Additional information
| Variety | Cre-100 |
|---|---|
| Size | 0.1 mg |
$290.00
GFP: Green fluorescent protein is the most commonly used fluorescent protein reporter. Evaluate your transfection in as little as 2 hours in cell culture or screen delivery nanoparticles like lipid nanoparticle (LNP) using our optimized GFP mRNA.
| Variety | Cre-100 |
|---|---|
| Size | 0.1 mg |
RNASelect™ LiCl Precipitation Solution
RNASelect™ LiCl Precipitation Solution is a ready-to-use formulation designed for the selective precipitation and purification of RNA from aqueous solutions. The reagent exploits the differential solubility of nucleic acids in high-ionic-strength lithium salt conditions, enabling efficient recovery of RNA while minimizing co-precipitation of DNA, proteins, polysaccharides, and free nucleotides. RNASelect™ is particularly useful for downstream applications that require high-purity RNA following enzymatic reactions or in vitro transcription workflows.
CTP (Cytidine-5′-Triphosphate), 100mM
T7 RNA polymerase ELISA kit (48 samples)
DT7 RNA polymerase ELISA kit (96 samples)
mRNABind™ Magnetic Beads are designed for rapid, selective capture of polyadenylated mRNA using streptavidin-biotin chemistry. Pre-functionalized with biotinylated oligo(dT), these magnetic beads efficiently bind poly(A)+ RNA from total RNA extracts or in vitro transcription reactions. The magnetic format enables easy separation and washing using standard magnetic racks, providing a fast and reproducible method for mRNA enrichment suitable for downstream applications.
mRNABind™ Polystyrene Beads
mRNABind™ Polystyrene Beads are functionalized with oligo(dT) using a flexible C6 linker to selectively capture polyadenylated mRNA. Ideal for batch or column-based purification, these beads enable efficient enrichment of mRNA from total RNA or IVT reactions without the need for magnetic separation. Polystyrene-based beads provide a stable, high-surface-area matrix for consistent poly(A)+ RNA binding, suitable for research applications that demand high mRNA purity.
Beta-galactosidase mRNA: The enzyme beta-galactosidase (E.coli lacZ gene) typically converts lactose substrate into glucose and galactose. However, derivatives of lactose like X-gal, o-nitrophenyl b-D-galactopyranoside, Galacto-Light Plus™ and others lead to colorimetric or chemiluminescence products, which have numerous applications in cancer, biodistribution and imaging studies.
SEAP (Secreted Alkaline Phosphatase) is a widely used reporter gene in molecular biology for non-invasive monitoring of gene expression, promoter activity, and signaling pathways.
GFP: Green fluorescent protein is the most commonly used fluorescent protein reporter. Evaluate your transfection in as little as 2 hours in cell culture or screen delivery nanoparticles like lipid nanoparticle (LNP) using our optimized GFP mRNA.