Gel Imaging System LGIS-T2011

Introduction

Gel Imaging System has gel viewing dimensions of 200 × 150 mm and offers a broad and clear platform for observing gel samples. It operates using visible light, eliminating the hazards of UV exposure and ensuring safer lab environments. The eco-friendly fluorescent dye supports sustainable lab practices while delivering high staining efficiency. Its simple teaching operation makes it ideal for educational settings, ensuring ease of use for instructors and students. Our gel imaging system has a user-safe staining method that enhances handling comfort and reduces health risks.

This gel documentation is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Gel Imaging System is an advanced laboratory device for visualizing, capturing, and analyzing , , or protein bands in electrophoresis gels. It is in molecular biology, genomics, and proteomics for accurate documentation, quantification, and analysis of gel results.

Specifications

Gel Viewing Dimensions (W × L)	200 × 150 mm
Source Emission Wavelength	470 nm
Service Life	>50,000 hrs
Dimensions (L × W × H)	310 × 180 × 50 mm
Weight	1.5 kg

Features

Non-Toxic Fluorescent Dye

Low-Risk Lab Staining

Clear Visual Detection

Effortless Staining Process

Green Fluorescent Material

FAQs

1. Is it safe to use UV light in these gels imaging systems?

Yes, It gel imaging systems are built with multiple safety features to ensure safe UV handling. The systems include UV-blocking shields, auto-interlock lids, and safety switches that prevent UV exposure when the chamber is open. This design ensures that users are never directly exposed to harmful ultraviolet radiation during gel imaging. In addition, It also provides blue-light imaging options, which are significantly safer and ideal for sensitive applications like gel excision for downstream molecular biology procedures such as , cloning, or sequencing.

2. Can a gel imaging system be used for both nucleic acids and proteins?

Yes, gel imaging systems are versatile tools that can image both nucleic acid gels (, ) and protein gels depending on the type of stain used and the light source available. and gels are typically visualized under UV or blue light with stains like Ethidium Bromide, Safe, or GelRed. Protein gels are often visualized with Coomassie Brilliant Blue or Silver Stain under white light. gel imaging systems are equipped with multi-illumination options, including UV, blue, and white light transilluminators, enabling comprehensive imaging for a broad range of applications without the need for separate equipment.

3. What kind of analysis can be performed with Gel Imaging System software?

Modern gel imaging software enables more than just viewing and capturing images. imaging software supports quantitative densitometry, molecular weight estimation, band intensity comparison, lane profiling, and automatic background subtraction. Users can annotate gels, overlay ladders for comparison, and even create calibration curves for more advanced quantitative analysis. These tools provide valuable insight into experimental results and can be critical for troubleshooting, publication, or quality control in research and diagnostic settings.

4. How does blue-light imaging benefit recovery for downstream applications in the gel imaging system?

Blue-light imaging is less damaging than UV light, which can fragment during visualization. It offers blue-light transilluminators in its gel imaging systems, which allow safe visualization of with dyes like Safe, minimizing damage and preserving the integrity of nucleic acids for cloning, sequencing, or . This is especially important when bands need to be excised and purified for further analysis, as UV exposure can compromise the quality and yield of recovered .

5. How do I ensure consistent and reproducible results with gel imaging system?

To achieve consistency in gel imaging, it is important to standardize factors like exposure time, lighting conditions, stain concentration, and gel thickness. Using the same imaging parameters across experiments minimizes variability and allows for more accurate comparisons. gel imaging systems help ensure reproducibility by offering pre-set protocols, automatic exposure adjustment, and image normalization features. Additionally, the included analysis software enables users to save settings, apply uniform measurement criteria, and document every step, making it easier to replicate results across different runs or users.