57 algorithm-development-"Newcastle-University"-"Newcastle-University" Postdoctoral positions at Stony Brook University in United States
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Postdoctoral Scholar, named in honor of Dr. Meave Leakey’s extraordinary contributions to the understanding of human and primate evolution in the Turkana Basin, will join the SHaPE (Studies in Human and Primate
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, 2026. Research focus on developing optical platforms for metabolic characterization of disease models. Preferred Qualification: Experience in primary cell isolation and culture, 3D organoid culture
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, 2026. Research focus on developing optical platforms for metabolic characterization of disease models. Preferred Qualification: Experience in primary cell isolation and culture, 3D organoid culture
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Postdoctoral Scholar, named in honor of Dr. Meave Leakey’s extraordinary contributions to the understanding of human and primate evolution in the Turkana Basin, will join the SHaPE (Studies in Human and Primate
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. The position will be based in Dr. Xu’s laboratory at BNL, which focuses on developing a fundamental understanding of the biochemical processes that underlie the conversion of photosynthetically fixed carbon
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. The position will be based in Dr. Xu’s laboratory at BNL, which focuses on developing a fundamental understanding of the biochemical processes that underlie the conversion of photosynthetically fixed carbon
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intelligence, AI-based data analysis, transcriptomics, proteomics, genomics or spatial omics. Interdisciplinary background or interest. A focus on Wet Lab research development. Candidates with experience
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intelligence, AI-based data analysis, transcriptomics, proteomics, genomics or spatial omics. Interdisciplinary background or interest. A focus on Wet Lab research development. Candidates with experience
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neurological conditions. The Postdoctoral Associates primarily will be responsible for developing human clinical research protocols and preparing applications for IRB, RDRC, or IND, collecting PET and/or MRI
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study the hematopoietic microenvironment niche, clonal competition, and cardiovascular pathology in MPNs. The ultimate goal of our research is to develop more effective therapies for patients with MPNs