Get Quote
Contact us now to receive a detailed quotation.
Labmate Gel Documentation System are equipped with high-resolution megapixels for detailed image capture. Their versatile F1.2 motorized lens enables precise adjustments for improved image quality during documentation. They use LED lighting for consistent illumination to ensure reliable performance during gel documentation. They enable easy image management through user-friendly interface and real-time display. Our Gel Documentation System are ideal for PCR product visualization, DNA fingerprinting, quality control in laboratories.
$ 4125 / Each of 1
$ 4812.5 / Each of 1
$ 5125 / Each of 1
Selection Guide for Gel Documentation System
When selecting Gel Documentation System, customers should consider specifications that match their imaging and documentation needs. The system offers digital cameras with resolution options of 5, 6.3, and 20 megapixels, supporting a variety of gel imaging clarity requirements. A higher-resolution camera, such as 20 megapixels (4800 × 4440), is ideal for detailed documentation. The dynamic range of 4.8 OD ensures accurate detection of both faint and intense signals, improving contrast and quantification. Additionally, a quantum efficiency of 97% allows for maximum light detection, making the system highly sensitive for low-light fluorescence or chemiluminescence applications. These features help users choose the right system based on image clarity, sensitivity, and application needs.
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.