Venor®GeM OneStep Reference: 11-8025 Similar to Venor®GeM Classic, but includes polymerase, and internal amplification control in the reaction mix.
10X Whole Blood Lysing Solution Reference: 137-10003 The 10X Whole Blood Lysing Solution is commonly used for lysing red blood cells following direct immunofluorescence staining of human peripheral blood cells with monoclonal antibodies prior to flow cytometric analysis.
FuGENE® 6 Transfection Reagent Reference: F6-5000 FuGENE® 6 is a multi-component lipid-based transfection reagent that allows for the efficient delivery of all sizes of DNA into a broad range of cell types with extremely low cytotoxicity. FuGENE® 6 saves time and resources because it minimizes reagent preparation, media changes, and optimization. It also eliminates the side effects of toxicity while providing high transfection efficiency, which leads to successful transfection of more than 800 cell lines. FuGENE® 6 can be used for the study of gene expression, cancer biology, cell-based protein & virus production, and for many other applications in functional genomics, proteomics, and cellular analysis.
Trypsin (0.25 %) in DPBS (1x) Reference: TRY-2B Trypsin solution is obtained from porcine pancreas and suitable for cell detachment and dissociation of various cell types. A variety of available formulations suit many applications.
Venor®GeM OneStep Reference: 11-8050 Similar to Venor®GeM Classic, but includes polymerase, and internal amplification control in the reaction mix.
FuGENE® SI Transfection Reagent Reference: SI-1000 Harnessing the same gentle reliability as our market-leading DNA Transfection Reagents, we are proud to introduce to you FuGENE® SI, an innovative RNA Transfection reagent engineered for the delivery of siRNA. FuGENE® SI is a 100% synthetic, multi-component transfection reagent designed for the delivery of RNA molecules into eukaryotic cell lines. FuGENE® SI allows researchers to obtain maximum efficiency knockdowns while being more gentle on cells than competitor’s reagents. Request a sample today for your RNA delivery needs and See the Unseen® with FuGENE® SI.
Trypsin (2.5 %) in DPBS (10x) Reference: TRY-2B10 Trypsin solution is obtained from porcine pancreas and suitable for cell detachment and dissociation of various cell types. A variety of available formulations suit many applications.
1X PBS (10L) Buffer Powder Packets - 1 PKG Reference: P1121-1PKG Our Phosphate Buffered Saline (PBS), pH 7.2–7.6, is a highly reliable and ready-to-use biological buffer essential for molecular biology and cell culture applications. Each foil pouch contains a precisely measured, high-quality powder blend that dissolves to create a 10L volume of a 1X working solution. This eliminates the need for complex calculations, measurements, and pH adjustments, saving you valuable lab time. Applications Use our 1X PBS as a gentle, isotonic wash solution in a wide range of assays: - ELISA and Western Blotting (Protein Applications) - Cell Culture (Sterile Filtration Recommended; Washing and Resuspension) - Immunohistochemistry (IHC) - Electrophoresis (e.g., as a sample diluent or wash) - Resuspension and Sonication of cells
Venor®GeM OneStep Reference: 11-8100 Similar to Venor®GeM Classic, but includes polymerase, and internal amplification control in the reaction mix.
FuGENE® SI Transfection Reagent Reference: SI-5000 Harnessing the same gentle reliability as our market-leading DNA Transfection Reagents, we are proud to introduce to you FuGENE® SI, an innovative RNA Transfection reagent engineered for the delivery of siRNA. FuGENE® SI is a 100% synthetic, multi-component transfection reagent designed for the delivery of RNA molecules into eukaryotic cell lines. FuGENE® SI allows researchers to obtain maximum efficiency knockdowns while being more gentle on cells than competitor’s reagents. Request a sample today for your RNA delivery needs and See the Unseen® with FuGENE® SI.
Trypsin-EDTA (0.25 %) in HBSS (1x), with phenol red Reference: TRY-3B Trypsin solution is obtained from porcine pancreas and suitable for cell detachment and dissociation of various cell types. A variety of available formulations suit many applications.