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following infection-induced lung injury. The project investigates distinct host-pathogen interactions as the framework for understanding complications and persistence of severe infection-induced acute lung
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addition, there is a “rules of life” research focus that spans physics, chemistry, and biology, fostering further interdisciplinary collaboration. There is also potential to collaborate and interact with
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mucosal immunology. The immediate projects include investigation of how environmental factors (such as diet) modulate gut innate and adaptive immunity, host-microbial interactions, and mechanistic
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the UW and IIASA teams as an academic leader, providing support and structure through coordination of meetings, agenda setting, note taking, and dissemination for productive intellectual engagement
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housed on a floor with several other laboratories that study virus-host interactions. We have ongoing collaborations with labs in many other departments in the University including Molecular Microbiology
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vitro and in vivo experimental plans to study TME-tumor cell interactions. Development of functional genomics approaches to identify genetic dependencies in tumor and non-tumor cells. Development of ex
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mechanisms of intrinsically structured brain activity. Manages their own project, preparing and submitting research. Assists in the design of research experiments. Maintains conformity with ethical standards
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). Additionally, we aim to define how malignant and non-malignant cells interact within the tumor microenvironment to drive disease biology and therapeutic resistance. Regarding this, our prior work identified
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for this position. Work Experience: No specific work experience is required for this position. Skills: Analytical Tools, Interpersonal Interactions, Organizational Leadership, Quantitative Abilities, Researching