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related dementias. Project Overview Leveraging newly developed brain organoid models, this project will: Utilize human iPSC lines from AD patients to develop multiple tiered brain organoid models
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an NIH-funded project aimed at elucidating the neuroendocrine mechanisms regulating aggression in a rodent model. The successful applicant will join a vibrant lab group using advanced experimental
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changes in microgravity conditions. d. Ability to perform cell culture and tissue models such as 3D tissue models and microfluidic systems to simulate microgravity. e. Understanding and experience with
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candidate will use ice-flow modeling and ice-penetrating radar to investigate the dynamics of the ice sheets. The candidate will have the flexibility to help determine the project’s objectives, methods, and
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models. Indianapolis is the capital and most populous city in the State of Indiana. It is growing economically thanks to a strong corporate base anchored by the life sciences. Indiana is home to one
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Interest in analyzing biomedical/clinical/genomics datasets using computational approaches such as longitudinal analysis, mixed-effect modeling, regression, and AI/machine learning in large-scale electronic
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proteomic techniques as well as human stem cell models. The candidate must be comfortable with advanced molecular biology techniques and bioinformatics. We are seeking a self-directed, self-motivated, curious
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and green infrastructure in fostering climate resilience for Midwest ecosystems. Phase one of this project will yield a model based on multiple urbanized systems that will form the backbone of a “best