Gel Documentation System LBGD-T2011

Introduction

Gel Documentation System features an effective pixel resolution of 2560 × 1920, providing high-definition imaging for detailed analysis. It has a high-resolution digital , ensuring accurate and sharp image capture. The real-time, full-screen display allows users to monitor and analyze results effortlessly. Its gel center-indicator placement feature ensures precise positioning for optimal accuracy during analysis. Our system includes intelligent darkroom control and maintains optimal imaging conditions by minimizing external light interference.

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 Documentation System  captures analyzes, and documents images of nucleic acids and proteins separated through gel electrophoresis. It is widely used in molecular biology, biotechnology, and genetic research for accurate visualization and data analysis.

Specifications

Effective Pixel	2560 × 1920
Pixel Density	10 bit
Pixel Dimensions	5.4 × 5.4 μm
Resolution	5.0 Megapixels
Signal to Noise Ratio	≥56 dB
Sensitivity	EB stain below 20 pg
Zoom Lens	F=1:1.2, 2/3'' inch 6x zoom lens
Filter	590 nm
Transmission UV Wavelength	302 nm (8 W)
Reflection UV Wavelength	254 nm (11 W), 365 nm (11 W)
Transmission UV Lamp Power	8 W (302nm)
Reflection UV Lamp Power	11 W (254nm)
UV Transmission Dimensions (W × L)	250 × 200 mm
Visible Light Transmission Dimensions (W × L)	250 × 210 mm
Dimensions (L × W × H)	470 × 405 × 820 mm
Weight	29 kg

Features

Electric zoom lens protection

UV block protective cover

Ultra-thin conversion plate

Reflective white light source

Multi-layer coated filter kit

FAQs

1. How can I prevent overexposure while capturing gel images?

Overexposure can cause saturation of band signals, making it difficult to distinguish between bands of varying intensities. To prevent this, it’s essential to use optimal exposure settings, adjust sensitivity, and preview images before final capture. Gel Documentation Systems include auto-exposure functionality that dynamically adjusts exposure time based on signal intensity, preventing overexposure and ensuring high-quality images. Additionally, real-time image previews allow researchers to fine-tune settings before capturing the final image.

2. Can a Gel Documentation System be used for multiplex analysis?

Yes, Gel Documentation Systems can perform multiplex analysis by detecting multiple fluorescent dyes in a single gel. This technique is widely used in Western blotting and profiling, where different targets are labeled with different fluorescent dyes. advanced Gel Documentation Systems feature multi-channel detection capabilities, enabling researchers to perform multiplex analysis with ease. The systems include specialized filters and lighting options that allow simultaneous detection of multiple signals, ensuring high sensitivity and preventing signal overlap.

3. How do I maintain and clean a Gel Documentation System?

Regular maintenance and cleaning are essential to ensure the longevity and optimal performance of a Gel Documentation System. It is recommended to clean the imaging platform and light sources with a soft, lint-free cloth and a mild cleaning solution to remove any dust or residue. Harsh chemicals should be avoided to prevent damage to sensitive components. Gel Documentation Systems are designed for easy maintenance, with removable platforms and protective covers that can be cleaned effortlessly. The systems come with detailed maintenance guidelines to help users maintain consistent performance over time.

4. How long does it take to capture and analyze a gel image?

The time required to capture and analyze a gel image depends on exposure settings, gel size, and complexity of the analysis. Capturing a standard gel image typically takes a few seconds, while image analysis may take a few minutes depending on the number of bands and level of detail required. Gel Documentation Systems feature rapid image acquisition and automated analysis software, significantly reducing the time needed to obtain and analyze gel images. The systems allow researchers to capture and analyze results quickly and efficiently, saving time in high-throughput workflows.

5. What factors affect the sensitivity of a Gel Documentation System?

The sensitivity of a Gel Documentation System is influenced by camera resolution, exposure time, dye intensity, and illumination type. High-resolution cameras and optimal exposure settings contribute to detecting even faint bands with high accuracy. Gel Documentation Systems are equipped with high-sensitivity cameras and adjustable illumination settings, ensuring that researchers can capture and analyze low-intensity signals effectively. The systems also include automatic calibration features that optimize sensitivity based on sample type and gel size.

6. Can I analyze gels of different sizes using the same Gel Documentation System?

Yes, most Gel Documentation Systems can accommodate gels of different sizes, depending on the dimensions of the imaging platform. Gel Documentation Systems offer flexible tray sizes and adjustable imaging settings, making them suitable for analyzing small, medium, and large gels. The systems automatically adjust exposure and focus to capture high-resolution images of gels regardless of their size, ensuring consistent and accurate results.