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Modified Nucleic Acid Research
The Future of Primers & Probes

 

Celadon seeks to improve oligonucleotide technology in order to make genomic methods simpler, faster, more efficient, and more accurate. Since 2001, Celadon has conducted original research on Locked Nucleic Acids (LNA) with the goal of better designing primers and probes, especially for high-throughput and multiplexing applications. This research has been supported by the U.S. National Cancer Institute and by the State of Maryland.
Research Goals

 

While modified nucleic acids hold great promise in genomic applications, it will be difficult to use them effectively until their biophysical properties are known, and moreover, until they are integrated into efficient assay-design software. Celadon's research aims to discover accurate and predictive design rules for a series of potentially effective modified nucleic acid chemistries, and to incorporate these design rules into its predictive software platform, ProbeITy.

Promising Chemistries

 

 

Locked Nucleic Acids (LNA)

 

Morpholinos

 

2'-O-Methyl RNA

 

Minor Groove Binders

 

MultiCode

 

Peptide Nucleic Acids (PNA)

 

Phosphorothioates

 

Inosine

 

Super A, T, G

 

Propyne-T

 

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