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these new class of RNA-based drugs to cells in lungs and kidneys. The candidate will lead the work on developing and evaluation of novel biomaterials and nanocarriers. Successful candidates will work in a
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imaging (e.g., optical, X-rayCT, photoacoustic imaging) of biomaterials and biomaterials-modulated processes, biomaterials transcriptomics (e.g., single-cell RNA sequencing), biomaterials innovation
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approaches: viral vectors for gene therapy, bioengineering for biomaterials or regenerative medicine approaches, and the biology/bioengineering interface for alpha-therapy using vectorized internal
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interest lies at the interface of RNA/DNA/protein chemistry and engineering, immunology, and applied chemistry and biomaterials. Our current focus is to develop nucleic acid immunotherapeutic/vaccines and
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researcher to develop research in the field of biomaterials for cell and tissue engineering, developing tools to understand mechanobiology that incorporate advanced microscopy, genetic engineering of organisms
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. Seeking highly motivated individuals with a strong interest in leveraging synthetic and living biomaterials to develop novel biopharmaceutical formations for better human healthcare. Experience in one
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reprogramming of fibroblasts into cardiomyocytes for heart regeneration; and explore novel strategies combining optimal cardiovascular cell types and bioengineering/biomaterials for heart cell therapy. May write
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analysis (e.g., single cell RNA-seq), quantitative cell biology, signaling and metabolic engineering, mechanotransduction, and/or membrane transporters. Regenerative medicine and biomaterials
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analysis (e.g., single cell RNA-seq), quantitative cell biology, signaling and metabolic engineering, mechanotransduction, and/or membrane transporters. Regenerative medicine and biomaterials
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of Engineering. Appointments will be made on a 1-year contract basis in the first instance, with the possibility of extension. Purpose of the post The PI lab aims to develop nucleic acids nanobiotechnology for RNA