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In this section: Introduction | Quality Control | Purification | Modifications | Long Oligos | Price List
In this section: Introduction | Molecular Beacon FAQ's | Fluorescent Probes Price List | Other Fluorescent Molecular Probes
In this section: SPCT | DME SPCT Intro | Order DME TaqMan® Assays SPCT | SNP PCT Search | Gene Expression Assays | SPCT Design Center | GeneAssays
In this section: RNA Oligonucleotides | Quality Control | Purification | Modifications | RNAi Explorerâ„¢ Products and Prices | Custom RNAi | RNAi Design Guidelines | SmartBaseâ„¢ siRNA Modifications | shRNA Explorerâ„¢
In this section: PCR Amplification & Analysis
In this section: Introduction | Genemerâ„¢ | GeneProberâ„¢ | Proberâ„¢ Gene Detection Kits | GScanâ„¢ Gene Detection Kits | Genemerâ„¢ Control DNA | Infectious Diseases
In this section: Gene Construction
In this section: Introduction | The Omni-Cleanâ„¢ System | The Omni-Pureâ„¢ Plasmid Purification System | The Omni-Pureâ„¢ Genomic DNA Purification System | Viral DNA & RNA Purification | Microbial DNA Purification | Plant DNA Purification
dihydro dT (5-6 DHT)
dihydro dT (5-6 DHT)
Code : [5-6-DHT]
Modification : dihydro dT (5-6 DHT)
Catalog Reference Number
Category
Modification Code
5 Prime
3 Prime
Internal
Molecular Weight (mw)
Extinction Coeficient (ec)
Technical Info (pdf)
Absorbance MAX
Emission MAX
Absorbance EC
26-6890
Minor Bases
[5-6-DHT]
Y
Y
Y
306.21
8.7
PS26-6890.pdf
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Catalog No | Scale | Price | 26-6890-05 | 50 nmol | $253.00 | 26-6890-02 | 200 nmol | $253.00 | 26-6890-01 | 1 umol | $329.00 | 26-6890-03 | 2 umol | $493.00 | 26-6890-06 | 5 umol | $1,480.50 | 26-6890-10 | 10 umol | $2,628.00 | 26-6890-15 | 15 umol | $3,285.00 |
Discounts are available for dihydro dT (5-6 DHT)! |
Modification* Discount Price Structure |
1 site/order
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List price
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2 sites/order
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10% discount
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3 sites/order
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20% discount
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4 sites/order
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30% discount
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5-9 sites/order
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50% discount
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10+ sites/order
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60% discount
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*Exceptions apply
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Dihydro dT (5,6-DHT) is primarily used in studies of irradiative DNA damage and associated repair mechanisms. In the cell, DHT DNA lesions are formed by gamma irradiation of deoxythymine under anoxic conditions, resulting in the addition of hydrogen at C5 and C6 of the thymine ring. DHT, unlike DHU (see its technical sheet), by itself appears to be neither mutagenic nor a replication block. However, when clustered with another lesion, e.g., 8-oxo-dG, there is evidence that the presence of DHT significantly enhances the mutagenicity of the other lesion (1). Because DHT is recognized and removed by endonuclease III and other eukaryotic endo III homologs, DHT-modified oligos are used in model systems for studying DNA damage and repair mechanisms.
References
1. Shikazono, N., Pearson, C., O’Neill, P., Thacker, J. The roles of specific glycosylases in determining the mutagenic consequences of clustered DNA. Nucleic Acids Res. (2006), 34: 3722-3730. - dihydro dT (5-6 DHT)
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