App Notes
Cary Sipper Flow Cell Pump
The Cary Sipper is an optional accessory for the Cary 3500 UV-Vis spectrophotometer. It includes a novel three-channel pump that fills and rinses up to three flow cells at the same time, reducing the sample measurement time and operator-induced errors associated with manually filling cuvettes.
Electrolytic Ozone Generation and Its Application in Pure Water Systems
Irrespective of how well a plant has been designed and constructed, when no special measures have been taken, it's virtually impossible to avoid microbial contamination in a pure water network. This is especially the case when a system isn't continually replenished with fresh makeup water such as overnight or over the weekend when production is shut down and the water stands in a tank or circulates in a closed loop.
New Efficient-Pro Feed 3 and Feed Enhancer: Achieve Up to 36% Higher Titers in CHO-K1 GS Cells
Gibco™ Efficient-Pro™ Feed 3 and Efficient-Pro™ Feed Enhancer are specifically developed to meet the advanced nutritional needs of CHO-K1 GS cells, consistently supporting high cell growth and IgG productivity.
Streamline your cell therapy process
From development to manufacturing. supporting your needs from all aspects
Double Your Plasmid DNA Yield—Without Scaling Up
Scaling plasmid DNA production doesn’t always mean bigger tanks—it starts with smarter bench-scale process design.
Optimize safety and purity testing in your cell therapy workflow
Cell therapies must adhere to high standards of safety, purity and quality. However, testing for contamination in these therapies can be challenging due to short shelf lives and the inability to use traditional sterilization techniques on live‑cell therapeutics.
New Efficient-Pro Feed 3 and Feed Enhancer
Gibco™ Efficient-Pro™ Feed 3 and Efficient-Pro™ Feed Enhancer are specifically developed to meet the advanced nutritional needs of CHO-K1 GS cells, consistently supporting high cell growth and IgG productivity.
Next-generation single-use harvest solutions Efficiency for today and sustainability for tomorrow
he use of single-use technologies (SUTs) and systems in bioprocessing enables many benefits, such as rapid product changeover, reduction or elimination of caustic waste from cleaning, and facility flexibility for activities like multi-product operations.
Fermentation Development and Scale-Up
Biopolymers have the potential to replace fossil-derived plastics in the future.
The Key to Accurate pH Measurement in Cell Culture Success
Accurate pH Measurement and Control
