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postdoctoral researcher will develop and apply advanced simulation techniques, and data-driven approaches to explore complex biophysical phenomena at the cell membrane. This role provides a platform for
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Massachusetts Institute of Technology (MIT) | Cambridge, Massachusetts | United States | 2 months ago
cloning/molecular biology, protein engineering and biochemistry, mammalian cell/tissue culture, flow cytometry, next-generation sequencing, transcriptomics, and animal models of disease. This is an
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analyses from various 2D/3D cell models. He/She will produce and characterise peptides derived from the extracellular matrix. He/She will analyse the results and contribute to their application. He/she will
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, Electrical and Electronic Engineering, Chemical Engineering, Physics, or a related field, with research directly relevant to next-generation solar cell design and characterisation. Strong analytical and
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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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microbiome-associated diseases. This position centers on cell-free RNA (cfRNA) liquid biopsy, a rapidly emerging technology that reads dynamic, tissue-resolved signals of human physiology and disease from a
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environment, advancing fundamental and translational biomedical science while delivering education in anatomy, cell biology and histology, physiology, and pharmacology and pharmacy. The selected applicant will
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Massachusetts Institute of Technology | Cambridge, Massachusetts | United States | about 2 months ago
integrated biological circuits and elucidating design principles for complex cellular systems through protein phosphorylation networks and cell signaling. Will work closely with researchers, principal
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of confidential information and intellectual property. The following experience would be highly regarded: Scaling electrochemical devices from laboratory cells to larger-area devices, multi-cell stacks
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endothelial cell layer. A bioactive surface will be incorporated to enhance the interaction between the stent and surrounding tissue, improving long-term performance. The work will involve advanced material