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Aldevron provides contract manufacturing and scientific services. We specialize in plasmid DNA, protein production, and antibody generation. PLASMID DNA PRODUCTION With the successful completion of over 50,000 projects, we have developed unsurpassed expertise in plasmid manufacturing. Using proprietary technology, Aldevron manufactures DNA for a wide range of research, preclinical, clinical, and diagnostic applications (1 mg to 100 g). PROTEIN PRODUCTION Aldevron offers a wide range of protein services including host cell optimization, expression screening, process development, contract production, enzyme and antibody assay design, and more. Proteins produced by Aldevron are used for a wide range of agriculture and biomedical applications from research grade to full cGMP. ANTIBODY GENERATION GENOVAC Antibody Technology supports all project types from reagent antibodies to diagnostic and therapeutic applications with high success rates. Based on many years of experience, our immunization technology has been developed to cater for all protein targets where other methods have failed (including e.g. GPCRs). Our custom antibodies have been validated in over 130 publications and patents for more than 500 clients worldwide. Additional services include antibody processing, production, labeling, characterization and sequencing.
Ciitizen is a platform that helps you collect, organize, and share your medical records digitally. Use it to get a second opinion, coordinate with a caregiver, and donate to research.
Kezar co-founder Christopher Kirk, Ph.D. began his work on the unique function of the immunoproteasome at Proteolix in 2005, while working on the compound that would become the successful multiple myeloma drug KYPROLIS™ (carfilzomib). As VP of Research at Onyx Pharmaceuticals, which acquired Proteolix in 2009, Christopher led the efforts to develop the first selective inhibitors of the immunoproteasome and designed multiple studies demonstrating their profound immunomodulatory effects. In parallel with this work, Christopher and Kezar co-founder Jack Taunton, Ph.D. collaborated on several research projects involving protein secretion. This collaboration inspired a belief in the strong synergies between protein degradation and protein secretion, two fertile areas for drug discovery with platform potential. In 2014, Christopher and Kezar co-founder John Fowler began developing the business plan for Kezar, acting on a longstanding desire to work together and build a world-class company. In 2015, John and Christopher raised $23M and negotiated a worldwide, exclusive license agreement with Amgen for the Onyx immunoproteasome inhibitor patent estate. Now underway, John and Christopher are excited to leverage their complementary skill sets to build Kezar into a leader in small molecule drug development.
Mateon Therapeutics/Oncotelic is developing TGF-beta therapies and Apomorphine for Parkinson, ED, FSD. https://t.co/nReUVgPvhc. $OTLC
Loxo Oncology is committed to the discovery, development, and commercialization of targeted cancer therapies with best-in-class potential. Our diverse pipeline reflects the convergence of proven therapeutic technologies with emerging insights into the underlying susceptibilities of cancer and drug resistance. It is an exciting time to develop cancer drugs. Diagnostic methods are yielding strong clues about which cancer features are actionable, “driver alterations,” in contrast to those merely along for the ride as “passenger alterations.” In the last five years, these insights have transformed the standard of care in melanoma, lung cancer and other cancers. Picking a target is just the first step in building a cancer drug. Good chemists build good drugs. The physical properties of a compound have much to do with its ultimate success or failure. Is it stable? Is it soluble? Is it absorbed? Does it reach its target? Does it engage the target? Does it cause toxicity elsewhere in the body before it achieves maximum efficacy in the cancer? In our opinion, drugs that achieve excellent exposure in the body and are highly specific for their intended targets have the highest chances of success. Once an attractive target is selected and a drug with best-in-class properties is constructed, setting up the right clinical development plan is of utmost importance. Our goal is to generate a clinical path that reflects the underlying scientific hypothesis that made the drug interesting in the first place. This often means developing the drug in a population of patients whose tumors possess a specific vulnerability targeted by the drug. Loxo Oncology was built around a team of full-time professionals and engaged scientific advisors who are aligned in choosing the most actionable targets, and pursuing them through disciplined clinical trial approaches. Our license and collaboration agreement with Array Biopharma and our experienced team allow us to construct drugs with best-in-class properties from the ground up.