Genmab A/S (NASDAQ:GMAB) is a Denmark-based biotechnology company specializing in the discovery and development of antibody therapeutics for the treatment of cancer. Since its founding in 1999 and with headquarters in Copenhagen, Genmab has built a robust research platform focused on harnessing novel antibody engineering technologies to create next-generation therapies. The company’s work centers on identifying targets in hematologic malignancies and solid tumors, advancing its proprietary molecules from early discovery through clinical development.
Genmab’s portfolio includes products developed in collaboration with leading global pharmaceutical partners. Its most notable marketed therapies include daratumumab (commercialized as Darzalex®) for multiple myeloma, developed with Johnson & Johnson, and isatuximab (Sarclisa®) for relapsed or refractory multiple myeloma, in partnership with Sanofi. In addition to these approved treatments, Genmab is advancing a pipeline of bispecific and multispecific antibody candidates designed to engage the immune system in novel ways, including its DuoBody® and HexaBody® platforms.
Beyond its core product assets, Genmab maintains strategic alliances across North America, Europe and Asia, leveraging the commercial reach of its partners to bring therapies to patients worldwide. The company operates research facilities in Copenhagen and Utrecht, along with offices in Princeton, New Jersey, to support clinical and regulatory activities in the United States. Genmab’s leadership team, led by President and Chief Executive Officer Jan van de Winkel, PhD, comprises seasoned executives and scientific experts committed to driving innovation in immuno-oncology.
With a focus on sustainable growth, Genmab continues to expand its pipeline and explore new antibody formats aimed at improving response rates and durability of remission for cancer patients. The company’s ongoing clinical trials span multiple tumor types and combination regimens, underscoring its mission to translate cutting-edge antibody science into transformative cancer therapies.
