The fermentation processes for the manufacture of HPV (GARDASIL AND GARDASIL 9) are currently conducted at multiple manufacturing scales. The goal of the bioreactor modeling project for HPV is to generate data and models to support robust manufacturing and process understanding initiatives across the multiple scales. Additionally, this knowledge can be utilized to aid in future process transfers. The modeling work is performed utilizing computer models (Computational Fluid Dynamics via Fluent) and historical data to predict metabolic behavior based on bioreactor configurations and processing conditions
Abstract Computational fluid dynamics is a powerful method for scale-up of reactors although it is ...
Computational fluid dynamics is a powerful method for scale-up of reactors although it is still chal...
Since design, construction and evaluation of bioreactors for large-scale production is costly and ti...
Computational Fluid Dynamics modeling and in-depth scaling calculations have been utilized in partne...
We assess the effect of substrate heterogeneity on the metabolic response of P. chrysogenum in indus...
CFD (computational fluid dynamics) is becoming a common and practical tool for modeling the hydrodyn...
The use of computational fluid dynamics (CFD) techniques can be used to develop and/or optimize a sc...
Computational fluid dynamics (CFD) is a widely used tool for investigating fluid flows in bioreactor...
Computational Fluid Dynamics has proven to be a very valuable tool in predicting spatial heterogenei...
This study focuses on the metabolic impacts of simultaneous glucose and oxygen concentration gradien...
none3noA bioreactor for the production of hydrogen from the dark fermentation of organics is studied...
Computational Fluid Dynamics (CFD) is used in biotechnology to gain a deeper understanding of the un...
The broth in industrial scale fermentors may contain significant gradients in, for example, substrat...
Temperature is one of the most important parameters in biohydrogen production by way of photo-fermen...
Simulations are becoming an essential tool to design and improve processes in the field of biotechno...
Abstract Computational fluid dynamics is a powerful method for scale-up of reactors although it is ...
Computational fluid dynamics is a powerful method for scale-up of reactors although it is still chal...
Since design, construction and evaluation of bioreactors for large-scale production is costly and ti...
Computational Fluid Dynamics modeling and in-depth scaling calculations have been utilized in partne...
We assess the effect of substrate heterogeneity on the metabolic response of P. chrysogenum in indus...
CFD (computational fluid dynamics) is becoming a common and practical tool for modeling the hydrodyn...
The use of computational fluid dynamics (CFD) techniques can be used to develop and/or optimize a sc...
Computational fluid dynamics (CFD) is a widely used tool for investigating fluid flows in bioreactor...
Computational Fluid Dynamics has proven to be a very valuable tool in predicting spatial heterogenei...
This study focuses on the metabolic impacts of simultaneous glucose and oxygen concentration gradien...
none3noA bioreactor for the production of hydrogen from the dark fermentation of organics is studied...
Computational Fluid Dynamics (CFD) is used in biotechnology to gain a deeper understanding of the un...
The broth in industrial scale fermentors may contain significant gradients in, for example, substrat...
Temperature is one of the most important parameters in biohydrogen production by way of photo-fermen...
Simulations are becoming an essential tool to design and improve processes in the field of biotechno...
Abstract Computational fluid dynamics is a powerful method for scale-up of reactors although it is ...
Computational fluid dynamics is a powerful method for scale-up of reactors although it is still chal...
Since design, construction and evaluation of bioreactors for large-scale production is costly and ti...