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You are viewing titles for PRINCETON UNIVERSITY in the subject Biophysics available through the UMI Dissertations & Thesis Gradworks site.
 
Biophysical models of transcriptional regulation from sequence data
Biophysics problems in early embryonic development: Precision and dynamics in the bicoid morphogen gradient
 
Chemical evolution of the water oxidizing complex: Speciation and cofactor binding in the assembly of the tetra-manganese cluster in photosystem II
Computational methods for predicting coiled-coil protein-protein interactions
 
Electrical detection of DNA and integration with nano-fluidic channels
Entropy-based image registration
 
Information flow in biological networks
Interactions of the antimicrobial peptide cryptdin-4 with phospholipid membranes
 
Mathematical optimization and algorithmic development for protein structure prediction
Membrane potential fluctuations in a neural integrator
 
Micro and nanofluidic structures for cell sorting and genomic analysis
Microfluidic separation of blood components through deterministic lateral displacement
 
Micropatterning stretched and aligned DNA for sequence-specific nanolithography
Models and dynamical analyses of neural systems for the Eriksen decision task
 
Multi-scale mathematical modeling of heterogeneous tumor growth
Multiphoton approaches to learning rules in the cerebellum: Using light to manipulate biochemistry
 
New analytical techniques for the quantification of protein charge and hydrodynamic size
Optimal identification, analysis, and control of complex bionetworks
 
Patterning and morphogenesis during Drosophila oogenesis
Phenotypic switching in bacteria
 
Receptor-receptor interactions in gradient sensing
Self-organized criticality, competitive evolution and analysis of gene-expression data
 
Statics and dynamics of DNA in nanofabricated devices
Surfactant based membrane perturbation as a strategy for contraception and STD prevention
 
The rational design of protein solutions: The effects of carbohydrates on protein stability
Transcription factor-DNA interaction and bacterial quorum sensing gene correlation
 
 
 
 
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