Our proprietary synthesis process generates up to 20,000 oligonucleotides per batch and cleaves them off the substrate to deliver pooled oligos. We have combined the best of oligonucleotide chemistry with a simple synthesis format which allows production of high quality libraries at a relatively low cost compared to other manufacturers. By offering delivery as either ssDNA or dsDNA, libraries can be ready for the desired application without further processing. As an example, dsDNA oligos can be immediately cloned into a desired vector upon delivery.
Products
myLib® – ssDNA & dsDNA Oligo Libraries
Custom oligonucleotide library synthesis for molecules ranging from 50 to at least 100 nucleotides in length.
Features & Benefits
High-quality
Reliable performance in any application
Robust QC
Ensures high fidelity and breadth of sequence representation
Multiple Formats
Double- or single-stranded DNA pools
Custom Designs
Generated specifically for the intended application
Low-cost
Easily scale-up projects
Please contact us directly with desired synthesis requirements. Of particular importance, are the number of oligos, length and location of constant and variable regions, and preference for dsDNA or ssDNA.
- E. Hopmans, et al. (2014). A programmable method for massively parallel targeted sequencing. NAR.
- Y. Murgha, et al. (2014). Methods for the Preparation of Large Quantities of Complex Single-Stranded Oligonucleotide Libraries. PLOS One.
- S. A. Guralp, et al. (2013). From design to screening: a new antimicrobial Peptide discovery pipeline. PLoS One
- T. Feher, et al. (2012). In the fast lane: large-scale bacterial genome engineering. J Biotechnol
- H. Hoshiyama, et al. (2012). Development of Methods for Quantitative Comparison of Pooled shRNAs by Mass Sequencing. Journal of biomolecular screening
Team Expertise
- Understanding CRISPR
- Design Services
- Project Management
WE'RE HERE TO HELP
If you need assistance placing an order, requesting a quote,
or technical support, feel free to contact our team directly.
