22 evolution "https:" "https:" "https:" "CMU Portugal Program FCT" Postdoctoral positions at University of Miami
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from the nucleus - Drug discovery and development for antiviral or anticancer therapies This position is ideal for an individual with a strong interest in basic mechanistic discovery and translation
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Development in Translational Behavioral and Cardio-Metabolic Research (PINNACLE) is an NHLBI-funded career advancing opportunity at the University of Miami, Miller School of Medicine. It is a learning community
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to lead the development and implementation of Mass Spectrometry applications for translational and clinical research. The postdoc will partner with principal investigators and an outstanding clinical
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the contribution of epigenetic modifications and chromatin changes to the development of these diseases and aims at identifying novel therapeutic targets and novel approaches to making cancer cells more responsive
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. Transposable elements constitute approximately half of mammalian genomes and have emerged as central players in cancer biology, immune regulation, and therapeutic development. Their repetitive nature creates a
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innovations can reduce health disparities and expand access to care. Assist with the development of community-driven evaluation strategies that reflect equity-focused outcomes. Collaborate with local
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systems, offering solutions and analyses to support strategic and tactical decision-making. · Mentors graduate students to support their academic and research development. · Complies with University and
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evidence of productivity and impact. Grant Writing and Project Development Assist in the identification and pursuit of external funding sources. Author and/or co-author research proposals and grant
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advance their knowledge and/or be documented by scientific publications. Primary Duties and Responsibilities: • Works and collaborates on studies related to field of study. • Ensures the design, development
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to cancer. The lab also has strong interests in developing novel (i.e. new classes of) therapeutic modalities to address the evolution of resistance. The Weinberger lab employs a variety of molecular