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Field
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Associate to join a collaborative research program investigating the endocrine-disrupting potential of plastic additives. This position offers a unique opportunity to conduct rigorous pharmacological and
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relevant to neuroinflammation and neural plasticity. Conduct advanced, multi-disciplinary research in neuroscience under the direction of the principal investigator, Dr. Qiu. Develop, design, and conduct
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. The PDRA will develop a large-scale process for photoreforming chemistry, which uses solar energy to upcycle plastic waste into fuels and valuable chemicals. The PDRA will oversee the assembly
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two years. Starting date is October 1, 2026, or until the position is filled. The Position The successful candidate will join the research project, Mechanisms and Sequential Progression of Plasticity
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cellulose. In the context of replacing plastic materials and leveraging biomass as a renewable resource, the goal is to develop green chemistry pathways for modifying cellulose—the primary component of
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.; Activation of a bacterial immunity protein via supramolecular assembly with multiple phage triggers, Nature (2026). 2. Iqbal, N.; Keller, S.; Ghanbarpour, A. Structural plasticity of the membrane-bound protein
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and mixed plastic waste, leading to large volumes being incinerated or landfilled. Solvent based recycling offers a promising route to produce high-quality recyclates, but current implementations rely
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materials engineering, plastics and metals present complementary strengths and challenges. Metals offer strength, conductivity, and wear resistance while polymers enable complex geometries and lightweight
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patch clamp electrophysiology recording in mouse brain slices; Molecular and cellular assays relevant to neuroinflammation and neural plasticity. Conduct advanced, multi-disciplinary research in
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that are aimed at better understanding how neuronal plasticity alters the way the brain receives nociceptive information from the sensory system and how this relates to chronic pain. The project focuses on RNA