Table of Contents
The importance of precision in bioprocessing
In the complex world of biomanufacturing, precision is not just a goal; it’s a necessity. The success of a bioprocess depends on the ability to monitor and control every variable, ensuring consistent quality and yield. Bioprocess optimisation has become central to achieving these aims, and the tools used to achieve it are more sophisticated than ever. Among these, the Cedex Bio Analyzer and Cedex Bio HT Analyzer stand out as advanced solutions designed to tackle the challenges of modern cell culture and fermentation processes.
Ensuring stable growth environments
A major challenge in bioprocess optimisation is maintaining a stable environment for cell growth. Essential nutrients, such as glucose and glutamine, are consumed rapidly, while toxic byproducts including ammonia and lactate can build up over time. If not managed, these changes can reduce productivity and impact the quality of the final product. The Cedex Bio Analyzer is highly effective at providing real-time insights into these critical parameters, enabling timely adjustments that keep the process on track. This ability to monitor and respond dynamically is invaluable, especially in processes where even slight deviations can have serious consequences.
Taking full control of process optimisation
Bioprocess optimisation involves balancing numerous factors, from nutrient availability to byproduct management. Traditional approaches often struggle with this complexity, relying on fragmented systems that provide limited insights. Cedex Bio Analyzers transform this process by offering a comprehensive suite of analytical tools that make monitoring and control easier. The broad range of available assays offers unmatched testing flexibility and insights to optimise your culture process. Based on industry needs, new assays are consecutively added to the portfolio.
Monitoring challenging nutrients
Some cell culture nutrients are challenging to measure due to their chemical characteristics, low concentrations, or interference from media components. A good example is GlutaMAX™, a stabilised form of L-Glutamine, developed to overcome the challenges of using L-Glutamine in mammalian cell culture. However, measuring the level of GlutaMAX™ in your bioreactor is not as straightforward as measuring L-Glutamine.
Advanced media profiling often requires specialised techniques such as HPLC or LC-MS, which are costly and time-consuming. The extensive range of analytes available, including a GlutaMAX™ assay, enables process developers to create a robust nutrient monitoring panel to optimise their bioprocess.
Automation and operational efficiency
The integration of Cedex technology into a bioprocess workflow also offers significant operational benefits. In traditional setups, the manual collection of samples and subsequent data analysis can lead to delays and inconsistencies. The Cedex Bio HT analyzer can connect to automated sampling devices and data processing software. By automating these tasks, human errors are decreased, and valuable time is saved for laboratory staff. Compatibility with advanced data management systems enables seamless integration, delivering clear and actionable insights that support informed decision-making at every stage.
Supporting sustainable bioprocessing
Beyond their technical capabilities, Cedex Bio Analyzers contribute to the broader goal of sustainable bioprocessing. Efficient nutrient use and reduced waste are critical for the environmental and economic viability of modern biomanufacturing. By optimising resource utilisation and minimising variability, Cedex technology helps organisations achieve their sustainability targets without compromising on performance or quality.
The path to robust and scalable processes
Cedex Bio and Cedex Bio HT Analyzers provide reliable, adaptable real-time and high-throughput monitoring that enables innovators to refine experiments, troubleshoot production issues, and develop workflows that are robust, scalable, and compliant. By combining precise analytics with practical usability, they go beyond simple data collection to act as essential partners in modern biomanufacturing, delivering the insights and control necessary to keep up with increasing industry demands and consistently achieve optimal results.
