TO
| Author | Title | Subject | Date | Publication Type | ||
|---|---|---|---|---|---|---|
| 326 |
 |
Peterson, Amberlyn Megan | Manipulating the electrostatic properties of nucleic acids for applications in sensing and drug delivery | Aptamer; Gold Nanoparticles; Micelle; Nucleic Acids; Peptide Nucleic Acid; Surfactants | 2016 | dissertation |
| 327 |
 |
Barhoum, Moussa | Manipulation and characterization of thin-film interfacial chemistry: sol-gel deposition and single molecule tracking experiments | Interfacial processes; Lipid bilayers; Magneto-optical studies; Single molecule fluorescence; Sol-gel; Thin-deposition | 2012-05 | dissertation |
| 328 |
 |
Liu, Su | Manipulation of exciton dynamics in macrocycle molecules and inorganic semiconductor nanocrystals | Pi-conjugated molecules; Semiconductor nanocrystal; Single molecule spectroscopy; Stark effect; Time-resolved spectroscopy; Trap | 2012-08 | dissertation |
| 329 |
 |
Glenn, Rachel | Many-body and spin-orbit aspects of the alternating current phenomena | Quantum-dot; Rabi; Rashba; Spin-orbit; Spin-pair; Zeeman | 2012-08 | dissertation |
| 330 |
 |
Moore, James R. | Mathematical modeling of autoimmune disease | Autoimmunity; Dendritic cells; Regulatory T-cells; T-cells; Type 1 diabetes | 2015-05 | dissertation |
| 331 |
 |
Miller, Anna K. | Mathematical modeling of epithelial cell division: evaluating the effects of human papillomavirus infection | Virology; Cellular biology; Mathematical models; Human papillomavirus; Cell division | 2018 | dissertation |
| 332 |
 |
Zapata-Allegro, Cheryl L. | Mathematical modeling of fibrin gelation dynamics and structure formation under flow | Applied mathematics | 2018 | dissertation |
| 333 |
 |
Zinn-Bjorkman, Leif | Mathematical models for development of the zebrafish lateral line | 2018 | dissertation | |
| 334 |
 |
Xu, Bin | Mathematical models of cell polarization | 2017 | dissertation | |
| 335 |
 |
Childs, Parker L. | Mathematical models of chemical reactions: discrepancies between markov chains and mass action kinetics | Chemical; Flagellar Motor; Master Equation; Stochastic | 2017 | dissertation |
| 336 |
 |
Shtylla, Blerta | Mathematical models of chromosome motility during mitosis | Chromosome movement; Jump-diffusion; Mitosis; Molecular motors | 2011-08 | dissertation |
| 337 |
 |
Huynh, Giao T. | Mathematical models of epstein-barr virus infection and associated diseases | Epstein-Barr virus; Infectious mononucleosis; Mathematical models; Viral dynamics; Viral entry; Virus-induced cancer | 2010-08 | dissertation |
| 338 |
 |
Bannish, Brittany E. | Mathematical models of fibrinolysis | Enzymatic degradation; Fibrinolysis; Lysis front; Mathematical model; Multiscale | 2012-08 | dissertation |
| 339 |
 |
Graham, Erica J. | Mathematical models of mechanisms underlying long-term type 2 diabetes progression | Beta-cell dysfunction; Insulin resistance; Mathematical biology; Mathematical modeling; Mathematical physiology; Type 2 diabetes | 2012-08 | dissertation |
| 340 |
 |
Davis, Courtney L | Mathematical models of memory T-cell compartment size and repertoire dynamics | Active attrition; Immunology; Lymphopenic proliferation; Mathematical biology; Memory T-cell; Repertoire | 2010 | dissertation |
| 341 |
 |
Karamched, Bhargav | Mathematical models of motor-based intracellular transport | Adiabatic Approximation; Advection-Diffusion Equation; Axonal Transport; Length Control; Molecular Motors; Vesicular Delivery | 2017 | dissertation |
| 342 |
 |
Johnson, Katrina | Mathematical models of obesity, inflammation, and RNA decay | 2018 | dissertation | |
| 343 |
 |
Laverty, Sean M | Mathematical models of wildlife and human disease: seasonal and immunoepidemiological dynamics | Differential equations; Mathematical biology; Mathematical epidemiology; Sin Nombre virus; Wildlife disease | 2011 | dissertation |
| 344 |
 |
Jensen, Steven Leroy | The may flies of Idaho (Ephemeroptera) v.1 | Mayflies -- Idaho | 1966 | thesis |
| 345 |
 |
Jensen, Steven Leroy | The may flies of Idaho (Ephemeroptera) V.2 | Mayflies -- Idaho | 1966 | thesis |
| 346 |
 |
Moore, Kristin A | The mechanisms and function of regulated ire1-dependent decay during endoplasmic reticulum stress | Blos1; Endoplasmic reticulum (ER); ER stress; mRNA degradation; Regulated-Ire1 Dependent Decay; Unfolded Protein Response | 2016-05 | dissertation |
| 347 |
 |
Lee, Ji eun | The mechanisms of cellular responses during endoplasmic reticulum stress: the unfolded protein response as a metabolic and cell fate switch | Cell death; Endoplasmic reticulum; Metabolism; Osteoblast differentiation; Unfolded protein response | 2017 | dissertation |
| 348 |
 |
Clayton, Adam Larsen | Mechanisms of genome degeneration and adaptation in symbiosis | Molecular biology; Genetics; Microbiology | 2016 | dissertation |
| 349 |
 |
Stolley, Ryan Michael | Mechanistic evaluation of the nickel-catalyzed [2+2+2]-cycloaddition reaction of alkynes and nitriles | Cross-coupling; Cyanamide; Cycloaddition; Nickel; Nitrile; Organometallic | 2014-12 | dissertation |
| 350 |
 |
Mageswaran, Shrawan kumar | Mechanistic insights into cargo sorting by endosomal sorting complexes required for transport (escrts) using saccharomyces cerevisiae | ESCRT proteins; Fluorescence and Electron Microscopy; Membrane Protein Trafficking; Membrane Scission; Multivesicular Bodies (MVBs); Vacuolar Protein Sorting (VPS) | 2015 | dissertation |