
R&D acceleration: Amgen opens its second largest research site, with lab and office space for 650 staff
Amgen has famously been called a law firm with a biotech company attached to it. And now that biotech attachment will have significantly more room to develop and grow.
Right next to Genentech’s 1 DNA Way in south San Francisco, Amgen on Thursday opened the doors to a new 245,000-square-foot building that will be filled with about 650 staff working to discover drugs to treat cancer, inflammatory diseases and cardiometabolic disorders.
Construction on the nine-story facility, which is right on the marina at Oyster Point, began in 2019 and was initially expected to open in early 2022. Now the space will offer a number of perks to attract top talent, like different dining options, a health club and outdoor recreation areas.

“This new state-of-the-art facility further demonstrates our commitment to discovering and developing treatments for some of the world’s most serious and widespread diseases,” Amgen chairman and CEO Robert Bradway said in a statement.
Since announcing its decision to pull out of neuroscience R&D in 2019, Amgen has consolidated its US-based research to South San Francisco and Thousand Oaks, where it’s headquartered. But in addition to the 149 jobs they axed in Cambridge — where the neuroscience team was largely based — Amgen also laid off 172 staffers nationwide in 2019 as part of an effort to cut operations, R&D and field-based commercial positions.
More recently in the Bay Area, Amgen is paying $4 billion for ChemoCentryx, a San Carlos-based biotech focused on orally administered therapeutics to treat autoimmune diseases, inflammatory disorders and cancer. That deal is expected to close this quarter.
In addition to Genentech, AbbVie also has built new space at Oyster Point in recent years, near a few of its partners like Calico, CytomX and Alector.
In addition to the opening of its site, Amgen this week also scored a new $290 million supply deal with the US government for its drug for use in radiological and nuclear emergencies.