miRNA agomir is a specially labeled and chemically modified double-stranded small RNA. BOC Sciences provides miRNA agomir synthesis services to accelerate miRNA research progress.
miRNA, also known as microRNA, is an RNA molecule of 21-23 nt in length that widely exists in eukaryotes. miRNA inhibits mRNA transcription by binding to mRNA. Therefore, it plays an important role in regulating gene expression, cell cycle, and developmental events of organisms.
Fig. 1 miRNA biogenesis and functions (Alsharafi WA, 2015)
miRNA agomir is a specially labeled and chemically modified double-stranded small RNA (miRNA agonist) that regulates the biological functions of target genes by mimicking endogenous miRNA into the miRiSC complex.
miRNA agomir is a synthetic miRNA molecule that mimics natural miRNA molecules, binding to mRNA of target genes and inhibiting their translation and expression. Compared to traditional siRNAs, miRNA agomir has a broader targeting and longer-lasting effect. miRNA agomir synthesis requires strict quality control and purification to ensure its safety and efficacy.
miRNA agomir has a wide range of application scenarios and can be used to treat a variety of diseases, such as cancer, cardiovascular diseases, diabetes, etc. As an example, miR-34a agomir can inhibit the proliferation and metastasis of tumor cells, thus enabling tumor treatment. In addition, miRNA agomir can be used in gene editing, stem cell therapy, and other fields.
| Ordering Information | ||
| Product Name | Purification Method | Price |
| miRNA agomir | HPLC | Inquiry |
| miRNA agomir negative control | HPLC | Inquiry |
| miR-Up agomir | HPLC | Inquiry |

miRNA Agomir is a specially labeled, chemically modified double-stranded small RNA that mimics endogenous miRNAs. It binds to target mRNA molecules and regulates gene expression by inhibiting translation, making it a powerful tool for gene silencing and regulation.
miRNA Agomir is widely used in research fields such as gene regulation, gene editing, and stem cell therapy. It can also be applied to study gene functions, explore regulatory networks, and enhance the specificity and longevity of RNA interference experiments.
miRNA Agomir offers broader targeting and longer-lasting effects compared to traditional siRNA. It is more stable, has higher affinity for cell membranes, and can achieve more efficient gene silencing with sustained interference lasting up to 5-6 weeks.
At BOC Sciences, miRNA Agomir is synthesized using advanced chemical methods and then purified through techniques like ion exchange chromatography and reverse-phase high-performance liquid chromatography (HPLC) to ensure high purity and activity.
We use mass spectrometry and nuclear magnetic resonance (NMR) to identify and confirm the purity and structure of synthesized miRNA Agomir. This ensures the product's quality and suitability for downstream applications.

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