RNA, as an important research tool, is widely used in gene function analysis, development of novel therapeutic strategies, and other research applications. The synthesis methods of RNA are similar to those of DNA, but due to its inherent stability, actual synthesis is more challenging. In chemical synthesis of RNA, there is low coupling efficiency between bases, the product is easily decomposable, the operational environment requirements are high, and the preparation cost is high. Chemically synthesized RNA is widely used as a critical research tool in gene function analysis, development of novel therapeutic strategies, and other research applications.
Hanbio provides high-quality RNA synthesis services to meet various customer needs. Among these, siRNA synthesis is the most convenient method to achieve gene silencing in organisms or cells, with low cost and high transfection efficiency. Hanbio can provide customers with conventional chemically synthesized siRNA, as well as various modified siRNA according to specific customer requirements.
Small interfering RNA (siRNA) is a double-stranded RNA of about 20-25 nucleotides that participates in RNA interference (RNAi), leading to the silencing of target genes. RNAi technology can specifically eliminate or turn off the expression of target genes and is widely used in gene function research, as well as in the treatment of infectious diseases and cancer.
MicroRNA Synthesis
Chemical modifications and fluorescently labeled RNA
2'-OMe-RNA
Antisense RNA Synthesis
Provide detailed pre-sales guidance and after-sales service
Choosing Hanbio's RNA synthesis services grants customers unprecedented professional support. Hanbio is equipped with a professional pre-sales team that not only possesses profound biological knowledge but also has extensive industry experience. From project planning, experimental design to solving technical difficulties, Hanbio ensures the smooth progress of your research. In terms of after-sales service, Han Heng promises quick response, and no matter what problem you encounter, the technical team will provide solutions in the shortest time possible to ensure your research is uninterrupted.
All RNA oligonucleotides are produced under strict SOP quality control processes
Hanbio has established a rigorous Standard Operating Procedure (SOP) quality control process. From raw material procurement, synthesis reactions, purification steps to final product testing, every step is carefully designed and strictly monitored. Hanbio uses advanced instrumentation and efficient, sensitive detection methods to ensure that every batch of RNA oligonucleotide products meets the highest standards.
Flexible combination specifications and packaging
To meet different customer needs, Hanbio provides flexible and diverse RNA oligonucleotide combination specifications and packaging options. Whether it is small batch testing or large-scale production, they can be customized according to the customer's actual needs. The product specifications cover RNA fragments ranging from a few nucleotides to thousands of nucleotides long, and parameters such as purity and concentration can be adjusted according to requirements. Additionally, Hanbio offers various packaging options, from single-use sterile packaging to stable packaging for long-term storage, ensuring product safety and stability during transportation and storage.
Can be used with RNA transfection reagents provided by Hanbio
To further enhance customers' research efficiency, Hanbio also provides RNA transfection reagents. These reagents have been rigorously screened and optimized to efficiently introduce RNA molecules into various cell types, achieving gene expression regulation and gene editing. By choosing Hanbio's RNA transfection reagents, you can skip the cumbersome reagent screening process and directly achieve the best transfection results.
Hanbio will continue to empower synthetic biology researchers with strong synthesis capabilities and flexible diversity, meeting different customers' needs for large-scale, high-throughput, and high-quality synthesis, and continuously providing new support for synthetic biology research!
