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Optibrium provides elegant software solutions for small molecule design, optimisation and data analysis. Optibrium`s lead product, StarDrop™, is a comprehensive suite of integrated software with a highly visual and user-friendly interface. StarDrop™ enables a seamless flow from the latest data through to predictive modelling and decision-making regarding the next round of synthesis and research, improving the speed, efficiency, and productivity of the discovery process. The company`s new Augmented Chemistry™ products and services deliver ground-breaking artificial intelligence technologies that continuously learn from all available data to supplement your experience and skills. Founded in 2009, Optibrium is headquartered in Cambridge, UK with offices in Boston and San Francisco, USA. Optibrium continues to develop new products and research novel technologies to improve the efficiency and productivity of the drug discovery process. Optibrium works closely with its broad range of customers and collaborators that include leading global pharma, agrochemical and flavouring companies, biotech and academic groups.
Surrozen is a biotechnology company focused on discovering and developing novel regenerative medicines with a focus on unlocking the powerful self-renewal properties of the body through specific control of the Wnt signaling pathway.
Rgenix is a preclinical stage pharmaceutical company with a mission to develop the world`s first cancer therapies designed specifically to target cancer metastasis, the main cause of mortality in cancer patients. Rgenix is leading the revolution in next-generation cancer therapies with first-in-class lead drug candidates for several aggressive cancer subtypes, including Triple-Negative Breast Cancer, Melanoma and Colorectal Cancer.
The mission of 4D Molecular Therapeutics is to design and develop transformative gene therapy products using our proprietary technology to create novel adeno-associated virus variants to be utilized as treatments for serious unmet medical conditions. Our products are unlocking the full potential of gene therapy to treat, and potentially cure, genetic diseases. A large number of patients and diseases, who previously were not treatable by gene therapy, will be addressable by 4D products. 4D has one of the deepest and most diverse product pipelines in the gene therapy field. Adeno-associated virus (AAV) vectors have emerged as a favored delivery vehicle for gene therapy in the human body. They can deliver the genes for therapeutic proteins to accessible tissues in the body and are generally considered safe. Several AAV gene therapy products are in late-stage clinical development, and one product is approved in the EU (Glybera, Uniqure). However, these first-generation AAV vectors have limited utility for the majority of diseases. Many of these common AAV were discovered as laboratory contaminants and monkey infections, for example; they have not been customized as targeted medicines. In contrast, 4D customized AAV vectors, and the products made from them, are designed to unlock the full potential of gene therapy. Through 4D`s Therapeutic Vector Evolution, we are able to create customized vectors solutions to overcome the hurdles identified with first-generation AAV vectors. 4D is creating the ultimate gene therapy products to cure genetic diseases using new customized delivery vehicles (vectors) to shuttle genes into the cells in any organ in the body. This 4D “library” of vectors will soon include several for the liver, several for the brain, several for the heart, the eye, muscle, and so on. Doctors will be able to hand pick a vector for any patient based on the organ that is diseased.
We are a San Francisco Bay Area-based research stage biopharmaceutical company aiming to discover, develop and commercialize innovative therapeutics for the treatment of rare and age-related diseases. We are developing compounds to modulate molecular pathways that address the underlying causes of disease initiation and progression, such as oxidative, cellular and environmental stress.