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The U.S. life science market is made up of thriving hotspots, each distinguished by different specialities, infrastructure, funding programmes, and initiatives. The fact that the industry contributed $3.4 trillion to the US economy in 2024, representing about 13.5% of GDP, shows the immense scale and importance of the sector.
Regions such as Boston, San Diego, and the San Francisco Bay Area lead groundbreaking research in their unique areas of expertise to collectively shape the future of the industry.
In this article, we explore eight leading U.S. life science hotspots and insights into life sciences recruitment strategies for attracting senior talent.
Explore our life science case studies to discover how CSG Talent helps organisations secure skilled professionals and how talent plays a key role in medical advancements.
The Boston life sciences market is supported by world-class academic institutions like Harvard, MIT, Tufts, and Boston University, which all provide leading research and skilled talent to drive innovation. In neighbouring Cambridge, Kendall Square has earned the nickname “the most innovative square mile on the planet” due to it hosting many leading biotech companies, including Moderna and Biogen.
Massachusetts-based companies received $7.89 billion in VC funding in 2024, an increase of $220 million compared to 2023. The Massachusetts state government further contributes to growth with targeted initiatives, tax incentives, and investments in infrastructure and workforce development. As a leader in biologic drugs, vaccines, and advanced therapies, Greater Boston leads in cell and gene therapy breakthroughs, earning the nickname “Cellicon Valley”.
For example, Arena BioWorks in Cambridge launched with $500 million in private funding to accelerate therapeutic development, and MOMA Therapeutics secured a partnership with Roche potentially worth over $2 billion to develop precision oncology treatments targeting molecular machines.
The San Francisco Bay Area life science market dates back to the founding of Genentech in 1976, with the region considered the birthplace of modern biotechnology. The University of California, San Francisco (UCSF) also contributes to this as it consistently secures significant NIH funding and drives breakthroughs across oncology, neurology, and infectious diseases. Venture capital remains key for Bay Area biotech and medtech startups, with the region consistently attracting huge investments, second only to Boston.
The Bay Area’s proximity to Silicon Valley’s tech giants creates a unique combination of AI, data analytics, and software expertise within life science. AI-driven drug discovery is therefore a major focus, with companies using the technology to accelerate target identification and reduce time-to-market. For example, Gilead Sciences is on the verge of achieving FDA approval for lenacapavir, which is a twice-yearly injection for HIV prevention that could transform treatment strategies.
Explore the trends, insights, and expertise shaping the future of talent acquisition across some of America’s key industries in our industry showdown.
San Diego’s life science innovation stems from research institutions founded in the 1950s and 60s, with UC San Diego (UCSD) being the main contributor. The Salk Institute for Biological Studies is also famous for major discoveries in neuroscience, immunology, and cancer biology. Adding to these strong research centres is Scripps Research, which is an independent, non-profit organisation whose drug discovery efforts have paved the way for many innovation startups.
Early successes such as Hybritech (later acquired by Eli Lilly) created a group of executive talent who have gone on to launch many new startups. While San Diego's life sciences sector might not get as much venture capital funding as Boston or the Bay Area, it consistently attracts funding that allows these startups to scale and grow.
Genomics is where the San Diego region truly excels, with Illumina, a global leader in DNA sequencing, and significant operations for Thermo Fisher Scientific both located there. This has made the city a hub for genetic research, personalised medicine, and new diagnostic tools. Plus, San Diego's proximity to Tijuana and its medical device manufacturing industry helps reduce costs and create strong partnerships, further improving the region's competitive edge in life sciences manufacturing.
The North Carolina Triangle, made up of Duke University, UNC Chapel Hill, and NC State, provides skilled talent and research innovation for organisations in the region. Research Triangle Park has been recognised as the birthplace of the CRO industry since the founding of Quintiles (now IQVIA) and now hosts the world’s largest concentration of CROs.
The state has strategically invested in biopharmaceuticals to support large-scale production of complex biologics, vaccines, and advanced therapies. The North Carolina Biotechnology Center accelerates economic growth through grants and resources, while the region’s lower operating costs and competitive tax rates attract major life sciences companies.
The BioHealth Capital Region (BHCR), covering Maryland, Virginia, and Washington D.C., is emerging as a U.S. life sciences hub. Several federal institutions support the industry, including:
National Institutes of Health (NIH)
Food and Drug Administration (FDA)
Walter Reed National Military Medical Center
National Institute of Standards and Technology (NIST)
Centers for Medicare & Medicaid Services (CMS)
The region aims to rank among the nation’s top three life science clusters, driving collaboration and investment across academia, industry, and government. By leveraging its high quality of life and proximity to key policymakers, the BHCR is well-positioned to attract and retain top life science professionals.
Philadelphia stands out as a U.S. life sciences hub due to it being celebrated as the birthplace of modern cell and gene therapy. It has a deep history in the industry, including establishing the nation’s first hospital and the groundbreaking discovery of the Philadelphia Chromosome. Today, it's centred around the University of Pennsylvania (Penn Medicine), home to Kymriah, the first FDA-approved CAR-T cell therapy. Philadelphia-based Spark Therapeutics also developed Luxturna, the first FDA-approved gene therapy for inherited disease.
Innovation ecosystems like the University City Science Center, Pennovation Works, and the Philadelphia Navy Yard offer world-class lab space and accelerators that attract both startups and established firms. Strategically located between New York City and Washington D.C., Philadelphia is well connected to major markets and life science clusters, making it an ideal destination for talent, investment, and research.
Seattle’s life science cluster benefits from a mix of biotechnology, big tech, and global health expertise. The University of Washington’s CoMotion Labs and Institute for Protein Design drive innovation, and the Fred Hutchinson Cancer is a leader in cancer research and bone marrow transplants, meaning the region consistently secures significant NIH funding.
What makes Seattle unique is its integration with technology, with the proximity of Microsoft and Amazon fuelling AI, cloud computing, and data analytics applications in digital health. Seattle has also emerged as a hub for advanced immunotherapies, particularly CAR-T cell treatments and gene-editing platforms.
New York City has quickly risen as a life science hub by leveraging its strong financial capital, network of world-class academic medical centres, and diverse talent pool. Venture capital, private equity, and public market financing fuel both early-stage biotech startups and established firms.
Recent public and private investments, including the over $1 billion LifeSci NYC initiative, have expanded modern wet-lab space, incubators, and innovation hubs across multiple areas to tackle previous infrastructure challenges. NYC’s unmatched healthcare delivery infrastructure, made up of over 50 hospitals and hundreds of clinics, also offers a vast patient population for clinical trials and the testing of new therapies.
Effective life sciences recruitment requires a strategic approach to talent acquisition, no matter which U.S. hotspot your organisation is based in. As demand for biotech jobs and biopharma talent increases, organisations require skilled professionals in areas such as cell and gene therapy, immuno-oncology, and clinical research roles. Roles such as bioprocess engineers, bioinformatics scientists, and clinical operations managers are in short supply and high demand.
At CSG Talent, our life sciences recruitment experts use their deep industry expertise and extensive network to connect industry leaders with senior leaders and specialists. Whether you’re scaling a startup or strengthening an established biopharma team, our tailored recruitment services and consultative approach make us trusted life science talent acquisition partners.
Contact CSG Talent for support attracting and hiring senior life science talent capable of driving innovation and growth.