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Automatic Gel Imaging System LMGS-503 is a highly integrated full-automated system designed for nucleic acid detection and documentation, with a simple and practical interface and time control guide. It has an F1.2, 8 – 48 mm motorized lens and a high resolution camera with 5.03 megapixels to produce 16 bit images. The unit is outfitted with a 302 nm UV-trans illuminator with a UV area of 21×21 cm and an LED light.
Catalog Send Mail WhatsappSpecifications
| Camera | CCD |
| Pixel | 2592×1944 (5.03MP) |
| Exposure Time | 1 – 3000 ms |
| QE Value | High QE: >65% |
| Binning | 1 × 1 |
| Bit Depth | 16 bit |
| OD | ≥4.8 OD |
| Lens | Motorized 8 – 48 mm, F1.2 |
| Trans - UV | 302 nm |
| Epi- White | LED |
| Trans White | UV to white sample plate |
| Epi-UV | 254 nm, 302 nm, 365 nm |
| Filters | 590 nm |
| Uv Area | 21 × 21 cm |
| Timing Off | 1 – 60 min |
| Packing Size | 460×475×725 mm |
| Gross Weight | 31 Kg |
Features
High resolution CCD camera
High performance 6 times lens
Specialized filter for nucleic acid dye
Overlay glue cutting filter
Easy to operate
User friendly software
UV smart trans illuminator
Advanced pixel binning technology
Blue and white light trans illuminator
Applications
It can be used to do nucleic acid test for various fluorescent dyes such as EB, SYBR Gold, SYBR Green, SYBR Safe, Gel Red Gel Green Texas, Red, and Fluorescein marked DNA/RNA.
Frequently Asked Questions
1 What is an Automatic Gel Imaging System?
An Automatic Gel Imaging System is an apparatus designed to capture high-resolution images of DNA, RNA, or protein gels after electrophoresis, providing accurate documentation and analysis.
2 How does an Automatic Gel Imaging System work?
It works by using a built-in camera and lighting system to automatically detect, capture, and process images of stained gels without manual intervention.
3 What types of gels can be analyzed using Automatic Gel Imaging System?
It can analyze various gel types including agarose gels, SDS-PAGE gels, and native gels used in DNA, RNA, and protein analysis.
4 How is Automatic Gel Imaging System used in gel documentation for cloning experiments?
It captures images of restriction enzyme-digested plasmid gels, enabling researchers to confirm the presence and correct size of inserted genes or fragments, ensuring successful cloning.
5 Can Automatic Gel Imaging System be used for analyzing PCR products?
It is commonly used to visualize and analyze PCR products on agarose gels, allowing researchers to confirm the presence, size, and purity of amplified DNA fragments.
6 What role does Automatic Gel Imaging System play in Western blotting?
It is used to capture images of protein transfer onto membranes after electrophoresis, enabling clear visualization of protein bands with chemiluminescent or fluorescent detection methods.
7 How does Automatic Gel Imaging System benefit mutation analysis?
It enhances mutation analysis by visualizing and comparing DNA or protein bands on gels, allowing researchers to detect point mutations, insertions, deletions, or shifts in band patterns.
8 How is Automatic Gel Imaging System used in quality control for gene sequencing?
It is used in gene sequencing applications to verify the size, integrity, and purity of sequencing fragments, ensuring high-quality sequence data for downstream applications.
9 Can Automatic Gel Imaging System be used in microbiological research?
It is used in microbiological research for visualizing bacterial DNA fingerprinting, gene profiling, or antibiotic resistance analysis, aiding in the study of microbial diversity and behavior.
10 What is the application of Automatic Gel Imaging System in forensic DNA analysis?
In forensic science, it is used to visualize Short Tandem Repeat (STR) profiles and DNA fingerprints on gels, providing critical evidence in criminal investigations and identity verification.