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. This project combines basic wet-lab bench research and animal (murine) studies. The Spin lab also works in direct collaboration with the lab of Dr. Philip Tsao (Stanford Professor). This position is full-time
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expected to continue the Lab’s ongoing research projects in one or more of the following areas: Glaucoma Neuroimaging and Neuroprotection in Humans and Experimental Animal Models; The Neural Basis of Sensory
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a bacterial sialidase, which cleaves sialic acid from the cancer glycoproteins, eliminating Siglec-mediated immune suppression, and activating immune attack. The position is fully funded. Interested
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expertise in Neuropixels or other large-scale in vivo electrophysiology techniques. An expert neural data analyst may be considered even with minimal animal experience. Required Application Materials: Cover
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substitution in the EGFRvIII peptide significantly increases survival in an animal model of glioblastoma by enhancing proteasomal processing. We also developed robust methods to detect a new class of non
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surface cancer proteins (e.g. PSMA, CA9) and a bacterial sialidase, which cleaves sialic acid from the cancer glycoproteins, eliminating Siglec-mediated immune suppression, and activating immune attack
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advancing preclinical research in ultra-high dose rate radiotherapy (FLASH RT). This position offers a unique opportunity to contribute to cutting-edge research using electron beam FLASH RT in small animal
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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
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-specific mechanisms underlying vascular diseases, ultimately to inform new treatment and prevention strategies. Other opportunities include use of animal model of disease to dissect the mechanism
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. The project provides a unique opportunity to use clinically relevant animal models, transgenic mice, in vitro and ex vivo cultures, live cell and tissue imaging, single cell technologies, and bioinformatic