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FleXelect Oligopools |
| FlexGen's FlexArrayer can in addition to custom microarrays be used for the production of custom oligopools. FlexGen provides two options for access to FleXelect oligopools. You can install the FlexArrayer, a bench-top platform for the synthesis of custom arrays and/or oligopools, in your own lab. Alternatively you can use FlexGen's custom oligopool synthesis services. The FleXelect pools have a number of key advantages; FAST Access to FleXelect oligopools provides a fast & cost-effective way to perform genomic selection in NGS analyses. You can obtain FleXelect oligopools either by having your own in-house FlexArrayer and designing and synthesizing your own oligopools. This also ensures confidentiality and puts you in complete control of planning your experiments efficiently. Alternatively you can submit your sequences of interest and FlexGen's own FlexArrayers and operators will synthesize the corresponding oligopool for the required number of samples for you. FLEXIBLE FlexGen's oligopool synthesis strategy provides unprecedented flexibility in oligopool design. Oligonucleotide sequences can be freely adapted, the relative ratios of oligos in the final pool can be controlled by adjusting the number and/or sizes of spots on which the corresponding oligonucleotide sequences are synthesized, and both DNA and RNA pools can be produced. Pools can be mixed and supplementary pools can be synthesized on the basis of first genomic selection experiments. The composition of oligopools can thus be adjusted to ensure as complete and uniform genomic selection of target regions as possible. FOCUSED In experiments that consist of large sample sizes, it is especially important to optimize oligopool design and ensure complete and uniform selection of regions of interest. The unique speed, flexibility and low costs per sample of the FleXelect oligopools allow you to focus on generating the data you are interested in. COST EFFECTIVE FlexGen's FleXelect oligopool synthesis enables the cost-effective production of high quality oligopools of sufficient quantity to perform genomic selection in as many as thousands of samples. |
