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Genmab is a leading international biotechnology company that aims to improve the lives of patients by creating and developing innovative antibody products. The company was founded in Copenhagen, Denmark in 1999. Genmab`s ordinary shares are publicly traded on Nasdaq Copenhagen and American Depositary Shares under its ADR Program are listed in the United States on the Nasdaq Global Select Market. Genmab is developing a pipeline of antibody therapeutics with eighteen products in clinical development, including two marketed products, DARZALEX® (daratumumab) and Arzerra® (ofatumumab), and approximately 20 in-house and partnered pre-clinical programs. Our pipeline currently includes naked antibodies, Antibody Drug Conjugates (ADCs), bispecific antibodies created from our DuoBody® technology platform, and antibodies created with our HexaBody® technology.
TissueVision Inc. (TVI) is a multi-disciplinary life sciences company offering 3D tissue imaging and analysis solutions for the research market. Our powerful Serial Two-Photon Plus (STP²) platform features stunning high-resolution multispectral datasets and analysis pipelines that create reliable 3D tissue models. The indexed histological sections produced during the STP² process can be further investigated with secondary analyses that run the gamut from standard histological stains to advanced spatial genomics. The final result is rich, multiplexed 3D models that deliver actionable and quantitative results. TVI provides project design, GLP-like documentation, including full protocol and report generation, and quality control review measures of all study-related materials. TVI is a solution provider to help answer research questions in a variety of therapeutic areas, including neuroscience, cancer, neurodegeneration, ophthalmology, and dermatology.
Aldeyra Therapeutics, Inc., is a biotechnology company focused primarily on the development of products to treat diseases thought to be related to endogenous free aldehydes, a naturally occurring class of toxic molecules. The company has developed NS2, a product candidate designed to trap free aldehydes. Aldeyra plans to begin clinical testing of NS2 in 2014 for the treatment of Sjögren-Larsson Syndrome and acute anterior uveitis. NS2 has not been approved for sale in the U.S. or elsewhere.
We work at the intersection of biology, engineering, and design, developing technologies that emulate human biology. Our products are enabling a new era of precision medicine and the development of applications for personalized health. Our Human Emulation System, which uses Organs-on-Chips technology, is being used by industry, government, and academia to understand how different diseases, medicines, chemicals and foods affect human health. The system offers researchers a new standard for predicting human response — with greater precision and control than today`s cell culture or animal-based experimental methods. We are also leading a bold, new precision medicine initiative with our clinical partners. Named "Patient-on-a-Chip," the program is developing personalized chips with patients` own cells. This initiative will help transform the way each of us understands our own bodies and manages our own health. Research conducted using our Organ-Chips has been published in high-impact scientific journals, including Science. In addition, Organ-Chips have been acquired by the Museum of Modern Art (MoMA) in New York for their permanent collection, and have also been awarded Product Design of the Year 2015 by London`s Design Museum. Our founding team pioneered the original Organs-on-Chips technology during their residency within the Wyss Institute for Biologically Inspired Engineering at Harvard University.
GPB Scientific is transforming the process of purifying and enriching cells for cell therapy production. Reliable cell recovery and expansion are fundamental to the successful scale up of CAR-T or any therapeutic cell manufacturing process. GPB has developed a high-throughput, automatable, microfluidic closed-system for leukapheresis sample preparation and downstream processing of cells for CAR-T and other cell therapy production. This breakthrough reduces cell losses and skill-intensive manual steps.