Advanced Gel Imaging Systems for Molecular Biology Labs
Advanced Gel Imaging Systems for Molecular Biology Labs
Advanced Gel Imaging Systems for Molecular Biology Labs
  • Advanced Gel Imaging Systems for Molecular Biology Labs
  • Advanced Gel Imaging Systems for Molecular Biology Labs
  • Advanced Gel Imaging Systems for Molecular Biology Labs

Gel Imaging & Analysis System WD-9413A

  • Apply to observe, take photos and analyse testing results of nucleic acid and protein electrophoresis.

Description

Product Introduction

WD-9413A is used for analyzing and researching gels of nucleic acid and protein electrophoresis. You can take pictures for the gel under the UV light or the white light and then upload pictures to the computer. 

With the help of the relevant special analysis software, you can analyse the images of DNA,RNA, protein gel,thin-layer chromatography etc.. 

And finally, you can get the peak value of the band, molecular weight or base pair, area, height, position, volume or the total number of the samples.


Feature

1. Dark chamber, no need dark room, can be used in all-weather;

2. Drawer-type light box, convenient to use and avoid contamination;

3. Real time preview and auto-focus function;

4. UV filter: Compatible with EB, Sybr,GoldView etc.fluorescent dye;

5. Compatible with various image formats : tif ,jpg, bmp, gif, pcx.


Application

Apply to observe, take photos and analyse testing results of nucleic acid and protein electrophoresis.


Basic Specification

ModelWD-9413A
Dimension (WxDxH)458x445x755mm
Transmission UV Wavelength302nm
Reflection UV Wavelength254nm and 365nm
UV Light Transmission Area252×252mm
Visible Light Transmission Area260×175mm


Technical Specification

1. Resolution: consistent with the camera;

2. Effective pixels: 14.7 million pixels;

3. Pixels density: 8 bit;

4. Digital zoom: consistent with the camera;

5. Optical zoom: consistent with the camera;

6. Aperture range: F2.8/F4.5-F8.0;

7. The speed of shutter:15-1/4000s;

8. Macro automatic focus: consistent with the camera;

9. Able to professionally analyse the result of 1D, 2D and AFLP experiments.


Powerful Analysis Software

1. The image processing function;

2. 1D analysis function;

3. AFLP, RFLP, PCR homologous genetic clustering tree analysis;

4. 2D analysis function;

5. Clone technology;

6. Colony and spot hybridization;

7. Data results with MS Excel seamless connection;

8. Software can be used for

9. Win98/Me/2000/Windows7Windows10.


System Configuration

1. Imported high resolution digital camera

2. Imported professional analysis software

3. High configuration computer

4. High resolution colorful ink-jet printer








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