RNA Silencing Products
Specialized solutions for every RNA silencing need
Self-Delivering Antisense Oligonucleotides (sdASO™)
AUM BioTech's premium product line requires no transfection reagents or special delivery vehicles. Simply add them to your cell culture or inject them in vivo and they'll do the rest.
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Why Choose Self-Delivering ASOs?
Effortless Delivery
No transfection reagents, electroporation, or viral vectors needed
Works in Any Cell Type
Effective in hard-to-transfect cells like primary cells, neurons, and immune cells
In Vivo Compatible
Can be used in animal models without special delivery formulations
Minimal Toxicity
No transfection reagent means less cellular stress and more reliable results
Transfection-Optimized ASOs (toASO™)
Transfection-Optimized ASOs (toASO™) product line offers the same high-quality gene silencing capability as AUM BioTech's self-delivering products, but specifically optimized for standard transfection protocols at a more budget-friendly price point. These products leverage our core AUMsilence platform and AI-driven design, with modifications tailored for excellent performance with common transfection methods. This makes them perfect for routine gene silencing in easy-to-transfect cell lines or high-throughput screening applications where cost-efficiency is a major consideration.
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When to Choose Transfection-Optimized ASOs (toASO™)
Budget Considerations
More cost-effective for large-scale experiments and screening applications
Standard Cell Lines
Ideal for commonly used cell lines that are easy to transfect (HEK293, HeLa, etc.)
High-Throughput Screening
Perfect for large gene panels and screening applications where cost per target matters
Academic Teaching
Great for educational labs and training where budget constraints exist
Need Help Choosing?
Our interactive product selection guide can help you find the perfect RNA silencing solution for your research.
Use Product Selection GuideSelf-Delivering Antisense Oligonucleotides (sdASO™)
Our premium product line that requires no transfection reagents or special delivery vehicles
AUM BioTech's self-delivering Antisense Oligonucleotides (sdASO™) represent a revolutionary approach to gene silencing. These products enter cells without any transfection reagents, electroporation, or viral vectors - simply add them to your cell culture or inject them in vivo and they'll do the rest. Our sdASO™ technology is powered by the AUMsilence platform, which combines advanced chemical modifications with AI-driven design to create highly effective gene silencing tools.
AUMsilence™
Self-delivering ASOs for mRNA knockdown in virtually any cell type, without transfection reagents.
View DetailsAUMantagomir™
Specialized ASOs for efficient inhibition of microRNAs in hard-to-transfect cells.
View DetailsAUMlnc™
Designed for knockdown of long non-coding RNAs, including nuclear-retained transcripts.
View DetailsAUMsilence V+™
Specialized ASOs for targeting viral RNA genomes and transcripts with high precision.
View DetailsAUMblock™
Steric blocking ASOs that bind to target RNAs and modulate function without RNA cleavage.
View DetailsAUMskip™
Self-delivering ASOs designed to modify pre-mRNA splicing for exon skipping applications.
View DetailsTransfection-Optimized ASOs (toASO™)
Budget-friendly options for cost-effective research
Our Transfection-Optimized ASOs (toASO™) product line offers the same high-quality gene silencing capability as our self-delivering products, but specifically optimized for standard transfection protocols at a more budget-friendly price point. These products leverage our core AUMsilence platform and AI-driven design, with modifications tailored for excellent performance with common transfection methods. This makes them perfect for routine gene silencing in easy-to-transfect cell lines or high-throughput screening applications where cost-efficiency is a major consideration.
AUMsaver™
Cost-effective antisense oligonucleotides designed for use with standard transfection methods. AUMsaver™ provides an economical solution for high-throughput screening, routine gene silencing in standard cell lines, and academic research where budget constraints exist.
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