Optimizing chromatographic processes can be achieved by employing mechanistic modeling, with the following benefits: Increase Process Understanding Get to the core of chromatography with mechanistic modeling. The combination of well targeted experiments with mechanistic simulations...
Interested by knowing the differences between statistical and mechanistic approach? Click here to access part 1 of the article "Modeling : Mechanistic vs Statistical ? Part 1 : Modeling expectations" All modeling approaches need to be fed with experimental data to identify...
Digital tools are used for well-known applications in our everyday life: energy production, navigation, drugs development, weather prediction, diseases detection. They are useful because they allow predicting: weather, illness, position and direction, conditions for minimizing energy consumption....
End of September, we attended the 7 th edition of conference Bioproduction organized by MabDesign , in Lyon . The focus this year was on the development and bioproduction of therapeutics drugs such as mAbs . There were several presentations both from SME and large biopharma groups and a section...
Process intensification allows biomanufacturers to produce more product, often more quickly, using fewer raw materials and smaller equipment in less space. While there has been much focus on upstream process intensification, this approach can have significant impacts for downstream processing as well...
How great would it be to have a way to check if your chemical and bioprocess is optimized, safe, green and efficient? Well, that’s what we do for you at Ypso-Facto ! Ypso-Facto means Y our P rocess S ecured and O ptimized …And it’s a FACT ! Ypso-Facto is a company which...
Ypso-Facto is a service company helping industrial firms to develop, optimize and secure their chemical processes and bioprocesses.