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AGC Biologics is a leading global Contract Development and Manufacturing Organization (CDMO), with a relentless commitment to deliver the highest standard of service to our clients and partners.
Cadent Therapeutics is a precision neuroscience company developing novel medicines that tune and modulate brain rhythms to restore cognitive and motor function in patients with serious neurological disease.
Freeline is a clinical-stage, fully integrated, next generation, systemic AAV-based gene therapy company with the ambition of transforming the lives of patients suffering from inherited systemic debilitating diseases. We are headquartered in the UK and we also have operations in Germany and the US. Freeline was founded in 2015 and builds upon the pioneering work by our Clinical and Scientific Advisor and Director, Professor Amit Nathwani, Professor of Haematology at UCL. With our liver-based investigational gene therapy technology, we aim to improve the lives of people with chronic systemic diseases and realise the potential of gene therapy treatments.
eRAD offers a complete suite of workflow solutions for the imaging industry. Its Meaningful Use-ready RIS, web-based PACS, and multi-site workflow solutions are used by teleradiology businesses, specialty reading groups, multi-site reading groups, hospitals and outpatient imaging centers. With over 300 customers in the US and several other countries, eRAD`s solutions are available as cloud-based hosted solutions, or as in-house enterprise solutions.
Aravive, Inc., is a clinical stage biotechnology company focused on developing new therapies that target important survival pathways for both solid tumors as well as hematologic malignancies. Our primary therapeutic focus is the GAS6-AXL pathway, where AXL receptor signaling plays a critical role in multiple types of malignancies by promoting metastasis and cancer cell survival. Our technology, originated in the laboratories of Drs. Amato Giaccia and his colleagues at Stanford University, uses genetic screening to identify critical targets for the development of therapeutic molecules for cancer therapy while sparing healthy cells. This strategy is designed to enable us to interrupt oncogenic signals and, using our high-affinity decoy receptors, outcompete cancer`s ability to grow, metastasize and acquire resistance to treatments. We believe our unique cancer therapies may hold promise as a monotherapy or in combination with other cancer treatments, augmenting the anti-tumor activity of radiotherapy, chemotherapy, immuno-therapeutics and cancer vaccines. By targeting advanced or metastatic disease, our approach has the potential to significantly improve survival rates while simultaneously reducing toxicity in cancer patients.