Electronic Film Western Blot Imaging system
Ultra-Sensitivity: Electronic-negative, attached photo-sensitivity, imaging in only one second. Wide Dynamic Range: Super-large electronic capacity, 30 times bigger than CCD camera. Small Size: Satisfying different scene. Proprietary technology: International proprietary technology covering dozens of countries and regions
The supplier does not provide quotations for this product through SelectScience. You can search for similar products in our Product Directory.
The most sensitivity western imaging system I‘ve ever seen.
Western blot imange
The sensitivity is much higher than Cool CCD imaging system, help me get the results which can't see on Cool CCD imaging system.
Review Date: 8 Feb 2022 | e-BLOT
The Touch lmager is mainly applied to researching acquisition of chemiluminescence image and quantitative analysis of image signal in the Western blot (WB) experiment of the life science. Using large-scale electronic light-sensitive element instead of the traditional film and the CCD imaging technology so that the Touch Imager can most definitely reduce the loss of the low-light signal. Meanwhile, it also removes the cumbersome procedure of the traditional optical film imaging and reserve the linear advantage of the digital acquisition image. Compared with CCD camera, the Touch Imager not only perfected dark room construction, environmental pollution, and inaccurate quantitative analysis but implemented hundreds times in sensitivity. The real dynamic collection range and large full-well electron capacity makes the Touch Imager strong on overexposure resistance and ensures the accuracy of the data to the maximum extent. At the same time, there is no point in worrying about the loss of low light signal due to the lack of exposure when saving the antibody. Touch Imager with only one twentieth volume of existing devices and exquisite design can completely satisfy the requirement of experimental scenes from different customers. The Touch viewer software system adopts multiple application technologies;for instance, data tracking and 3D image analysis. It can not only restore the authenticity in the process of academic and drug research and development to facilitate supervision but also easily analyze the exposure situation to quantify the exact signal.
