Search results for " in silico PD"
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Digitalization: The Route to Biopharma 4.0
Industry 4.0, also known as the Fourth Industrial Revolution (4IR), will result in the digital transformation of the manufacturing sector. It is propelled by transformative trends such as the prolif…
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Digitalized PD: Speeding up downstream process development
Mechanistic models enable the simulation of chromatography processes based on fundamental natural laws, such as fluid dynamics and thermodynamics. In silico simulations of chromatography proce…
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Mechanistic modeling quiz: Test your knowledge
Mechanistic models make it possible to create computer simulations of chromatograms. The simulations are based on physiochemical phenomena known to occur in chromatography. The benefit of in …
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Sign-up to join Chromatography Virtual Summit 2022
Latest advancements in chromatography process development.
Go smarter. Go faster.
Virtual event 15–17 November 2022
Join the Cytiva chromatography summit online to l…
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Using Quality by Design to Develop Robust Chromatographic Methods
Quality-by-design principles can be used to understand chromatographic measurement system variability.
Sep 2, 2014
By: Melissa Hanna-Brown, Kimber Barnett, Brent Harrington, Tim Graul, Jim…
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Predicting Progress in Protein Aggregation
Techniques to enable the design and formulation of stable, protein-based therapeutics.
In silico analysis and the evaluation of formulability, aided by new analytical tools such as hydrogen deut…
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Program finalized for the 6th HTPD and smart PD conference
Talks will cover everything from in silico PD and mechanistic modeling, HTPD approaches to chromatography resin screening and optimization, process characterization of gene therapy viral vectors to es…
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Better bioprocess scaleup with Bioreactor Scaler Pro
Are you still using the manual input, trial-and-error method when scaling your cell culture process, spending long hours in the lab analyzing uncertain data?
With Bioreactor Scaler Pr…
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See a chromatography modeling software in action
Mechanistic models use computer simulations to decrease the number of experiments you need during process development.
The simulations are based on known physiochemical phenomena involved in ch…
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Accelerating VLP purification process development
See how using mechanistic modeling can speed up the purification process development of virus-like particles (VLPs).
Indeed, a method for the large-scale production of VLPs is produ…