Unlock superior cell growth, enhanced productivity, and consistent results in your bioprocessing workflows.

The demand for reliable and efficient cell culture systems in bioprocessing is growing, and Thomson's Optimum Growth® 6-Well Plate with its integrated lid is designed to meet that need. This innovative platform offers a comprehensive solution for optimising cell growth and productivity in mid-scale applications.

Why Choose the Optimum Growth® 6-Well Plate?

Thomson's 6-Well Plate is meticulously designed to enhance cell growth and production yields, ensuring uniformity and reliability for consistent experimental results.

Key Features & Benefits:

1. Optimised Mid-Scale Volumes: Designed for working volumes up to 50 mL, providing flexibility for your specific needs.
2. Enhanced Gas Exchange & Mixing: The integrated vented lid and angled surface facilitate proper mixing and promote optimal oxygen transfer throughout cell cultures, supporting robust cell growth kinetics and viability.
3. Superior Environmental Control: The integrated lid minimises evaporation and prevents cross-contamination, maintaining a stable culture environment essential for consistent, reproducible results.
4. Consistent Titer Levels: Studies demonstrate the plate's ability to maintain consistent titer levels across varied working volumes, crucial for efficient and reliable production of IgG and valuable for scale-up operations.
5. Maximised Throughput: This user-friendly format is ideal for maximising throughput, accommodating up to 24 plates per tray with universal shaker compatibility.
6. User-Friendly Design: Streamlines operations by reducing handling constraints and eliminating common issues like wrist strain from uncapping tubes.

Proven Performance: Insights from Leading Research

Thomson's Optimum Growth® 6-Well Plate has been rigorously tested and validated by leading pharmaceutical and biotechnology organisations, including a large pharma customer, a large biotech company, and Pfizer®.

1. CHO Transient Expression of mAb: Research from a large pharmaceutical company highlighted consistent titer levels in immunoglobulin G (IgG) production with CHO cells, even at volumes up to 50 mL.
2. User-Friendly Format for Maximising Throughput (Expi293F Cells): A biopharma customer's study confirmed the effectiveness of the plate system in maximising bioprocessing yields with Expi293F cells, performing as well as or better than standard TPP bioreactor tubes with respect to purified protein yield.
3. Large Range in Working Volume for Insect Cells (Sf21): Pfizer®'s investigation demonstrated the utility of Thomson 6-well plates for scaling up experiments involving Sf21 insect cells, showcasing reliable doubling times and consistent growth patterns due to the plate's design features that promote uniform aeration and nutrient distribution.

These collective studies demonstrate the 6-Well Plate's capacity to enhance cell culture productivity across multiple applications, establishing it as an invaluable tool for researchers seeking to optimise bioprocessing applications.

Ready to elevate your bioprocessing?

Read the full Application Note below to dive deeper into the data and discover how Thomson's Optimum Growth® 6-Well Plate can transform your research and development methodologies.