Long non-coding RNAs (lncRNAs) have gained recognition for their critical roles in various biological processes, including transcription regulation and epigenetic control. Despite their importance, studying lncRNAs has been challenging due to the lack of effective tools for selectively silencing them. IntegrateRNA addresses this gap through its LncRNA Knockdown Service, offering a robust solution to investigate lncRNA functions.
IntegrateRNA’s LncRNA Knockdown Service provides an innovative and economical approach for post-transcriptional silencing of lncRNAs. The service utilizes locked nucleic acid (LNA) modified small interfering RNAs (siRNAs) for cytoplasmic lncRNAs and LNA-enhanced antisense oligonucleotides (ASOs) for those localized in both nucleus and cytoplasm. These methodologies ensure researchers can systematically analyze the roles of lncRNAs within diverse experimental contexts.
By employing sequence-specific siRNAs, the service leverages RNA interference pathways to effectively down-regulate endogenous lncRNAs. Using LNA-modified siRNAs, the risk of off-target effects is minimized while maintaining high specificity and reducing cellular toxicity. Furthermore, a library screening service allows for extensive targeting of lncRNAs, ensuring comprehensive experimental coverage.
ASOs, which combine RNA and DNA, uniquely target nuclear-localized lncRNAs by forming stable DNA-RNA hybrids. The incorporation of RNase H within this mechanism promotes the degradation of the RNA component, effectively silencing lncRNAs in cell cultures and animal models alike. This approach broadens the scope of potential lncRNA targets, offering versatility across different intracellular locales.
The operational flow of the LncRNA Knockdown Service includes the following key steps:
Clients can expect a multitude of advantages when utilizing the LncRNA Knockdown Service:
With a commitment to redefining research possibilities, IntegrateRNA combines cutting-edge design, robust infrastructure, and regulatory expertise to deliver exemplary services in lncRNA expression regulation. For more information and to access further assistance relevant to RNA research, please contact us.
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