Native CPG
Native CPG that can be functionalised with a linker and either a base or a modifier, for solid-supported oligonucleotide synthesis.
Native CPG that can be functionalised with a linker and either a base or a modifier, for solid-supported oligonucleotide synthesis.
Controlled Pore Glass (CPG) has been widely used as a solid support for oligo synthesis for several decades—and LGC, Biosearch Technologies’ Prime CPG is considered to be the gold standard across all sectors of the market.
Native, unfunctionalised, CPG is available for research purposes in a variety of pore sizes. It can be functionalised with a linker and either a base or modifier for solid-supported oligonucleotide synthesis.
Five pore sizes are offered, 500 Å, 600 Å, 1000 Å, 1400 Å, and 2000 Å, enabling the synthesis of oligonucleotides for all applications. Which pore size is required is dependent on the length, complexity and application of the oligo. Some guidelines are below for the most widely used pore sizes.
Several pore sizes are offered from 500 Å to 3000 Å to enable the synthesis of oligonucleotides for all applications. Which pore size required is dependent on the length, complexity and application of the oligo. Some guidelines are below for the most widely used pore sizes.
CPG | Description |
---|---|
500 Å CPG |
|
1000 Å CPG |
|
3000 Å CPG |
|
In general, large scale oligo synthesis for therapeutic applications requires high loaded 500-600 Å and small to medium scale synthesis for diagnostic or research use require higher pores sizes.
Europe, Middle East, and Africa | |
---|---|
UK | +44 1992 470 757 |
Germany | +49 30 5304 2200 |
North America, Latin America | |
Wisconsin, USA | +1 888 575 9695 |
Asia Pacific | |
China | +8621-22509000 |