Search for dissertations about: "thiophene"
Showing result 6 - 10 of 43 swedish dissertations containing the word thiophene.
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6. Designing thiophene-based fluorescent probes for the study of neurodegenerative protein aggregation diseases : From test tube to in vivo experiments
Abstract : Protein aggregation is an event related to numerous neurodegenerative diseases, such as Alzhemier’s disease and prion diseases. However little is known as to how and why the aggregates form and furthermore, the toxic specie may not be the mature fibril but an on route or off route specie towards mature aggregates. READ MORE
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7. Fluorescent thiophene-based ligands for detection and characterization of disease-associated protein aggregates
Abstract : In this thesis the unique optical properties of fluorescent ligands termed luminescent conjugated oligothiophenes (LCOs) have been used to study a variety of protein aggregates associated with human protein misfolding disease. This heterogeneous group of diseases contains well known and fatal members such as Alzheimer´s and Huntington´s disease and the development of sensitive tools for the detection and characterization of protein aggregates is crucial for unravelling the complexity of these pathologies. READ MORE
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8. Synthesis of donor–acceptor–donor thiophene based ligands that can be utilized for optical assignment of pathological targets
Abstract : Thiophene based ligands represent a class of molecular reporters proven superior in discerning pathological targets involved in neurodegenerative diseases, as well as bacterial infection. By fluorometric detection that depends on the milieu surrounding the ligand these biological processes can be studied with fluorescence spectroscopy and hyper-spectral confocal microscopy. READ MORE
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9. Structure and properties of poly (3-alkyl thiophenes)
Abstract : .... READ MORE
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10. Structural chemistry and optical application
Abstract : The demand for materials with optical activities against LASER radiation has been extensively increased over the last decade with the development of sophisticated high energetic LASER sources. The goal is to obtain organic or metal-organic molecules capable of increasing their absorptions against LASER irradiance while still maintaining a degree of transmittance. READ MORE