Fujifilm FLA-8000 from FUJIFILM Life Science
Description:... The Fujifilm Life Science FLA-8000 Fluorescent Image Analyzer features fluorescent and radioisotope image detection in a single laser imaging system. This powerful new research tool captures images of samples labeled with fluorescent dyes or ...Fujifilm FLA-5100 from FUJIFILM Life Science
Description:... for genomics. Fuji s FLA-5100 includes four imaging solutions in a single system. While optimized for fluorescence, the system also excels at radioisotope (RI) detection using the Imaging Plate method. Additional imaging methodologies include digitization using fluorescence board and chemiluminescence ...Fujifilm FLA-7000 from FUJIFILM Life Science
Description:... without any compromise to sensitivity. Fujis unique and reliable technology offers an increased homogeneity and sensitivity of the detection method. radioisotope images, fluorescent images including near-IR images, and digitized images (gel documentation images) can be captured on the unit by choosing among ...Custom Protein Kinase Substrate (PKS) Peptide Microarray from LC Sciences
Description:... negative controls as well as a universal highly phosphate-specific fluorescent dye staining reagent ensure quantitative results. There is no need for radioisotope labeling and potential signal bias due to antibody sequence specificity is eliminated. Test sequence signals can be directly compared to ...Protein Kinase Substrate (PKS) Peptide Microarray - Comprehensive Service from LC Sciences
Description:... negative controls as well as a universal highly phosphate-specific fluorescent dye staining reagent ensure quantitative results. There is no need for radioisotope labeling and potential signal bias due to antibody sequence specificity is eliminated. Test sequence signals can be directly compared to ...Standard Protein Kinase Substrate (PKS) Peptide Microarray from LC Sciences
Description:... negative controls as well as a universal highly phosphate-specific fluorescent dye staining reagent ensure quantitative results. There is no need for radioisotope labeling and potential signal bias due to antibody sequence specificity is eliminated. Test sequence signals can be directly compared to ...