Arabidopsis thaliana experiment in light incubator
The light incubator is mainly controlled by temperature, light intensity, operating cycle, and segmentation program, and the microcomputer controls the heater, illumination, or refrigeration compressor work. The incubator is equipped with an ultra-temperature and sensor abnormality protection function to ensure the safety of the instrument and the sample and is often used in constant temperature and light experiments. For example light incubator culture Arabidopsis thaliana experiments.
Tools: Arabidopsis thaliana seeds, culture medium, light incubator
PROCEDURE: Add water to the Arabidopsis growing medium, then cover with plastic wrap and prick a few holes in the wrap with a toothpick for air. (The purpose of this is to maintain moisture well, which is critical for Arabidopsis at the seedling stage) Observe growth and record temperature, humidity, and light levels for each experimental stage.
The light incubator is equipped with left and right light incubator on both sides with multispectral fluorescent tubes. Together with the outer door light tubes, this creates a three-sided illumination, and the inner stainless steel mirror material reflects light to form a three-dimensional light source.
Tools: Arabidopsis thaliana seeds, culture medium, light incubator
PROCEDURE: Add water to the Arabidopsis growing medium, then cover with plastic wrap and prick a few holes in the wrap with a toothpick for air. (The purpose of this is to maintain moisture well, which is critical for Arabidopsis at the seedling stage) Observe growth and record temperature, humidity, and light levels for each experimental stage.
The light incubator is equipped with left and right light incubator on both sides with multispectral fluorescent tubes. Together with the outer door light tubes, this creates a three-sided illumination, and the inner stainless steel mirror material reflects light to form a three-dimensional light source.
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