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Project Farma is a patient-focused global leader in advancing technical operations from ideation through commercialization with a proven track record of planning, building, and maintaining manufacturing facilities, capital expansions, and technical operations for complex biologics and novel modalities. We provide end-to-end services for the entire manufacturing lifecycle for pharmaceutical and biotech companies, universities, hospitals, and government agencies. Project Farma has executed 100+ facility builds, retrofits and expansions, managed 400+ large scale capital projects, industrialized 10+ commercial cell, gene, and novel therapies, and managed $6B+ in technical operations capital investments. One of our core values is giving back. Volunteering at hospitals, supporting life science related fundraisers and partnering with nonprofit organizations is an integral part of our culture. In doing so, not only do we raise awareness of many life-threatening diseases, but we also bring our team and our clients team closer to the actual patients and families that will be impacted by our work. Project Farma is a PerkinElmer company. (https://www.projectfarma.com/)
Replimune is creating a new class of oncolytic immunotherapy designed to ignite a powerful immune response to treat cancer and vaccinate against future relapse. Replimune`s mission is to revolutionize cancer treatment with therapies designed to activate a powerful and durable full-body anti-tumor response. Replimune is pioneering the development of novel tumor-directed oncolytic immunotherapies. We imagine a world where cancer is a curable disease.
Seattle Biomedical Research Institute is a Seattle, WA-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
Global BioChem is a Cincinnati, OH-based company in the Healthcare, Pharmaceuticals, and Biotech sector.
We are a biotechnology company creating a new class of targeted gene therapies for debilitating and life-threatening genetic disorders in both central nervous system (CNS) and non-CNS indications. Current gene therapy approaches have shown dramatic efficacy in several rare diseases but are hindered by imprecise targeting. The inability to selectively transduce specific cells and tissues effectively drives administration of higher doses and resulting safety liabilities. We are addressing these concerns with our proprietary adeno-associated virus (AAV) engineering platform that generates capsids optimized to target specific tissues and cells in the disease organ while limiting transduction of tissues and cells not relevant to the target disease. Through our next-generation AAV platform combined with cargo development and state-of-the-art manufacturing, we are tackling monogenetic and sporadic CNS and non-CNS disorders that have previously been challenging to address.