Genentech discovers, develops, manufactures and commercializes treatments for patients with serious and life-threatening medical conditions. Backed by North Carolina Biotechnology Center.
About the role
Lead innovative research projects focused on understanding cellular and molecular mechanisms of T cell biology and immunoregulatory pathways. Drive pipeline programs from discovery toward early clinical development by generating robust proof-of-concept data.
What they're looking for
- You hold a PhD in Immunology, Molecular Biology, Biochemistry, or a related field with a strong track record of research achievement in the form of high-quality publications
- You possess hands-on expertise in cellular and molecular immunology techniques, including primary cell isolation, multi-dimensional flow cytometry, in vitro immunological assays, and in vivo animal models
- You have experience independently designing, executing, and interpreting complex scientific experiments
- You bring strong communication and collaborative skills, thriving in an open, team-oriented laboratory environment
- You are curious, open-minded, and passionate about advancing science to uncover novel biological mechanisms
More about this role
The Hanna Lab in the Department of Immunology at Genentech is seeking a highly talented, driven and motivated Scientist 3 to investigate novel biological mechanisms and potential therapeutic targets to treat inflammatory diseases. The successful candidate will lead projects that advance our understanding of the cellular and molecular mechanisms of T cell biology, with a main emphasis on harnessing immunoregulatory mechanisms for reestablishing immune and tissue homeostasis under inflammatory conditions.
Lead innovative research projects focused on understanding cellular and molecular mechanisms of T cell biology and immunoregulatory pathways.
Drive pipeline programs from discovery toward early clinical development by generating robust proof-of-concept data.
Design and execute experiments using state-of-the-art technologies, including primary cell isolation, multi-dimensional flow cytometry, and complex disease models.
Explore novel biological pathways to identify and validate new therapeutic targets for inflammatory diseases.
Collaborate cross-functionally with team members across human genetics, biomarker discovery, and early clinical development.
Present research findings...
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