and classic flow-through for routine analysis and method transfers. Learn more about how it works https://lnkd.in/gCAByQua and how to set it up https://lnkd.in/gZmXVCEj. #Innovation #HPLC #AnalyticalChemistry #FoodAnalysis #Agilent

FAQ: Why should I solvent flush my refractive index detector? Answer: Here are 4 good reasons to solvent flush your refractive index detector (RID). Firstly, the reference cell in your RID must contain the same solvent as used as in the eluent channel, regular flushing assures this. Secondly, while eluant constantly flows through the sample cell, the reference cell content is static. In time, bubbles may collect in the cell causing an imbalance in the signal. Flushing will remove the bubbles. Thirdly, it is often the case that solvent mixtures change with time. This happens within the reference cell of a RID as well. Flushing makes sure fresh (and representative) solvent is in the reference cell. Finally, upon replacing solvent A with solvent B, you must ensure that your RID reference cell contains only the new solvent. Even the smallest traces of the previous solvent may ruin a measurement. Learn more about RID detectors: https://lnkd.in/eh2P4SEq #HPLC #GPC #refractiveindex #detector #whyflush #accuracy #repeatability #TestaAnalytical

The revised version of USP, has been updated to meet industry needs. The USP revisions allow a change in gradient methods, as well as a change from totally porous silica‑based analytical columns to superficially porous particle-based columns. https://bit.ly/3viaIdE #methoddevelopment #HPLC #LabEfficiency, #USP621 #USP621revisions

The revised version of USP, has been updated to meet industry needs. The USP revisions allow a change in gradient methods, as well as a change from totally porous silica‑based analytical columns to superficially porous particle-based columns. https://lnkd.in/dbyTB9S9 #methoddevelopment #HPLC #LabEfficiency, #USP621 #USP621revisions #AgilentSAJK

Deepen your understanding of allowed adjustments to specific chromatographic systems in the USP monographs based on the revised General Chapter <621>. Learn more: https://bit.ly/3tyPdEU #methoddevelopment #HPLC #LabEfficiency, #USP621 #USP621revisions

Unlocking the Power of 3D Absorbance Data! Peak deconvolution with photodiode array detectors using a unique software function (i-PDeA) can separate peaks that are not resolved on-column, yield better detection results, and minimize method development and analysis time. Read this document to get the scoop. Learn more here: https://lnkd.in/eNusczuf #hplc #uhplc #chromatography #analyticalinstruments #shimadzu