Cambio - Excellence in Molecular Biology

Oligo Synthesis

Oligo Synthesis : CEPs

Prices quoted are for single packs only. For multiples of the same product please request a quote. Some of Glen's products are hazardous and may be subject to additional shipping charges. Full product information is available on Glen Research's website.

Quasar® 670-dT Phosphoramidite

Description Quasar®570 and Quasar®670 dyes are two cyanine derivatives of Cyanine 3 and Cyanine 5, respectively. These two fluorophores differ in structure simply by the number of carbons in the conjugated polyene linkage. Cyanine dyes are a popular oligonucleotide modification and are commonly used for imaging, flow cytometry, and genomic applications. With Quasar®570-dT and Quasar®670-dT, these dyes can be incorporated internally without disrupting base pairing or stacking. Monomers can be inserted as a replacement for a dT residue.

Glen Research

Catalogue No.DescriptionPack SizePriceQty
10-5955-02Quasar® 670-dT Phosphoramidite0.25g £973.00 Quantity Add to Order
10-5955-90Quasar® 670-dT Phosphoramidite100 umoles £600.00 Quantity Add to Order
10-5955-95Quasar® 670-dT Phosphoramidite50 umoles £314.00 Quantity Add to Order

Description

Quasar® 670-dT Phosphoramidite

 

5'-Dimethoxytrityloxy-5-[(N-(6-(N1-ethyl-3,3,3',3'-tetramethylindodicarbocyanin-1'-yl)hexanoyl)- aminohexyl)-3-acrylimido]-2'-deoxyUridine-3'-[(2-cyanoethyl)-(N,N-diisopropyl)]-phosphoramidite, hexafluorophosphate salt

Quasar® 670-dT Phosphoramidite

Technical Documents

Safety Data Sheet


Glen Report 33-25: New Products — Dye-dT Phosphoramidites

Description
Quasar®570 and Quasar®670 dyes are two cyanine derivatives of Cyanine 3 and Cyanine 5, respectively. These two fluorophores differ in structure simply by the number of carbons in the conjugated polyene linkage. Cyanine dyes are a popular oligonucleotide modification and are commonly used for imaging, flow cytometry, and genomic applications. With Quasar®570-dT and Quasar®670-dT, these dyes can be incorporated internally without disrupting base pairing or stacking. Monomers can be inserted as a replacement for a dT residue.

Particularly for Quasar® 670-dT, the use of UltraMILD monomers is preferred. (Catalog Numbers: dA: 10-1601-xx, dC: 10-1015-xx, dG: 10-1621-xx, dT: 10-1030-xx). To avoid any exchange of the iPr-Pac group on the dG with acetyl, use the UltraMILD Cap Mix A (40-4210-xx/40-4212-xx). 0.02M Iodine for oxidation is recommended.

Details
Usage
Coupling: 10 minute coupling time recommended. The use of UltraMILD monomers are preferred. (Catalog Numbers: dA: 10-1601-xx, dC: 10-1015-xx, dG: 10-1621-xx, dT: 10-1030-xx). To avoid any exchange of the iPr-Pac group on the dG with acetyl, use the UltraMILD Cap Mix A (40-4210-xx/40-4212-xx). 0.02M Iodine for oxidation is recommended.
Deprotection: If UltraMILD reagents were used, deprotect in 0.05M Potassium Carbonate in Methanol for 4 hours at Room Temperature OR for 2 hours at Room Temperature in 30% Ammonium Hydroxide. If standard bases were used, deprotection in Ammonium Hydroxide at Room Temperature for 24 hours will give acceptable yields. However, the oligonucleotide will require additional purification.

 

The table below show pack size data and, for solutions, dilution and approximate coupling based on normal priming procedures.

ABI 392/394

Catalog #Pack SizeGrams/Pack0.1M Dil. (mL)Approximate Number of Additions
LV40LV20040nm0.2μm1μm10μm
10-5955-9550 µmol0.080.53.3321.250.910.670.17
10-5955-90100 µmol0.15120127.55.4541
10-5955-020.25 g0.251.6441.3324.815.511.278.272.07

Expedite

Catalog #Pack SizeGrams/PackDilution (mL)Approximate Number of Additions
Molarity50nm0.2μm1μm15μm
10-5955-95E50 µmol0.080.750.078.65.383.910.54
10-5955-90E100 µmol0.151.50.0723.614.7510.731.48
10-5955-02E0.25 g0.252.450.0742.626.6319.362.66

 

If you cannot find the answer to your problem then please contact us or telephone +44 (0)1954 210 200