Precise measurements are critical to the discovery, development and usage of medications. Major financial and scientific decisions within pharmaceutical companies are informed by the outcomes of chemical and biological analyses. Even slight measurement variations can add risk and uncertainty in these high-stakes decisions.
A Purdue University professor and expert in measurement science has led a team to design a new filter aimed at helping drug developers and researchers create more exact measurements early in the drug development stage, which can ultimately help move a drug to clinical trials faster.
Garth - Simpson - Professor - Chemistry - Purdue
Garth Simpson, a professor of analytical and physical chemistry in Purdue's College of Science, created the filter as part of his work with the Merck-Purdue Center for Measurement Science. The academic-industrial partnership, which started in 2017, is focused on developing technology to improve drug manufacturing and formulation to support the pharma industry in expediting drug discovery and delivery. According to the Food and Drug Administration, it can take up 10 to 15 years or longer to move a drug from discovery to the public.
The technology is published in the March 25 edition of Analytical Chemistry.
Center - Test - Beds - Technology - Chemical
"This center provides real-world test beds for validating emerging technology related to chemical measurements," Simpson said. "Our latest development is this novel filter design for digital deconvolution that helps us remove timing artifacts arising from the response function of the instrument we are using for data acquisition."
Simpson said any practical measurement of an event,...
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