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Gel Documentation System LMGDO-A101 offers resolution of 20 megapixels. Its features white LED and UV transmission for clear, high-contrast imaging. Its binning modes and multi-frame accumulation enhance sensitivity for capturing weak sample bands. Its automated calculations with excel export simplify quantitative analysis and report generation. Our Gel Documentation System is ideal for detecting fluorescent bands, chemiluminescence signals, and western blot results.
Specifications
| Camera Type | Digital Camera |
| Resolution | 20 Megapixels (4800 × 4440) |
| Dynamic Range | 4.8 OD |
| Pixel Density | 16-bit (65,536 Grey Scales) |
| Lens | Motorized Lens F1.2 |
| UV Transmission | 302 nm |
| UV Transmission area | 21 × 26 cm |
| White LED Transmission area | 19 × 26 cm |
| Dimensions | 630 × 560 × 900 mm |
| Weight | 50 Kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Gel Documentation System LMGDO-A101 | $ 4812.5 | Each of 1 |
Features
Auto focus
Numeric focus and aperture
Standard filter
Real-time image acquisition
Multilingual interface
Encryption-free software
Optional Accessories
Model No | Accessory |
LMGDO-A101-B1 | Blue LED transmission |
Applications
Gel Documentation System LMGDO-A101 supports imaging and documenting of DNA/RNA gels, fluorescence-based DNA quantification, protein blot imaging, gene knockout analysis in advanced research and diagnostic labs.
Selection Guide
Gel Documentation System LMGDO-A101 is a versatile imaging solution widely used in molecular biology, genetics, and biochemistry research for documenting DNA/RNA electrophoresis gels, SDS-PAGE, and protein analysis. It is suitable for experiments such as DNA fingerprinting, gene expression studies, and protein quantification, offering high-resolution imaging and reliable data analysis. Equipped with a high-performance digital camera and intuitive software, the system supports multiple detection modes, including fluorescence and visible light, ensuring accurate and reproducible results. Certified with CE and ISO standards, it meets quality and safety requirements for regulated laboratory environments. Its robust performance and application-oriented design make it an ideal choice for researchers seeking accurate, high-throughput gel documentation.
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Frequently Asked Questions
1 What is a Gel Documentation System?
A Gel Documentation System is a specialized imaging device designed to visualize, capture, and document nucleic acid or protein gels after electrophoresis.
2 How does Gel Documentation System work?
It works by using UV or LED light sources to illuminate stained gels, allowing the system’s camera to capture high-resolution images for analysis and recordkeeping.
3 Why is Gel Documentation System important in molecular biology?
It is important in molecular biology because it provides accurate imaging of DNA, RNA, and protein bands, which is essential for research, diagnostics, and quality control.
4 How is Gel Documentation System used in DNA fingerprinting?
It is used in DNA fingerprinting to capture and analyze the banding patterns of DNA fragments separated by gel electrophoresis, aiding in forensic and paternity testing.
5 How does Gel Documentation System assist in gene expression studies?
It assists in gene expression studies by documenting protein or nucleic acid bands after electrophoresis, allowing quantification of gene products using densitometry tools.
6 What role does Gel Documentation System play in PCR verification?
It plays a key role in PCR verification by capturing images of amplified DNA fragments on agarose gels to confirm product size and yield.
7 How is Gel Documentation System applied in diagnostics?
It is applied in diagnostics by documenting gel-based assays such as RFLP, AFLP, or LAMP, which are used in detecting pathogens or genetic disorders.
8 How is Gel Documentation System used in quality control testing?
It is used in quality control testing to verify the consistency and accuracy of gel-based procedures in industrial or pharmaceutical research settings.
9 How does Gel Documentation System facilitate mutant screening?
It facilitates mutant screening by documenting gel results from DNA or protein analyses, helping identify variations or mutations in experimental samples.
10 How is Gel Documentation System applied in genotyping?
It is applied in genotyping to image DNA fragments generated from PCR and restriction digests, helping differentiate alleles or genetic variants in organisms.