Focused on characterizing RNA samples. Starting with RNA from a client and ending with an in depth representation of expressed loci, differential expression of genes, gene discovery, and alternative splicing characterization.
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Cofactor Genomics is so much more than a resource for sequencing. We provide real solutions that generate results to make a real difference in your research.
About Cofactor
What makes Cofactor tick is the people behind the service. We offer the perfect solution for your sequencing needs so you get the most out of your experiments.
Team Profiles
At Cofactor, we put our expertise in design, sequencing, and analysis to work in ways that transcend the lab to realize positive impacts in the field.
Bench To BarnyardTM
Our expertise in library design spans numerous applications to produce libraries from a wide range of sample types.
Applications
Cofactor Genomics offers the absolute best value in genomic sequencing today. That's because of our unique ability to deliver more than just sequencing.
Projects & Pricing
At Cofactor, we make it as easy as possible to submit your samples. It is our goal to streamline your experiment in the most efficient manner possible.
Sample Submission
Applications
At Cofactor, each application takes biological samples through experimental design, sample preparation, sequencing, and application specific analysis. Because we offer an end-to-end process, we are accountable for the complete solution. This accountability has allowed us to engineer processes and deliverables that give the highest rate of success and provide unparalleled insight into researchers data.
De-Novo Assembly
At Cofactor Genomics, we think of de novo assemblies as an experimental continuum governed by the correct balance between targeted contiguity and researcher’s budget. Using the Illumina platform, we are likely to achieve an assembly, which contains nearly all exons and introns of a given organism. This may be satisfactory for a researcher who wants to generate an assembly to further investigate the coding and gene space of their organism (e.g. comparative SNP or expression projects between several strains). However, for a researcher who requires a de novo assembly as a resource for use in their lab, it may be advantageous to develop a more contiguous assembly.