
DNA and RNA require the addition of labels for nucleic acid detection applications such as in situ hybridization, FISH, microarrays, Northern or Southern blots, and molecular assays. To this end, a variety of tools are available, such as nucleic acid labeling kits and labeled nucleotides. Labeling kits contain sets of reagents necessary for conjugating DNA or RNA with labels via chemical or enzymatic labels. Such labels can include fluorophores, biotin, streptavidin, digoxigenin, or other affinity ligands. DNA end labeling kits attach modifications onto the 3' or 5' ends of DNA fragments using enzymes such as terminal deoxynucleotidyl transferase (TdT) and T4 polynucleotide kinase. Meanwhile, enzymatic RNA labeling kits take advantage of the activities of T4 RNA ligase or T7 polymerase to produce labeled RNA oligonucleotides. For more customized labeling, labeled nucleotides can be acquired separately. Discover a variety of labeling kits and reagents in this catalog from leading suppliers.
Overview of protein markers for characterizing fibroblast populations
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Focus on how Perturb-map works and its promise
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Measure and assess your cell cultures with ease. Our Millicell® DCI Digital Cell Imager enables more efficient execution of the repetitive daily techniques associated with cell passaging. Quickly and objectively assess confluency, morphology, ...
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Use TissueFAXS Spectra for whole-slide multispectral imaging as well as high-end image analysis. This system allows the scanning of up to 8 markers in one run and thereby is an ideal solution for in-depth phenotyping. A liquid crystal tunable filter ...
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They were used to validate a DNA extraction workflow from various FFPE tissue types. DNA was extracted from 10 um scrolls cut from 10 different FFPE tissues.
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Ribogreen assay, used in quantification of RNA. In this case, it was used for FFPE RNA quantitation. The sample was in H
2O.
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