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Start Over Area of Honors Biomedical Engineering Keyword Nanofibers

1. THE ROLE OF MECHANICALLY GATED ION CHANNELS IN REGULATING THE RESPONSE OF MESENCHYMAL STEM CELLS TO NANOFIBER ARCHITECTURE

open_access
Open Access
Author:
Wandling, Grant Donald
Title:
THE ROLE OF MECHANICALLY GATED ION CHANNELS IN REGULATING THE RESPONSE OF MESENCHYMAL STEM CELLS TO NANOFIBER ARCHITECTURE
Area of Honors:
Biomedical Engineering
Keywords:
Nanofibers
TREK-1
hMSCs
osteoblasts
File:
Download Thesis.pdf
Thesis Supervisors:
Dr. Justin Lee Brown, Thesis Supervisor
Dr. William O Hancock, Thesis Honors Advisor

2. The Effect of Nanofiber Size and Orientation on Human Mesenchymal Stem Cell Nuclear Lamina Composition

open_access
Open Access
Author:
Riggio, Abby
Title:
The Effect of Nanofiber Size and Orientation on Human Mesenchymal Stem Cell Nuclear Lamina Composition
Area of Honors:
Biomedical Engineering
Keywords:
hMSCs
Nuclear Lamina
Phosphorylation
Stem Cell Engineering
PMMA
Nanofibers
File:
Download RiggioThesisFinal.pdf
Thesis Supervisors:
Justin Lee Brown, Thesis Supervisor
Justin Lee Brown, Thesis Honors Advisor
Daniel J Hayes, Faculty Reader

3. Developing A Wound-Assay for Modeling Collective Cell Migration In Vitro

open_access
Open Access
Author:
Narayanamangalam, Aryath
Title:
Developing A Wound-Assay for Modeling Collective Cell Migration In Vitro
Area of Honors:
Biomedical Engineering
Keywords:
Collective Cell Migration
Wound Healing
Wound Assay
Scratch Assay
Nanofibers
Biomaterials
Cell Migration
Cancer Metastasis
Electrospinning
Stereolithography
3D Printing
File:
Download Developing_A_Wound-Assay_for_Modeling_Collective_Cell_Migration_In-Vitro_FINAL.pdf
Thesis Supervisors:
Justin Lee Brown, Thesis Supervisor
Justin Lee Brown, Thesis Honors Advisor
Pak Kin Wong, Faculty Reader