Sort by
Refine Your Search
-
investigating stromal cell biology in autoimmune disease, developing and implementing innovative experimental approaches, collaborating with team members and other research groups, contributing to grant proposals
-
interactions with GPCR IDRs across the broader GPCR superfamily. Within this collaborative framework, the postdoc will have the intellectual freedom and support to shape their own research direction leveraging
-
an independent line of inquiry that advances the program’s research agenda. Our group strives to create an inclusive, supportive, and collaborative space for researchers who share scholarly interests and apply
-
models, contribute to grant proposals, proactively identify and collaborate with multidisciplinary investigators, and contribute to the mentorship and training of more junior leaners. Required
-
, deep learning, fNIRS, eyetracking). The postdoc will primarily be mentored by Meg Cychosz (Linguistics), but will have ample opportunity and flexibility to establish collaborations with other groups and
-
immunology, T cell immunotherapy, and cytokine biology. This position offers the opportunity to pursue independent and collaborative research integrating classical immunology with cell and protein engineering
-
future therapeutic strategies. The Opportunity This role is designed for a postdoc seeking increased scientific independence, leadership responsibility, and strong mentorship within a collaborative
-
brings together a global, multidisciplinary network of collaborators and is grounded in a clear mandate: to generate high-quality evidence and build research capacity to meaningfully improve care for
-
global collaborators, with deployment opportunities ranging from agricultural landscapes in California to tropical wetland ecosystems in Brazil and Indonesia. The ideal candidate has strong data analysis
-
, analyze and interpret data, prepare manuscripts, present research, and contribute to collaborative projects within the lab and across Stanford. Research Environment The Cegelski Lab is highly