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Aurinia is a global clinical stage biopharmaceutical company focused on developing and commercializing innovative products to treat identifiable patient populations that are suffering from serious diseases with a high unmet medical need. The company is headquartered in Victoria, BC and focuses its development efforts globally.
Discovery Life Sciences, the Biospecimen and Biomarker Specialists™, is a leading provider of highly characterized human biospecimens and cellular starting materials integrated with expert multi-omic analytical services to advance cell and gene therapy and precision medicine programs for cancer, infectious disease, and other complex conditions. Our robust biospecimen and biomarker platform is optimized for speed and large scale capacity. We routinely manage hundreds of studies and expertly test thousands of biospecimens simultaneously as a single vendor - eliminating time consuming and inefficient transfers of biospecimens or data between different vendors. We offer one of the largest recallable donor pools, Research Use Only (RUO) and clinical-grade (GMP) fresh and cryopreserved human cellular materials to support cell and gene therapy programs at any scale from start to finish. Leading biopharma, diagnostic and academic institutions trust us to quickly deliver high-quality biospecimens and reliable, reproducible biomarker data, so they can outpace their competition and push the leading edge of innovation.
3DBio is the first company implanting personalized 3D-printed living tissues in patients. #3DBioPrinting #3DBio
Mcnan Technologies Inc is a Glen Allen, VA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
We are a genome editing company developing genetic medicines for the fight against rare pediatric diseases. GeneRide™ is a promoterless and nuclease-free approach to gene insertion which may improve the safety profile of AAV based gene therapies With GeneRide™, the therapeutic gene is site-specifically integrated into the genome allowing durable gene expression in dividing cells and mature tissues. Furthermore, therapeutic gene expression is regulated by the targeted locus so production can be limited to specific cell types.