Bioinformatics
Analyze Sanger, Illumina, and Nanopore sequencing data to extract insights on mutations, lineage, species identification, polymorphisms, diseases, and differential gene expression. Perform proteomics analysis to assess protein abundance, protein-protein interactions, global phosphorylation dynamics, phosphorylation profiling, cell signaling pathways, interaction networks, disease associations, and drug relationships.
Biodesign
Design gene expression systems through codon optimization and the selection of key regulatory elements, including promoters, terminators, Shine-Dalgarno sequences, Kozak consensus sequences, start codons, enhancers, and introns. Develop gene expression vectors with or without antibiotic-free selection markers, various replication origins, and reporter genes. Design siRNA, shRNA, and sgRNA for targeted gene knockdown and knockout. Devise cell lines, viral vectors, bacterial strains, plants, yeast, and animal models with gene over-expression or knockdown for research and therapeutic applications.
Biotools
Customize Python and R pipelines for data processing based on client needs, typically for tasks requiring light computation. For large-scale omics data that demand intensive computation, we develop tailored solutions optimized for high-performance computing environments.
Contact
Feel free to contact us for more information or any project inquiries at [email protected].