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studies. Ideal Candidate Qualifications: PhD in Biomedical Science, Immunology, Regenerative Medicine, Biology of Aging, or a related field. Experience in stem cell-derived sphere cultures in the 3D matrix
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or interest in decision analysis, population matrix modeling, and population viability analyses. This work is a collaboration among the U.S. Geological Survey (USGS) Massachusetts Cooperative Fish & Wildlife
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mechanotransduction, aiming to understand how the regulation of mRNAs influences cell behavior in response to extracellular matrix and blood flow-induced hemodynamics. Ultimately, our goal is to uncover how mRNA can
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environment and matrixed organization. Please email samah.fodeh@yale.edu if interested. Yale is an affirmative action/equal opportunity employer. Yale values diversity among its students, faculty and staff and
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through metal matrix composites (MMCs) or metal matrix nanocomposites (MMNCs). • Experience with generative design, NDE inspection of AM production. • Strong written communication, especially as it relates
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inhibit adipogenesis, while bone morphogenetic protein (BMP)-like signaling promotes adipogenesis. Recently we discovered that both VAT PCs, APCs and FAPs express high levels of the extracellular matrix
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regulatory mechanisms in mechanotransduction, aiming to understand how the regulation of mRNAs influences cell behavior in response to extracellular matrix and blood flow-induced hemodynamics. Ultimately, our
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Collaborative and also able to work independently in line with project goals Excellent written and oral communication skills in English Ability to work effectively in matrix management context and adapt