Digital Transformation in Pharma Manufacturing

Pharmaceutical companies and their drugs face numerous challenges in the brief window between launch and patent expiration. This makes it extremely important to plan lifecycle management (LCM) strategies well in advance of patent expiry. One way to address this is with advanced manufacturing techniques that make it much more difficult for competitors to genericize. For pharmaceutical companies that seek market enhancement strategies beyond the capabilities of existing fast melt technologies, join Contract Pharma for this webinar as we hear from Don Wetherhold, the senior executive advisor and senior vice president of Aprecia Pharmaceuticals. He will talk about the company’s innovative ZipDose technology and why it offers an exclusive opportunity to address patient demand and create products not easily genericized.

T3P or propanephosphonic acid anhydride, is an exceptional green reagent for use in condensation reactions and has attracted the attention of almost all innovative pharmaceutical companies worldwide during the past decade.

Artificial intelligence (AI) holds the promise of transforming drug discovery. By harnessing large sets of chemical and biological data, AI can accurately predict the behavior and properties of small molecules.

Gain insights from an assay development expert as Dr. David Baker, of AstraZeneca, discusses how you can enable rapid measurement of cell proliferation, transfection efficiency, cell confluence and other cellular characteristics for assay optimization using live-cell imaging and high throughput flow cytometry. Establishing the characteristics of cell models is a key component of assay optimization processes performed at AstraZeneca. Learn how to use longitudinal live-cell imaging assays to characterize cells for assay development and assay endpoints. Examples will include how to measure cell confluence and assess the proliferation rate of different cell types to establish optimal assay conditions to screen for cytostatic or cytotoxic compounds in cancer cell lines.