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Model No:CEI-GDA-KJ21
Gel documentation and analysis systems play a pivotal role in molecular biology research, offering scientists a powerful tool to visualize, document, and analyze nucleic acid and protein samples separated through gel electrophoresis. This technology has become an indispensable asset in laboratories worldwide, facilitating the advancement of various scientific disciplines. This article delves into the key components, functionalities, and applications of gel documentation and analysis systems. The core component that illuminates gels with UV light. High-resolution cameras capture images of the illuminated gels. Storing and sharing gel images securely on the cloud. Gel documentation and analysis systems have become indispensable tools in molecular biology laboratories, driving advancements in research and contributing to scientific discoveries. As technology continues to evolve, these systems are expected to play a pivotal role in shaping the future of molecular biology and related fields, offering enhanced capabilities, automation, and integration with cutting-edge technologies.
1. Darkroom
1.1 No light leakage Darkroom
1.2 External size:44x40x72cm
2. CCD Camera
2.1 Scientific CCD
2.2 Resolution:5 Megapixels,2592*1944
2.3 A/D:16bit (65536 Grey scales)
2.4 High QE: 75%
2.5 Read noise: 5.1e-RMS
2.6 SNR:70.1db
2.7 Sensitivity: Lower than 10pg EB Stained DNA
3. Lens
3.1 Imported Computer 2/3 Inch, F1.2 Motorized Lens
3.2 Numeric Focus and Aperture
4. Filter (Standard)
590nm for gel doc as standard
5. Epi-white light
White LED * 2
6. Transilluminator
6.1 UV transmission as standard: Wavelength 302nm, Area: 21x26cm
6.2 White light LED as optional, Area:21x19cm
6.2 Blue LED as optional: Area:21x19cm
7. UV protection shield as standard
8.Gel doc software
9. Analysis software
10. Application (included as standard)
10.1 DNA/RNA Gel inspection: Ethidium Bromide,
SybrTM Gold, Gel Red, GelStarTM;
10.2 Protein Gel Inspection: SyproTMOrange