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expected to engage in research at the interface of mathematics, data analysis, and life sciences. Possible research topics include mathematical modeling of microtubule dynamics in neuronal cells, analysis
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failure dynamics, degree distributions, coupling strengths, and conditions driving first- vs. second-order failure transitions. 4) Experimental Validation: Design, fabricate, and test 3D-printed
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and a dynamic interdisciplinary team to advance research that informs clinical practice and policy. This is an excellent opportunity to deepen your expertise, publish impactful work, and prepare for a
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to advancing scientific knowledge and developing novel solutions in chemical synthesis, chemical probe development, and drug discovery. We invite highly motivated individuals to join our dynamic team as
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understand how chromatin assembles and matures during DNA replication and how chromatin dynamics influence genome stability and the repair of DNA double-strand breaks. Our research integrates genomic