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cognitive outcomes. Focusing on the dentate gyrus, a key hippocampal region for memory and life-long neurogenesis, we’re investigating how stress during adolescence shapes cognitive ageing. Using mouse models
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- to capture rich morphological “fingerprints” of drug responses in 3D tumouroids, going far beyond simple viability readouts. Integrate viability metrics, high-content imaging features, and exome sequencing
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system in developmental biology, and the shark embryo, an emerging model from the cartilaginous fishes. Sharks display diverse scale morphologies across their body, providing an opportunity to investigate
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of therapeutics for heavy menstrual bleeding (HMB). We will be developing a human Organ Chip model of HMB and use it to identify causal factors, as well as discover new non-hormonal HMB therapeutics using multi
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the following table(s) for the current salary scale(s) for this position https://www.ucop.edu/academic-personnel-programs/_files/2025-26/represented-july-2025-scales/t37-b.pdf . A reasonable full-time
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-line representatives (non-avian theropods) Collection and documentation of morphological, embryological, and ecological data Application and adaptation of various scientific/statistical methods (e.g
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. Task 2: Develop and fabricate biodegradable 3D-printed scaffolds incorporating the optimised peptide-based nanoparticles using an integrated one-step printing approach; assess scaffold morphology
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morphometric analyses of heart and ECM morphology during embryonic development. PLoS Biology, 23(1), e3002995. https://doi.org/10.1371/journal.pbio.3002995 Tanya Whitfield: https://www.sheffield.ac.uk
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materials using stereolithographic 3D printing; c) Characterization of the synthesized materials through various techniques, including determination of textural properties, surface chemistry, and morphology
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Posting Details Position Information Job Title Postdoctoral Scholar Position Number PDS-ENGR-08-25 Vacancy Open to All Candidates Department AAH CET Engineering Department Homepage https