Researchers use gel imaging systems, likewise known as gel documentation (gel doc) systems or gel imagers, to imagine bands on DNA and protein gels. Lots of gel doc systems likewise catch top quality images of gels and blots and permit scientists to measure signal strength that associates with protein or nucleic acid amounts in each band.1 Traditional Gel ImagingTo picture DNA or protein in gels, scientists pack their samples with colorimetric- or fluorescence-emitting dyes. The Gel-Bright ™ Laser Diode Gel Illuminator includes 12 laser diodes providing brighter and clearer nucleic acid and protein gel imaging with high sensitivity. Unlike blue LED gel imagers, Gel-Bright ™ brightens gels with less ambient light and is suitable with extensively utilized red and green dyes, amazing them more carefully to their ideal excitation wavelength.
Researchers utilize gel imaging systems, also known as gel documentation (gel doc) systems or gel imagers, to visualize bands on DNA and protein gels. Numerous gel doc systems also catch premium images of gels and blots and enable researchers to measure signal strength that correlates with protein or nucleic acid amounts in each band.1 Traditional Gel ImagingTo imagine DNA or protein in gels, scientists fill their samples with colorimetric- or fluorescence-emitting dyes. Unlike blue LED gel imagers, Gel-Bright ™ illuminates gels with less ambient light and is suitable with widely used red and green dyes, interesting them more carefully to their ideal excitation wavelength.
