Introduction
At present, the more commonly used method for observing DNA electrophoresis results in the emission of Ethidium bromide (EB), which emits a fluorescent orange-red signal under ultraviolet excitation. However, the UV and EB in this method will cause harm to the human body. Therefore, this product uses a visible light source, and uses a safe and environmentally friendly fluorescent substance instead of EB as a dye. By filtering the blue background light through the yellow transparent glass of the observation window, The DNA bands separated after electrophoresis were observed. Technical Parameters
Light source: LED 4×11 illuminating tube, the peak of its luminescence spectrum is 468nm±3nm
Observation window: yellow transparent glass, which can filter out 50% of light at a wavelength of 542 nm ± 3 nm
Observation area: 120 × 120 (mm)
Power supply: 220V ± 10% 50Hz ± 2%
Output voltage: 5V 2A
Insurance tube: 5A (Φ5×20)
Dimensions (L × W × H): 300 × 200 × 120 (mm)
Net weight: 2.0 (kg)
Introduction
At present, the more commonly used method for observing DNA electrophoresis results in the emission of Ethidium bromide (EB), which emits a fluorescent orange-red signal under ultraviolet excitation. However, the UV and EB in this method will cause harm to the human body. Therefore, this product uses a visible light source, and uses a safe and environmentally friendly fluorescent substance instead of EB as a dye. By filtering the blue background light through the yellow transparent glass of the observation window, The DNA bands separated after electrophoresis were observed.
