Pharmaceutical Analysis

This eBook contains a selection of application notes relevant for pharmaceutical and biopharmaceutical analysis using HPLC / (U)HPLC or LC-MS/MS.

Separation Science, in collaboration with Waters, offers an on-demand webinar comprising two presentations looking first at column attributes and how to gain a better understanding of how best to select a column for a specific application and...

This case study describes how Broughton Nicotine Services, a Contract Research Organization (CRO) utilizes a number of state-of-the-art technologies able to meet the analytical needs of their clients including Vanquish UHPLC platforms coupled to TSQ...

This application note describes the high-speed analysis of linezolid following the draft guidance of International Harmonization of Pharmacopoeias.

This application note demonstrates how the combination of UV and a single quadrupole mass detector is a powerful tool for (active pharmaceutical ingredient) API analysis in early stages of development, enabling confirmation of expected impurities.

This application note demonstrates a method for the high-speed analysis of pramipexole following the draft guidance of International Harmonization of Pharmacopoeias. It uses Shimadzu's integrated LC system, the Nexera™ - i MT. 

This application demonstrates an effective method for the analysis irbesartan using Shimadzu's integrated LC system, the Nexera™ - i MT. 

This on-demand webinar will discuss Waters® Openlynx™ Open Access Solutions and new workflows designed to streamline the implementation of supercritical fluid chromatography (SFC) technologies focused on supporting Medicinal Chemistry and Synthetic...

Tosoh Bioscience has produced Volume 1 of its 'Biopharmaceutical Application Notebook' for the (U)HPLC analysis of biomolecules. This essential application notebook will keep you informed of all the latest developments in the biopharmaceutical...

Kromasil has produced an application note demonstrating how, by using merged inorganic/organic silica materials with newly developed C8, C18 or phenyl hexyl phases, it is possible to use a stationary phase with a wider pH range.