HPLC is a specialty within the science of chemistry that offers identification of unidentified molecules, confirmation of known compounds, and provides quantitative concentration success. HPLC analysis is used in regular and non-routine analysis. An HPLC test can be conducted using parameters established in printed literature, or, methods can be developed in house. Knowing a bit about HPLC can equip individuals with the background required to make decisions as to whether to employ this technique or not. If you are a decision maker in the business of science, a scientist who may request such a technique, are a technician doing this technique, or are simply interested, then this report will provide you a simple introduction to the area of HPLC.

HPLC stands for high performance liquid chromatography. The first record of chromatography – as we know the practice now – was in the early 1900s, when a botanist needed to separate out jars by a plant. Back then, gravity and some liquid solutions were used to pull apart the pigments into its constituent components. Chromatography has morphed Through the years and is now a highly regulated, technical ability, requiring instrumentation with startup prices beginning at 30-50 million dollars, trained technicians to carry out the analysis, troubleshoot instrumentation maintenance and collapse, and compute and interpret results. In the U.S., chromatography Gear is dominated by the Waters and Agilent Corporation, although Shiatzu Corporation HPLC instrumentation is a fantastic option for some applications.

Both Waters and Agilent components are Incompatible with one another, so, once a company decides to purchase a single, that provider is held hostage to deal solely with that brand. Additionally, since the applications required for Waters and Agilent data evaluation is proprietary, external support can be expensive, as competition is sparse, and the exceptional software interface unlike any other product in existence. With the Ideal instrumentation and method, modern hplc testing analysis can be conducted. More realistically, many methods require a run time of 30 minutes for each sample, and 30 minutes to get a clean or control, and 30 minutes for each regular. Together with prep time for each sample, standard, and management – as well as data analysis, documentation and communication results – total analysis time could be prohibitive.