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Dr. Leili Rouhani
Academic researcher in Stem Cell Engineering and Regenerative Medicine, affiliated with MIT (Boston) in a bioengineering context.
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About
A professional academic profile and central hub for research themes, selected publications, and contact details.
Dr. Leili Rouhani is a researcher in Stem Cell Engineering and Regenerative Medicine, with a focus on engineering cell fate and tissue function using quantitative bioengineering approaches. Her work integrates stem cell biology, biomaterials, and translational design to develop robust model systems and therapeutic strategies. This website will serve as an official reference point for academic record, collaborations, and public-facing research summaries.
Profile summary
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EducationPh.D. in Bioengineering (placeholder); M.S./B.S. in related biomedical discipline (placeholder)
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Current roleResearcher at MIT (Boston), collaborating across bioengineering and regenerative medicine initiatives
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Core expertiseStem cell platforms, biomaterials, organoid systems, quantitative assays, translational bioengineering
Research approach
- Mechanistic and quantitative framing of cell-state transitions
- Design of reproducible experimental platforms and benchmarks
- Model-to-translation pathway planning (preclinical relevance)
- Collaborative, interdisciplinary development and validation
Research
Selected themes reflecting ongoing and prior work in stem cell engineering and regenerative medicine.
Stem cell engineering
Engineering controllable microenvironments and cues to guide cell fate, maturation, and functional stability.
Biomaterials & matrices
Designing material interfaces that support reproducible cell behavior and enable quantitative perturbation studies.
Organoid and tissue models
Building organoid and engineered tissue systems to study development, disease mechanisms, and functional readouts.
Regenerative therapeutics
Translational strategies for repair and regeneration, focusing on safety, efficacy, and deployable workflows.
Quantitative bioengineering
Data-driven experimental design and analysis to improve reproducibility and interpretability across platforms.
Publications (Selected)
Representative entries are provided during maintenance.
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20252025 — Placeholder Journal of Bioengineering
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20242024 — Nature (placeholder)
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20232023 — Springer Series in Regenerative Medicine (placeholder)
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20222022 — Translational Bioengineering Reports (placeholder)
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20212021 — Journal of Regenerative Systems (placeholder)
Full list will be available upon launch.
Contact
For collaboration inquiries, speaking invitations, or academic correspondence.
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