Exiqon
Home Search Contact Print Sign In
 
 
Products Services Applications Resource Center Ordering About Exiqon Investor
microRNA Research
RNA Research
DNA Research
Custom Oligos
Other Reagents
RNA Isolation
Microarray Analysis
Real-time PCR
Northern Blotting
In Situ Hybridization
Functional Analysis
RNA Preparation
Microarray analysis
Real-time PCR
In Situ Hybridization
Antisense
SNP Detection
Microarray Analysis
In Situ Hybridization
LNA Phosphoramidites
A2 Quencher
RNA Isolation Services
microRNA Array Services
microRNA PCR Services
microRNA ISH Services
Custom Pharma Service
Isolation
Microarray Analysis
Northern Blotting
Real-time PCR
In Situ Hybridization
Functional Analysis
SNP Detection
RNA
microRNA
RNA
DNA
microRNA
microRNA
mRNA
microRNA
Other RNAs
DNA
microRNA
RNA
DNA
MicroRNA Research
RNA Research
Other reagents
Technology Base
Oligo design tools
Exiqon E-talk
MicroRNA
Research Guide
Array Data Analysis
qPCR Data Analysis
Tech notes and Manuals
Scientific Publications
Application Stories
Bioinformatics
Technical Literature and Manuals
Scientific Publications
Application Stories
Bioinformatics
Technical Literature and Manuals
Scientific Publications
Oligo modifications
LNA™
AQ-link
Order microRNA products
Order custom oligos
Distributors
General Information
Contact
Company profile
History
Management
Board of Directors
Awards & Partnerships
Sign up to Newsletter
Newsletter Back Issues
 

LNA™ Oligo Tools and Design Guidelines

LNA™-enhanced oligonucleotides have been used successively in a wide range of applications. Use the guidelines below to design your custom LNA™ oligonucleotides. Click here when you are ready to order your LNA™ oligos. Alternatively, let Exiqon’s experts design optimized LNA™ oligonucleotides for you. Please contact us for more information. Learn about purification options and yields.

Design guidelines

Use the guidelines below to design your LNA™ oligos. The bioinformatics tools below can be used to optimize your designs. In addition to the guidelines presented below, we also have design guidelines for the following applications:


General design guidelines

  • LNA™ will bind very tightly to other LNA™ residues. Avoid self-complementarity and cross-hybridization to other LNA™-containing oligonucleotides.
  • Keep the GC-content between 30-60 %.
  • Avoid stretches of more than 4 LNA™ bases, except when very short (9-10 nt) oligonucleotides are designed.
  • Avoid stretches of 3 or more Gs or Cs.
  • For novel applications, design guidelines may have to be established empirically.

 

LNA™ Oligo Tools

LNA™ Oligo Tm Prediction
LNA™ Oligo Optimizer
Oligo Dilution Calculator
Oligo Resuspension Calculator
Oligo Concentration Converter
LNA™ Nomenclature Converter
  Privacy   Sitemap   Legal