Additional Services

We offer standard microarrays for all mature miRNAs from every species represented in the latest version of the miRBase database (Release 22.1, October 2018).<br/> Our comprehensive service includes sample labeling, array hybridization, image data processing, and in-depth bioinformatic analysis. Within 2–3 weeks of receiving your total RNA samples, we deliver both raw data and fully analyzed results.

The aptamer microarrays are applied in protein binding, drug candidate screening, and biosensor development. <br/> Our comprehensive service includes sequence design support, synthesis of standard or custom DNA/RNA (2′-OMe) aptamer microarrays, and binding assays using client-supplied molecules, such as proteins, nucleic acids, carbohydrates, or other small molecules.

Using overlapping peptides as epitopes on a custom-synthesized, addressable LC Sciences' peptide microarray (PepArray™), we can systematically screen thousands of peptide sequences in a single experiment.  Our proprietary microarray platform, integrated with advanced microfluidic technology, enables precise and quantitative measurement of binding interactions. This combination of high-throughput capability and quantitative precision allows for the rapid and efficient identification of high-affinity, high-specificity target-binding compounds.

Kinases are essential regulators of cell signaling pathways, transferring the terminal phosphate group from ATP to the serine, threonine, or tyrosine residues of target proteins. Using custom-synthesized, addressable peptide microarrays (PepArray™) containing specific kinase substrates on a custom-synthesized, addressable LC Sciences' peptide microarray (PepArray™), we can quantitatively measure kinase activity across a wide range of signaling networks.

There is a growing backlog of sequence data resulting from the large amount of time, computing power, and expertise required to complete the data processing. At LC Sciences, we have rapid, standardized workflows in place for filtering, normalizing, the alignment, and statistical analysis of these often large and complex datasets. LC Sciences’ decade of experience in transcriptomic analysis enhances our bioinformatics service capabilities and ensures fast and reliable results.

We synthesize thousands of oligonucleotide sequences at once in parallel and then cleave the oligos, releasing them into solution in a single microtube. Synthesis occurs via standard DMT chemistry, assuring efficient stepwise yield and high-quality final products. The product is delivered as a pool in a single microtube, ready to use for your experiment.