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Author | Title | Subject | Date | Publication Type |
1 |
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Patharkar, Abhidnya Vijaykumar | Study of change in orientation of adventitial collagen in cerebral blood vessels during and post-axial overstretch | Mechanical engineering; Biomedical engineering; Biophysics | 2018 | thesis |
2 |
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Moran, Patrick Ryan | Characterization of the vitreoretinal interface and vitreous in the porcine eye as it changes with age | Mechanics, Porcine, Vitreous | 2012-12 | thesis |
3 |
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Converse, Matthew Israel | Trauma-Induced alterations of cerebral vessel mechanics and microstructure | | 2018 | dissertation |
4 |
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Walther, Raymond G. | Collagen mimetic peptide as a marker of mechanical damage in cerebral arteries | artery; blood vessel; collagen; damage; stroke; traumatic brain injury | 2015-08 | thesis |
5 |
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Lin, Keng-Min | Implantable devices for sensing and drug delivery in ophthalmology and reconstructive surgery | BioMEMS; Intraocular pressure sensor; Medical device; Microfluidics; Nerve conduit; Nerve regeneration | 2014-12 | dissertation |
6 |
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Nye, Kevin Scott | Age-related changes in the mechanical properties of arteries | Cerebral Artery; Development; Head Injury; Vessel Mechanics | 2015 | thesis |
7 |
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Nandikar, Sameer Sanjay | Computational characterization of vascular mechanics | Biomechanics; Mechanics; Mechanical engineering | 2017 | thesis |
8 |
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Labroo, Pratima | Conduit based drug delivery device for peripheral nerve regeneration | Bioengineering; Neurosciences; Biomedical engineering; Physiology | 2017 | dissertation |
9 |
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Saffioti, Jami Marie | Characterization of pediatric ocular material properties for implementation in finite element modeling | Biomechanics; Eye; Finite element modeling; Material properties; Ocular; Pediatrics | 2014-08 | dissertation |
10 |
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Evans, Shaun Michael | Evaluation of injury mechanisms associated with abusive head trauma | Abusive head trauma; Effect of crying; Shaken baby syndrome | 2014-12 | thesis |
11 |
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Sullivan, Jacob W. | Subfailure damage mechanics in cerebrovascular injury | Blood vessel; Damage mechanics; MCA; Mechanical properties; Subfailure; TBI | 2013-08 | thesis |
12 |
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Ho, Scott | Bioresorbable multidrug delivery conduit to promote peripheral nerve regeneration | diffusion model; drug delivery; nerve conduit; peripheral nerve regeneration; PLGA | 2016 | thesis |
13 |
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Ho, Scott | Bioresorbable multidrug delivery conduit to promote peripheral nerve regeneration | diffusion model; drug delivery; nerve conduit; peripheral nerve regeneration; PLGA | 2016 | thesis |
14 |
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Doran, Michael Bryan | A superelastic helicotome for capsulorhexis | Biomedical engineering; Mechanical engineering; Design | 2018 | thesis |
15 |
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Cavilla, Matthew Stephen | A superelastic helicotome for capsulorhexis | Capsulorhexis; cataract; design; medical device; nitinol; ophthalmology | 2016 | thesis |
16 |
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Nelson, Isaac David | Bioinspired freeze casting of iron oxide subject to uniform low strength magnetic fields | | 2019 | dissertation |
17 |
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Scott, Gregory George | Anatomy and biomechanics of the PIA-Arachnoid complex | Arachnoid; Finite elements; Magnetic resonance imaging; Meninges; Optical coherence tomography; Traumatic brain injury | 2014-08 | thesis |
18 |
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Kallakanti, Mohan Krishna | Kinetic and kinematic evaluation of kneeling work | Kneeling work; Occupational hazard; Osteoarthritis | 2012-12 | thesis |
19 |
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Mondal, Abhijit | Perflexmea: a multielectrode array for cell culture on a thin perforated flexible polycarbonate membrane | Excitable cells; Flexible; Multielectrode array; Perforated; Polycarbonate; PerFlexMEA | 2011-08 | thesis |
20 |
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Behera, Subhasis | Development of a method for the study of mechanical properties of branched blood vessels | Biomechanics; Branched blood vessel; Direct linear transformation; Traumatic brain injury | 2013-05 | thesis |
21 |
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Welborn, Austin Ray | Simulation of diffusion in three unique situations for the novel capsule drug ring | Capsule drug ring; Bevacizumab; Avastin; Retinal degeneration; Macular degeneration; Drug release; Drug delivery systems | 2010-08 | thesis |