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Grace is interested in contributing to regenerative medicine by studying the cell/ECM interactions in the endometrium - a highly regenerative and adaptive tissue lining the uterus. She plans to study tissue architecture, matrix deposition, and the effects of hormones to provide insight into how the endometrium regenerates. Ultimately, Grace wants to apply these findings to problems such as stunted wound healing and fibrosis.

Now

Education

Second Year Graduate Student, Bioengineering
Fontaine Fellow

2023-present | PhD student | Bioengineering, University of Pennsylvania
2017-2021 | B.Sc. | Biomedical Engineering, Boston University

Grace is interested in contributing to regenerative medicine by studying the cell/ECM interactions in the endometrium - a highly regenerative and adaptive tissue lining the uterus. She plans to study tissue architecture, matrix deposition, and the effects of hormones to provide insight into how the endometrium regenerates. Ultimately, Grace wants to apply these findings to problems such as stunted wound healing and fibrosis.

EDUCATION

2023-present | PhD student | Bioengineering, University of Pennsylvania
2017-2021 | B.Sc. | Biomedical Engineering, Boston University

Now

Second Year Graduate Student, Bioengineering
Fontaine Fellow

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Grace Hinds

Graduate Student

  • email
  • Asset 2_3x
  • Heather Giza CV 2025
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