Cyanobacteria play an important role in global carbon fixation with the numerically dominant Synechococcus and Prochlorococcus contributing a
The additional knowledge gained by studying the response to antigens at the epitope level will help us further understand anti-tumor immunity and may also help
Anti HA Binding: Association Curves Measured with Peptide Concentration (Density) Variation by in situ Synthesis of Epitope Peptide Chip
On chip measurements of anti HA binding to epitope YPYDVPDYA. Illustration of a method for high throughput measurements of protein-peptide interaction...
LC Sciences now offers a comprehensive epitope mapping service for high throughput, high-resolution identification of epitopes and other protein-protein
Qualitative and Quantitative Analysis of Peptide Microarray Binding Experiments Using SVM-PEPARRAY...
The design of peptide arrays is inherently more complex than that of DNA arrays. µPepArray Pro features strong content design capabilities and
At the core of µParaflo technology, there are three components (Figure 1): a novel solution photochemistry that uses photogenerated reagent precursor
Understanding antibody specificity at the molecular level provides the key to optimizing their use as research or diagnostic tools - it forms the basis...
LC Sciences is the only one-stop shop for developing an integrated microarray assay for both nucleic acids and proteins, giving researchers the most comprehensive picture of biomarker activities ever available from a single platform. Synthesis of totally custom sequences of such a broad range of biomolecules makes these devices suitable for both discovery and detection/sensing applications.