Sökning: "Molecular Modelling"
Visar resultat 1 - 5 av 219 avhandlingar innehållade orden Molecular Modelling.
1. Modelling Approaches to Molecular Systems Biology
Detta är en avhandling från Uppsala : Acta Universitatis UpsaliensisSammanfattning : Implementation and analysis of mathematical models can serve as a powerful tool in understanding how intracellular processes in bacteria affect the bacterial phenotype. In this thesis I have implemented and analysed models of a number of different parts of the bacterium E. coli in order to understand these types of connections. LÄS MER
2. Computational Modelling of Ligand Complexes with G-Protein Coupled Receptors, Ion Channels and Enzymes
Detta är en avhandling från Uppsala : Acta Universitatis UpsaliensisSammanfattning : Accurate predictions of binding free energies from computer simulations are an invaluable resource for understanding biochemical processes and drug action. The primary aim of the work described in the thesis was to predict and understand ligand binding to several proteins of major pharmaceutical importance using computational methods. LÄS MER
3. MFI-molecular sieve membranes synthesis, characterization and modelling
Detta är en avhandling från Luleå : Luleå tekniska universitetSammanfattning : This work concerns evaluation by permeation measurements and modeling of thin (.... LÄS MER
4. Evolutionary and Pharmacological Studies of NPY and QRFP Receptors
Detta är en avhandling från Uppsala, Sweden : Acta Universitatis UpsaliensisSammanfattning : The neuropeptide Y (NPY) system consists of 3-4 peptides and 4-7 receptors in vertebrates. It has powerful effects on appetite regulation and is involved in many other biological processes including blood pressure regulation, bone formation and anxiety. LÄS MER
5. Unveiling Mechanistic Details of Macromolecular Interactions: Structural Design and Molecular Modelling of DNA-Protein Systems in Their Active State
Detta är en avhandling från Uppsala, Sweden : Acta Universitatis UpsaliensisSammanfattning : Molecular structure is fundamental for understanding mechanisms of molecular interactions. This applies not least to understanding biological function: every biological cell, whether bacterial or human, is an immensely complex system of thousands of molecules that exist in constant motion and interaction with each other. LÄS MER
