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generated a wealth of data from these and other patients that revealed mechanisms of resistance to CAR T cell immunotherapies (Good et al. Nat Med 2022; In Preparation). We now seek to model suppression
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, and traumatic brain injury patients. Building on a long history of transplanting hiPSC-derived cells to promote neural repair in pre-clinical models, this newly funded research program aims to develop
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thymic tissues to develop a robust in vitro and in vivo developmental model of thymic development. This model can now be applied to differentiating iPSCs into regenerative thymic tissues for clinical
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human samples collected by our clinical colleagues from patients, mouse models, primary explants, and organoid cultures. Our group collaborates with multiple departments at Stanford and beyond
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adolescents. The training will (1) integrate the biopsychosocial model of pain, (2) use a team science approach through partnerships with psychiatry, pediatrics, gynecology/obstetrics, and biomedical data
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cell-derived embryo models would be desirable. Experience with advanced imaging techniques. Experience with single-cell transcriptomics. Familiarity with multi-omics techniques, spatial analysis
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theoretical modeling, remote imaging, and direct observation. Our research has both fundamental and applied elements. The successful candidate will demonstrate exceptional academic achievement and promise, and
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(community interventions, community-based participatory research, meta-analysis and bias in research, RCT methods, causal interference, mathematical modeling, and econometrics) Policy research related
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experiences. The Fletcher Lab at Stanford University uses computational systems modeling to advance resilient and equitable water resources management for an uncertain future. Current research topics in the lab
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include 2 photon calcium imaging, retinal electrophysiology, rodent microsurgery and animal models of glaucoma and other ocular diseases. The postdoctoral fellow will be joining a young lab with exciting