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Identify and characterize protein-DNA binding interactions by EMSA with this extraordinarily robust and sensitive system.
Biotinylate 3-prime terminal ends of RNA probes for non-radioactive EMSA and other nucleic acid detection methods.
Biotinylate single-stranded DNA primers for non-radioactive EMSA and other nucleic acid detection methods.
Identify and characterize protein-DNA binding interactions by EMSA with this extraordinarily robust and sensitive system.
Detect biotin-labeled nucleic acid probes in various membrane blotting applications with this complete chemiluminescent detection system.
Thermo Scientific™ Fermentas DecaLabel DNA Labeling Kit is a complete system for fast synthesis of radiolabeled DNA probes of high specific activity.
Study RNA-protein interactions with this non-radioactive EMSA kit for gel shift assays.
Identify and characterize protein-DNA binding interactions by EMSA with this extraordinarily robust and sensitive system.
Perform easy and efficient desthiobiotin labeling of RNA for use as probes or as antibody alternatives for enrichment of RNA binding proteins.
Acquire consistent, highly sensitive Southern blot results with a novel ECL HRP substrate and optimized hybridization and blocking buffers.
Study RNA-protein interactions with this non-radioactive EMSA kit for gel shift assays.
Acquire consistent, highly sensitive Southern blot results with a novel ECL HRP substrate and optimized hybridization and blocking buffers.
ViewRNA Tissue assays are RNA in situ hybridization (ISH) assays for the reliable detection of up to four RNA targets within tissue sections and cultured cells. Visualize any RNA in any tissue/cell with single-copy sensitivity.
Labeling Target | RNA (General) |
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Format | Kit |
Final Product Type | DNA |
Sample Type | Tissue (FFPE),Tissue (CRYO),Cell Culture Cells |
For Use With (Application) | RNA-FISH, In Situ Hybridization (ISH) |
Product Line | ViewRNA™ |
Detection Method | Fluorescence |
Acquire consistent, highly sensitive Southern blot results with a novel ECL HRP substrate and optimized hybridization and blocking buffers.