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There is a great need for sensitive, precise, and easily accessible analytical detection techniques for protein sequencing.
The emergence of mRNA vaccines and cell and gene therapies has pushed innovation in analytical methods.
Effective analytics will eliminate failures, deviations, and non-conformances.
May 01, 2010
Sample preparation before analysis is just as important as the analytical technique because poor sample preparation alters or skews the analytical result.
The needs of the pharmaceutical industry for powder testing technologies are changing, primarily for two reasons. The first is that global economics, and the economics and competitiveness of the pharmaceutical industry itself, are driving manufacturers towards achieving greater efficiency.
Testing the dissolution rates of a pharmaceutical formulation (also known as in vitro availability) aids drug quality control and is a compulsory requirement of the British, European and US pharmacopoeias.
Bioanalysis has migrated from a very general vocation to one that requires more specialisation, particularly in GLP applications.
Why spray drying processes offer a range of particle engineering possibilities.
Liquid chromatography-mass spectrometry (LC-MS) is a highly sensitive and specific analytical chemistry technique that is very commonly used in pharmacokinetic studies of new chemical entities.
The author assesses the power and limitations of NIR chemical imaging and its future.
Bioanalysis has migrated from a very general vocation to one that requires more specialization, particularly in GLP applications.
X-ray powder diffraction (XRPD) is a key analytical technique in the pharmaceutical industry, providing direct information about the crystalline and amorphous components in pharmaceutical formulations in a non-destructive manner and without laborious sample preparation.
NIR chemical imaging is based on the same principles as NIR spectroscopy, but uses a focal plane array detector in place of a single detector element to capture the spectral signature at tens of thousands of spatially resolved positions simultaneously.
