Daniel Fish

Research Interests: • Plasma Thermograms using Differential Scanning Calorimetry • Statistical/Chemometric Analysis of Calorimetric Data • Thermodynamics of DNA Hybridization • Numerical Modeling of Biochemical Reactions • Geometric Mechanics; Metriplectic Systems Teaching: Calculus I (Mth251) Contact Information: • Email: djf@pdx.edu Selected Publications: • Statistical analysis of DSC plasma thermograms • Orthogonal Distributions in Poisson Manifolds • The paradox of multiplex DNA melting on a surface • Origins of the Nucleation Free Energy in DNA Hybridization • Influence of Buffer Species on the Thermodynamics of Short DNA Duplex Melting • Electrical Detection of DNA Hairpin Melting Transitions on Microelectrodes • Thermodynamics of DNA Multiplex Hybridization on Microarrays • Multiplex SNP Discrimination • DNA Multiplex Hybridization Reactions • Metriplectic Systems (thesis)