Thesis and Dissertations from CaltechTHESIS
- Chour, William (2021) Molecular
Technologies for Antigen-Based Immunity; 10.7907/z20t-nq62
- Su, Yapeng (2020) Resistance
is Futile: Physical Science, Systems Biology and Single-Cell Analysis to
Understanding the Plastic and Heterogeneous Nature of Melanoma and Their
Role in Non-Genetic Drug Resistance; 10.7907/78ZP-Y270
- Kim, Jungwoo (2018) Microfluidic
Analysis in Patient Biopsies: toward Precision Medicine for Glioblastoma
Multiforme; 10.7907/Z9639MX2
- McCarthy, Amy Michelle (2018) Advancing
the Protein-Catalyzed Capture Agent Technology to New Frontiers; 10.7907/HHP5-1Z83
- Liang, JingXin (2018) Interrogating
the Structural Landscape of Malaria Biomarkers with Epitope Targeted
Peptide Capture Agents; 10.7907/rxtr-6152
- Henning, Ryan Kenneth (2017) Targeting
Undruggable Oncoprotein Epitopes with Protein Catalyzed Capture
Agents; 10.7907/Z9CJ8BJG
- Sutherland, Alexander Muir (2016) Technology
for Single Cell Protein Analysis in Immunology and Cancer
Prognostics; 10.7907/Z9PK0D3K
- Agbo, Peter Chukwudi Ifeanychukwu (2015) Development
of Metalloenzyme Dioxygen Reduction Cathodes; 10.7907/Z9MK69TD
- Deyle, Kaycie Marie (2014) Development
of Protein-Catalyzed Capture (PCC) Agents with Application to the
Specific Targeting of the E17K Point Mutation of AKt1; 10.7907/F8HW-TX51
- Pfeilsticker, Jessica A. (2014) A
Cocktail of Thermally Stable, Chemically Synthesized Capture Agents for
the Efficient Detection of Anti-gp41 Antibodies from Human Sera and
Techniques; 10.7907/0FT2-EF04
- Varghese, Joseph O. (2014) Scanning
Probe Studies of Thin Films; 10.7907/Z95B00DK
- Wei, Wei (2014) Microfluidics-Based
Single-Cell Functional Proteomics Microchip for Portraying Protein
Signal Transduction Networks within the Framework of Physicochemical
Principles, with Applications in Fundamental and Translational Cancer
Research; 10.7907/Z9WS8R7G
- Nag, Arundhati (2013) Developing
Peptide Based Capture Agents for Diagnostics and Therapeutics; 10.7907/Y064-VD39
- Ma, Chao (2013) Single
Cell Proteomics Microchip to Profile Immune Function, with Applications
in Stem Cell Biology, Translational Disease Mechanism Study and Clinical
Therapeutics Monitoring; 10.7907/2M7E-0P25
- Hwang, Kiwook (2013) Biotechnologies
for Cancer Diagnostics: Cell Sorting, Protein Analysis and Imaging of
Cellular Metabolism; 10.7907/Z6DN-0483
- Yu, Jen-Kan (2012) Nanostructured
Silicon Thermoelectrics; 10.7907/HPEF-BM21
- Tham, Douglas Weng Wah (2012) Silicon
Nanostructure Photovoltaics; 10.7907/2B6T-Q315
- Huang, Ruo-Gu (2012) High-Performance
Silicon Nanowire Electronics; 10.7907/CG0M-QB27
- Vermesh, Ophir (2011) Highly
Informative Analytical Platforms for Rapid, Non-Invasive Diagnosis and
Stratification of Patients with Cancer; 10.7907/40BR-TW68
- Ahmad, Habibullah (2011) Microfluidics
Platforms for Quantitative, Multiplexed Protein Detection; 10.7907/04A6-YT31
- Shin, Young Shik (2011) Micro-
and Nanotechnology-Based Platforms to Study Biology at Small Scale: From
DNAs to Single Cells; 10.7907/T590-G472
- Cao, Peigen (2011) Surface
Chemistry at the Nanometer Scale; 10.7907/7EFV-V231
- Vermesh, Udi Benjamin (2011) Technologies
for Protein Analysis and Tissue Engineering, with Applications in
Cancer; 10.7907/21G2-0A20
- Agnew, Heather Dawn (2010) Rapid
Construction of Protein Capture Agents with Chemically Designed
Stability and Antibody-Like Recognition Properties; 10.7907/1HJG-AQ59
- Sheriff, Bonnie Ann (2009) Silicon
Nanowires and Silicon/Molecular Interfaces for Nanoscale
Electronics; 10.7907/Q13E-NB40
- Rohde, Rosemary Dyane (2009) Developing
High-Affinity Protein Capture Agents and Nanotechnology-Based Platforms
for in vitro Diagnostics; 10.7907/G70V-TC49
- Xu, Ke (2009) Nonlinear
Electrical Properties of One-Dimensional Nanostructures; 10.7907/BPK0-3V37
- Kwong, Gabriel Abner (2009) DNA
Encoded Biotechnologies for Informative Cancer Diagnostics; 10.7907/AXMP-AM12
- Boukai, Akram Issam (2008) Thermoelectric
Properties of Bismuth and Silicon Nanowires; 10.7907/QEE9-4H11
- Bunimovich, Yuri Leonid (2007) Silicon
Nanowires as Biological Sensors and Highly Efficient Thermoelectric
Materials; 10.7907/EY6H-XK94
- Green, Jonathan Earl (2007) Ultra-Dense
Nano- and Molecular-Electronic Circuits; 10.7907/HCQH-2S48
- Choi, Jang Wook (2007) Bistable
[2]Rotaxane Based Molecular Electronics: Fundamentals and
Applications; 10.7907/X6Q6-HD24
