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Start Over Graduate Program Chemistry Committee Member Andrew Ewing

1. ASSESSING GENE, ENVIRONMENT, AND GENE × ENVIRONMENT EFFECTS ON ANXIETY-RELATED AND LEARNING BEHAVIORS IN MOUSE MODELS

open_access
Open Access
Author:
Bressler, Amanda Jean
Title:
ASSESSING GENE, ENVIRONMENT, AND GENE × ENVIRONMENT EFFECTS ON ANXIETY-RELATED AND LEARNING BEHAVIORS IN MOUSE MODELS
Graduate Program:
Chemistry
Keywords:
learning
brain-derived neurotrophic factor
serotonin transporter
anxiety
mouse model
stress
File:
Download AJBressler_PhDDissertation_28Nov2011.pdf
Committee Members:
Anne Milasincic Andrews, Dissertation Advisor/Co-Advisor
Anne Milasincic Andrews, Committee Chair/Co-Chair
Christine Dolan Keating, Committee Chair/Co-Chair
Andrew Ewing, Committee Member
Byron C Jones, Committee Member
David John Vandenbergh, Committee Member

2. Nanoparticles as Tools for Directing and Observing Protein Motors

open_access
Open Access
Author:
Hutchins, Benjamin Mitchell
Title:
Nanoparticles as Tools for Directing and Observing Protein Motors
Graduate Program:
Chemistry
Keywords:
chemical education
nanotechnology
magnetic nanoparticles
protein motors
quantum dots
File:
Download ThesisMaster.pdf
Committee Members:
Elizabeth J Williams, Committee Chair/Co-Chair
Professor Christine D Keating, Committee Member
Andrew Ewing, Committee Member
William O Hancock, Committee Member

4. Investigations of Phopholipid Membrane Properties Using An Artificial Cell Model for Exocytosis and Membrane Disruption

open_access
Open Access
Author:
Eves, Daniel Jacob
Title:
Investigations of Phopholipid Membrane Properties Using An Artificial Cell Model for Exocytosis and Membrane Disruption
Graduate Program:
Chemistry
Keywords:
phospholipids
electrochemistry
fluorescence
liposomes
exocytosis
File:
Download Daniel_Eves_dissertation.pdf
Committee Members:
Andrew Ewing, Committee Chair/Co-Chair
Christine Dolan Keating, Committee Member
Erin Elizabeth Sheets, Committee Member
Ryan S Clement, Committee Member

5. Electrochemical Cytometry: A Novel Technique to Quantitatively Probe Individual Neurosecretory and Artificial Vesicles

open_access
Open Access
Author:
Omiatek, Donna M.
Title:
Electrochemical Cytometry: A Novel Technique to Quantitatively Probe Individual Neurosecretory and Artificial Vesicles
Graduate Program:
Chemistry
Keywords:
electrochemical cytometry
exocytosis
neurotransmitter
vesicle
electrochemistry
microfluidics
capillary electrophoresis
File:
Download dmo_dissertation_final.pdf
Committee Members:
Andrew Ewing, Dissertation Advisor/Co-Advisor
Andrew Ewing, Committee Chair/Co-Chair
Christine Dolan Keating, Committee Member
Scott T Phillips, Committee Member
Michael L Heien, Committee Member
Peter J Butler, Committee Member

6. UTILIZING IN VITRO CELLULAR SYSTEMS TO PROBE THE ROLE OF NEUROCHEMICALS ANALYTICALLY

open_access
Open Access
Author:
Arcibal, Imee G
Title:
UTILIZING IN VITRO CELLULAR SYSTEMS TO PROBE THE ROLE OF NEUROCHEMICALS ANALYTICALLY
Graduate Program:
Chemistry
Keywords:
Biogenic amines
exocytosis
PC12 cells
File:
Download IGArcibal_Dissertation.pdf
Committee Members:
Andrew Ewing, Dissertation Advisor/Co-Advisor
Andrew Ewing, Committee Chair/Co-Chair
Mary Elizabeth Williams, Committee Member
Anne M Andrews, Committee Member
Erwin A Vogler, Committee Member
Michael L Heien, Committee Member

9. Biological and Artificial Model Systems to Investigate Fundamental Properties and Structures Related to Exocytosis

open_access
Open Access
Author:
Adams, Kelly
Title:
Biological and Artificial Model Systems to Investigate Fundamental Properties and Structures Related to Exocytosis
Graduate Program:
Chemistry
Keywords:
lipid nanotube
fusion pore
liposome artificial cell model
carbon fiber amperometry
exocytosis
microelectrode array
File:
Download KLA_FINAL_Thesis_3-30-2010.pdf
Committee Members:
Dr, Andrew G Ewing, Dissertation Advisor/Co-Advisor
Andrew Ewing, Committee Chair/Co-Chair
Anne M Andrews, Committee Member
Thomas E Mallouk, Committee Member
Peter J Butler, Committee Member

10. THE DETECTION AND ANALYSIS OF ‘PRESYNAPTIC’ MECHANISMS MODULATING EXOCYTOTIC NEUROTRANSMITTER RELEASE EVENTS FROM SINGLE PC12 CELLS USING AMPEROMETRY AND TRANSMISSION ELECTRON MICROSCOPY

open_access
Open Access
Author:
Sombers, Leslie A.
Title:
THE DETECTION AND ANALYSIS OF ‘PRESYNAPTIC’ MECHANISMS MODULATING EXOCYTOTIC NEUROTRANSMITTER RELEASE EVENTS FROM SINGLE PC12 CELLS USING AMPEROMETRY AND TRANSMISSION ELECTRON MICROSCOPY
Graduate Program:
Chemistry
Keywords:
Fusion pore
exocytosis
amperometry
transmission electron microscopy
PC12 cells
vesicle volume
foot
File:
Download sombers.pdf
Committee Members:
Andrew Ewing, Committee Chair/Co-Chair
Anne M Andrews, Committee Member
Christine Dolan Keating, Committee Member
Richard W Ordway, Committee Member