RNA interference (RNAi) uses siRNA or miRNA for transcriptional silencing, gene knockdown and regulation of gene expression. RNAi requires chemical synthesis, introduction of DNA vectors into cells, an assay of RNAi effects and RNAi quantification or analysis. Consider target sequence selection, reagent preparation, controls, high specificity and effectiveness and low non-specific gene knockdown.
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The hrGFP and hrGFP II family of vectors allow for expressed genes to be easily visualized using fluorescence microscopy or fluorescence-activated cell sorting (FACS). Subcellular localization vectors HA or FLAG® fusions along with hrGFP from the same mRNA transcript Promoterless vector for promoter and promoter/enhancer studies Retroviral supernatant and vector with hrGFP construct High-level green fluorescence…
The Vitality hrGFP (humanized, Renilla reniformis green fluorescent protein) products are optimal for mammalian expression protein studies that examine gene expression, transfection efficiency, and protein localization. Since hrGFP is derived from a different organism than EGFP, the hrGFP antibody does not cross react with the Aequorea victoria GFP variant-derived EGFP.
The Vitality hrGFP (humanized, Renilla reniformis green fluorescent protein) products are optimal for mammalian expression protein studies that examine gene expression, transfection efficiency, and protein localization. Since hrGFP is derived from a different organism than EGFP, the hrGFP antibody does not cross react with the Aequorea victoria GFP variant-derived EGFP.
The ZAP Express and the Lambda ZAP-CMV vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. The ZAP Express vectors enable both prokaryotic and eukaryotic expression of your gene of interest. In vivo excision of the ZAP Express vector yields the PBK-CMV vector. The lacZ promoter drives prokaryotic expression, while the CMV immediate early promoter drives gene expression in mamm…
The ZAP Express and the Lambda ZAP-CMV vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. The ZAP Express vectors enable both prokaryotic and eukaryotic expression of your gene of interest. In vivo excision of the ZAP Express vector yields the PBK-CMV vector. The lacZ promoter drives prokaryotic expression, while the CMV immediate early promoter drives gene expression in mamm…
The ZAP Express and the Lambda ZAP-CMV vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. The ZAP Express vectors enable both prokaryotic and eukaryotic expression of your gene of interest. In vivo excision of the ZAP Express vector yields the PBK-CMV vector. The lacZ promoter drives prokaryotic expression, while the CMV immediate early promoter drives gene expression in mamm…
The ZAP Express and the Lambda ZAP-CMV vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. The ZAP Express vectors enable both prokaryotic and eukaryotic expression of your gene of interest. In vivo excision of the ZAP Express vector yields the PBK-CMV vector. The lacZ promoter drives prokaryotic expression, while the CMV immediate early promoter drives gene expression in mamm…
The ZAP Express and the Lambda ZAP-CMV vectors combine the high efficiency of lambda vector systems with the versatility of plasmid systems. The ZAP Express vectors enable both prokaryotic and eukaryotic expression of your gene of interest. In vivo excision of the ZAP Express vector yields the PBK-CMV vector. The lacZ promoter drives prokaryotic expression, while the CMV immediate early promoter drives gene expression in mamm…
The InterPlay adenoviral TAP System combines our unique tandem affinity purification (TAP) system with our exclusive adenoviral gene delivery system, the AdEasy Adenoviral Vector System for enhanced gene delivery to a broader range of mammalian cells, higher protein yields, and improved purification and analysis of endogenous interacting protein partners.
