LNA Technology

Considerations for isolation and quantification of both genomic DNA and plasmid DNA

This section describes considerations for isolation and quantification of both genomic DNA from different sample sources and plasmid DNA. It also deals with common plasmid DNA procedures, including how to make and transform competent cells, how to culture and handle plasmid-containing cells, and commonly used techniques for analysis of genomic DNA.

The Power of LNA
LNA tools have unprecedented sensitivity and specificity – ideal for challenging applications, in which the target is present at low levels
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Custom LNA Oligonucleotide Design and Applications
Learn how to create custom LNA-enhanced oligos for applications not covered by our standard products
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LNA Application Stories
LNA enhancement enables powerful analyses in many different research applications – see what others are doing
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Gene Expression Analysis
Choose between SYBR Green or an LNA-enhanced hydrolysis probe for detection
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miRNA Quantification
Extremely sensitive and specific miRNA quantification, with a fast and easy workflow – even for samples with low RNA content
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RNA/miRNA Sequencing
Reaction chemistries and simplified workflows for preparing robust NGS libraries and eliminating PCR and sequencing bias
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RNA/miRNA Function Studies
Unique and innovative designs ensure high potency and target specificity to help you discover new RNA functions in vitro and in vivo
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RNA/miRNA Localization
Superior binding affinity enables differentiation of splice variants, isoforms and small mutations with an exceptionally high signal-to-noise ratio
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LNA Resource Center
The unique characteristics of LNA make it a powerful tool, not only for miRNA research but also for detection of low-abundance, short or highly similar targets in a number of applications.
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