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Field
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validate innovative electroactive biomaterials and bioelectronic devices that promote cardiac regeneration by combining tissue engineering, biomaterials, stem cell biology and bioelectronics. Working closely
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using a novel 3D bioprinted human skin model to study tumour–microenvironment interactions. By combining tissue engineering and cancer biology, the project contributes to a deeper mechanistic
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of Technology of Compiègne within the BMBI laboratory (CNRS UMR 7338) and, more specifically, within the BioFab research area, whose objectives are to contribute fundamental knowledge to tissue engineering and to
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-negative pathogens (Klebsiella pneumoniae, Acinetobacter baumannii, Pseudomonas aeruginosa). The project will combine single-cell/single-bacterium imaging approaches with the lab's tissue-engineered
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device engineering at the London Centre for Nanotechnology with quantitative cell and tissue biology at King's Guy's Campus. The successful candidate will join a multidisciplinary environment spanning
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Max Planck Institute of Molecular Cell Biology and Genetics, Dresden | Dresden, Sachsen | Germany | 22 days ago
Job Code: 2026-Postdoc-Epigenetics-1110 Job Offer from August 18, 2026 The research group of Meritxell Huch investigates the mechanisms governing adult tissue maintenance, regeneration and repair
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the mechanisms of constructive remodeling of tissue engineered constructs by delineating how host tissue microenvironments interact, populate, and integrate into scaffold environments in vivo. Our group synergizes
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Candidates must have, or be close to completing a PhD, in bioelectronics, biophysics, tissue engineering, biomedical engineering, mechanobiology, biomaterials, cell biology, or a closely related discipline
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biologic drug development - Tissue engineering and regenerative medicine - Translational studies utilizing human and animal tissues Successful candidates will possess experience with one or more of the
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-disciplinary team. Our research sits at the cutting edge of regenerative medicine and neurobiology, utilizing state-of-the-art human induced pluripotent stem cell (hiPSC) models, 3D tissue engineering, and