Masters theses - Biocomplexity and Biophysics

A Direct Numerical Simulation study of transitional turbulence using the Finite Element Method

Supervisor: Joachim Mathiesen, Associate Professor
Co-Supervisor: Gaute Linga, PhD-fellow

Physics of nerves: Actionpotentials in Lumbricus Terrestrisaxons in the presence of anaesthetics and the collision of pulses

The effect of Anesthetics on Phase Transitions in Biological Membranes

THE CORRELATION BETWEEN CRITICAL ANAESTHETIC DOSE AND MELTING TEMPERATURES IN SYNTHETIC MEMBRANES

Building a Fluorescence Correlation Spectroscopy Setup

A Study of Solitons in Biological Membranes and Neurons

The Relation Between Enthalpy And Volume Change

Influence of voltage on phase behaviour of membranes

Electro-mechanical properties of lipid membranes at their phase transition

Thermodynamics of nerves

Propagation of Sound in Lipid Membranes

Hydration and mobility of trehalose in aqueous solution

Electrophysiological measurements of spontaneous action potentials in craysh nerve in relation to the soliton model

Ion Channels With and Without the Presence of Proterins

Pore theory in pure lipid membranes

The Effect of Non-Ionic Surfactants on the Potentiometric Response of Ion Selective Electrodes

Influence of Anesthetics on the Nerve Membrane and the Nerve Pulse

Electric Gradient Field Applied to Lipid Monolayers

Pores in lipid membranes and the effect of anaesthetics

Phase behaviour in lipid tethers and vesicles - a thermodynamic study

Permeability studies of lipid vesicles by Fluorescence Correlation Spectroscopy and Monte Carlo simulations

The temperature dependence of the elasticity of giant lipid vesicles: An Optical Tweezers, Callorimetry and Confocal Microscopy study