For the experimenter, choosing the right CO2 incubator can do more with less. Advances in research in cell culture applications are taking place as never before. Cultured cells are used in vaccine and pharmaceutical production, toxicity testing, regenerative medicine, cell therapy, new cancer models, immunology, neurology, and the like. In these increasingly sensitive applications, the normal expression of proteins and health status of cells is particularly important.
Although the surface of the CO2 incubator looks similar, the culture effect may be quite different. What is the reason?
Today, Xiaobian will give you a few tricks to learn and use, to help you choose a carbon dioxide incubator.
✔Online sensor design, all Thermo ScientificTM CO2 incubators contain high quality intracavity sensors. The sensor is placed in the incubator to ensure that the measurement accurately reflects the environment in which the cells are cultured.
For example: (A) thermal conductivity CO2 sensor and relative humidity compensation (B) dual temperature probe (C) zirconia O2 sensor.
✘ Bypass sensor design, the sensor is placed outside the chamber of the incubator, through additional equipment, including a filter, piping, pump, and a separate heater. Small samples of air, distance traveled and different environments mean that conditions do not match the experience of indoor cells.
✔The Thermo ScientificTM CO2 incubator is electropolished on the inside of the cabinet for easy cleaning and cleanliness.
✘The surface of the inside of the box that has not been electropolished is filled with various gullies, which is easy to hide.
✔The Thermo ScientificTM CO2 incubator is equipped with a fan, plus active air circulation, the environment inside the cabinet can be quickly realized.
ç®± There is no fan-designed cabinet. If the probe is bypassed, the feedback adjustment time is even more than half an hour.
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