The Cultivated B has launched a new line of multi-channel biosensors designed to enhance the monitoring of cell culture and fermentation processes in biomanufacturing.

This technology integrates artificial intelligence (AI) with real-time data analytics, providing bioprocess engineers with tools to improve accuracy and decision-making in bioprocessing.

The new biosensors aim to address significant challenges in bioprocess monitoring by offering continuous, high-resolution insights into cultivation dynamics.

This capability allows operators to detect deviations early, thereby enhancing efficiency and reducing the risk of contamination associated with traditional manual sampling methods.

By eliminating the need for physical probes, the technology ensures more consistent process conditions.

Key features of the biosensor technology include the ability to tailor solutions for specific molecules within each bioprocess. The sensors exhibit exceptional sensitivity, capable of detecting concentrations below picomolar levels.

This precision enables the measurement of a diverse range of chemicals and metabolites, such as glucose, amino acids and lactic acid, allowing scientists to decode bioprocess dynamics effectively and make real-time adjustments to protocols and control strategies.

The integration of advanced AI algorithms further enhances the functionality of the biosensors. These algorithms continuously analyse data collected from the bioreactor, providing actionable insights and recommendations for optimising media formulations.

This unique feature is expected to improve measurement reliability, optimise resource usage and accelerate the time-to-market for biomanufactured products.

Hamid Noori, founder and CEO of The Cultivated B, said: “The release of highly advanced biosensors is another crucial step towards our vision of bringing complex biotechnology to everyday life".

"Our sensor technology for bioreactors accelerates the learning curve of bioprocessing, ensuring high-quality output and exceptional product quality. I am confident this will empower industries to streamline workflows and enable scalable processes through enhanced automation.”

The biosensors are designed to meet the stringent requirements of high-throughput bioprocessing across various applications, including pharmaceuticals, biologics, food and beverage biotechnology, waste upcycling, and alternative protein production.

#TheCultivatedB #biomanufacturing #biotech #biosensors #AI