In the world of cell culture, creating the perfect environment for cells to thrive is of paramount importance. It’s a delicate dance, a balance of temperature, gas tension, and humidity that can mean the difference between successful cell growth and a failed experiment. But how do you ensure that these conditions are always optimal? The answer lies in the technology behind our Thermo Scientific CO2 incubators. In our smart note, Which incubation parameters are most important for proper cell growth and expression?, we delve into the intricacies of CO2 incubators and their role in promoting cell growth and expression. We explore the importance of maintaining an ideal temperature, the role of CO2 in controlling the pH to mimic bloodstream biochemistry, and the crucial part humidity plays in preventing toxicity and cell death. However, the science doesn’t end there. What happens when these conditions are disturbed, say, by opening the incubator door? That’s where the design and engineering of the incubator itself come into play. Not all CO2 incubators are created equal, and the recovery time of these parameters can significantly impact the health and growth of cells. Thermo Scientific Heracell VIOS 160i and 250i and Thermo Scientific Forma Steri-Cycle i160 and i250 CO2 incubators are powered by THRIVE™ Active Airflow Technology, an innovation designed to recover all parameters in only 10 minutes after a 30-second door opening. This rapid recovery time helps ensure that your cells are consistently exposed to the most favorable conditions for extended periods, promoting healthier growth and more reproducible experimental results. What also sets our incubators apart from the competition is the placement of our sensors. Thermo Scientific CO2 Incubators incorporate high-quality in-chamber sensors strategically positioned to help ensure precise measurements that reflect the conditions experienced by your cells. By eliminating the need for additional parts and minimizing response delays, our incubator designs mean that today’s sensitive stem cells and primary cells spend more time at their ideal conditions, better mimicking in vivo conditions and responses. And after all, isn’t that what cell culture is all about? For more insight into the importance of sensor positioning and how it can optimize cell growth, read our Smart Note, “Why does the location of sensors in my CO₂ incubator affect responses from my cultured cells?”. Want to delve deeper into the science of CO2 incubators and discover how the right technology can make a world of difference to your cell cultures? Read our Smart Note and unlock the secrets to optimal cell growth and expression. If you are already convinced of the importance of having precise control in your next CO2 incubator, explore models of CO2 incubators and their options to find the perfect fit for your needs. Read our application notes to learn more about which incubation parameters are most important and why the location of sensors in a CO₂ incubator affect responses from cultured cells. |
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