Home | Products | Oligo Technology | Fluorescent Probes | Modifications | Oligo Design Tools | Online Order

Oligo Modifications List | Oligo Modifications Reference Category
Modification : Convertible 5-F-dC
Reference Catalog Number 26-6607
Category Convertible Bases
Modification Code 5-F-dC
5 Prime Y
3 Prime Y
Internal Y
Molecular Weight (mw) 307.8
Extinction Coeficient (ec) 7.4
Technical Info (pdf) PS26-6607.pdf
Catalog NoScalePrice
26-6607-0550 nmol$312.00
26-6607-02200 nmol$312.00
26-6607-011 umol$489.00
26-6607-032 umol$646.00
26-6607-1010 umol$3,912.00
26-6607-1515 umol$4,890.00

Discounts are available for Convertible 5-F-dC!
Modification* Discount Price Structure
1 site/order List price
2 sites/order 10% discount
3 sites/order 20% discount
4 sites/order 30% discount
5-9 sites/order 50% discount
10+ sites/order 60% discount
*Exceptions apply

Related Modifications
5-I dC
5-F dU
5-Br dU
Convertible 5-F-dC
Convertible dU & dC
5-I dU
5-Br dC
Convertible dA (O6-Phenyl-dI)
Convertible dG (2-F-dI)
Convertible Base
The convertible nucleoside strategy is one of the most versatile methods for producing modifications in bases to examine their effects on DNA structure and activity. In some cases, with versatility comes difficulty in that the convertible base is modified after oligonucleotide synthesis. The chemistry is sometimes complex and base composition analysis of the final oligonucleotide is required to verify structure. The convertible dU monomer can be used to introduce a variety of modifications at the convertible position, including N, O and S modifications. Convertible F-dC is by far the simplest approach to the preparation of oligonucleotides containing F-dC - normal ammonium hydroxide treatment effects the conversion to F-dC. Convertible dA has been used to prepare oligonucleotides containing multiple points for attachment to solid supports. In this way, high capacity affinity supports for the purification of DNA binding proteins have been prepared. 2-F-dI is a convertible nucleoside for the preparation of 2'-dG derivatives following the displacement of the 2-fluorine by primary amines.

Enter the letters you see above for verification:
Order Status | Customer Service | Site Map | Request Literature | About e-oligos | Contact Us |   Search
January 24, 2021 e-oligos(tm) is a brand of Gene Link. e-oligos(tm) and the binary helix(tm) All graphic art is a trade mark of Gene Link, Inc. Copyright 2021
    Terms and Conditions    Licenses    Privacy Policy