Search for dissertations about: "Cell Dyes"
Showing result 1 - 5 of 61 swedish dissertations containing the words Cell Dyes.
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1. Cellular Dyes and Bioactive Peptides - Cell Membrane Interactions and Cellular Uptake
Abstract : Knowledge about mechanisms behind interactions of molecules with biomembranes and cellular uptake is very important for understanding biological processes and for drug design. The work described in this thesis has focused on interactions of cellular dyes and bioactive peptides with cells and the cell membrane. READ MORE
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2. Exploring Cellular Dynamics : From Vesicle Tethering to Cell Migration
Abstract : Cells in the body communicate with each other in order to cooperate efficiently. This communication is in part achieved by regulated secretion of signaling molecules, which when released from a cell may activate receptors present at the plasma membrane of an adjacent cell. Such signals affect both cell fate and behavior. READ MORE
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3. Plasma membrane order; the role of cholesterol and links to actin filaments
Abstract : The connection between T cell activation, plasma membrane order and actin filament dynamics was the main focus of this study. Laurdan and di-4-ANEPPDHQ, membrane order sensing probes, were shown to report only on lipid packing rather than being influenced by the presence of membrane-inserted peptides justifying their use in membrane order studies. READ MORE
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4. Pitfalls in β-cell ion imaging with fluorescent indicators and their use for real-time detection of somatostatin secretion
Abstract : Fluorescent ion indicators have become indispensable tools in cell physiology. Dye indicators can easily be loaded into most types of cells, while genetically encoded indicators are advantageous in allowing specific cellular or subcellular targeting. READ MORE
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5. Photoelectrochemical studies of dye-sensitized solar cells using organic dyes
Abstract : The dye-sensitized solar cell (DSC) is a promising efficient low-cost molecular photovoltaic device. One of the key components in DSCs is the dye, as it is responsible for the capture of sunlight. State-of-the-art DSC devices, based on ruthenium dyes, show record efficiencies of 10-12 %. READ MORE