December 11
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12:00 PM
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1:00 PM
Integrating Bioengineering and Biomarker Discovery to Advance Personalized Regenerative Medicine
Genevieve Romanowicz, PhD
K99 Fellow and post-doctoral scholar
Knight Campus for Accelerating Scientific Impact
University of Oregon
Abstract:
Dr. Romanowicz’s research bridges tissue engineering and clinical care by addressing critical questions in bone regeneration and fracture risk prediction. Her work focuses on developing advanced bone-like organoids and preclinical models to explore the immune response’s role in bone healing and fracture risk. She has also created predictive models for recurrent bone stress injuries, leveraging high-precision proteomic markers in female athletes. By integrating these experimental platforms with machine learning, Dr. Romanowicz aims to identify biomarkers and improve outcome predictions for complex injuries, including craniofacial trauma and bone stress injuries. Supported by her K99 project, her research drives personalized, translational strategies to enhance musculoskeletal health and clinical outcomes.
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