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Rolle, Marsha Whitney
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Résultats de recherche
Development of Cell-only Vascular Tissue Models Using 3D Bioprinting
Mot-clé:
Vascular tissue engineering
,
Disease modeling
,
Cell-only bioinks
,
Stem cell differentiation
,
Cellular self-assembly
, and
3D bioprinting
Créateur:
Figueroa Milla, Andre
Advisor:
Rolle, Marsha Whitney
Éditeur:
Worcester Polytechnic Institute
date créée:
2024-04-24
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Development of 3D Human Scaffold-free Functional Vascular Tissue Models Using Cellular Self-assembly
Mot-clé:
vascular tissue engineering
,
cellular self-assembly
,
smooth muscle and endothelial cell co-culture
,
stem cell differentiation
, and
mechanical conditioning
Créateur:
DeMaria, William
Advisor:
Rolle, Marsha Whitney
Éditeur:
Worcester Polytechnic Institute
date créée:
2024-04-24
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Development of a Transparent Peptide Functionalized Bacterial Derived Cellulose Wound Dressing
Mot-clé:
Cellulose
,
Transparency
,
Antimicrobial Peptides
,
Cellulose Binding Peptides
,
Biomaterials
, and
Wound Dressing
Créateur:
van Zyl, Elizabeth
Advisor:
Coburn, Jeannine M
Éditeur:
Worcester Polytechnic Institute
date créée:
2023-08-03
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Engineered blood vessels with spatially distinct regions for disease modeling
Mot-clé:
smooth muscle
,
bioreactor
,
microsphere
,
tissue engineered blood vessel
, and
disease modeling
Créateur:
Strobel, Hannah A.
Advisor:
Rolle, Marsha Whitney
Éditeur:
Worcester Polytechnic Institute
date créée:
2018-04-24
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Streamlining Tissue Engineering Workflows: Comparing Tissue Formation Between Freshly Cultured and Directly Thawed Cells
Mot-clé:
Cells
,
Rings
,
Viability
,
Freshly Thawed
,
Tissue model
, and
Tissue Engineering
Créateur:
Santos-Heiman, Timothy
Advisor:
Rolle, Marsha Whitney
Éditeur:
Worcester Polytechnic Institute
date créée:
2023-04-26
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Biomedical Engineering
INVESTIGATING THE ROLE OF APOPTOSIS IN CALCIFICATION OF THE AORTIC VALVULAR INTERSTITIAL CELLS
Créateur:
Jebeli, Mahvash
Advisor:
Billiar, Kristen
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-12-15
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Ultrasound Computed Tomography for Imaging Tissue-Engineered Blood Vessel
Mot-clé:
Tissue-Engineered Blood Vessel
,
Ultrasound Computer Tomography Imaging
,
Imaging Techniques in Tissue Engineering
, and
Imaging Tissue Engineering
Créateur:
Jaupi, Enxhi
Advisor:
Zhang, Haichong
Éditeur:
Worcester Polytechnic Institute
date créée:
2022-04-27
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Biomedical Engineering
A Cell Spheroid Model of Calcific Aortic Valve Disease: The Role of Apoptosis and Oxidative Stress
Créateur:
Coutts, Colin
Advisor:
Billiar, Kristen
Éditeur:
Worcester Polytechnic Institute
date créée:
2021-05-21
Resource Type:
Thesis
Degree:
MS
Unit (Department):
Biomedical Engineering
Creating a Functional Cardiac Patch From Decellularized Spinach Leaves
Mot-clé:
iPS-CM
,
decellularized plant
,
tissue engineering
, and
cardiac tissue patch
Créateur:
Robbins, Emily
Advisor:
Gaudette, Glenn R.
Éditeur:
Worcester Polytechnic Institute
date créée:
2021-08-06
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
Generation and Dissemination of a Mesenchymal Stem Cell-Derived Functional Smooth Muscle Tissue
Mot-clé:
disease model
,
tissue engineering
,
mesenchymal stem cells
,
cryopreservation
, and
smooth muscle cells
Créateur:
Grosha, Jonian
Advisor:
Rolle, Marsha Whitney
Éditeur:
Worcester Polytechnic Institute
date créée:
2021-08-22
Resource Type:
Dissertation
Degree:
PhD
Unit (Department):
Biomedical Engineering
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PhD Dissertations
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Billiar, Kristen
3
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1
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3
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2
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Adams, David S.
2
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2
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Billiar, Kristen L.
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Biomedical Engineering
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Biology & Biotechnology
2
Biomedical Engineering
31
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Worcester Polytechnic Institute
35
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18
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16
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