Search for dissertations about: "Alifatiska"
Showing result 1 - 5 of 9 swedish dissertations containing the word Alifatiska.
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1. Synthesis of biologically interesting oligosaccharides containing residues with manno-configuration and acid-catalyzed opening of 4,6-orthoesters of pyranosides
Abstract : .... READ MORE
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2. Polyester scaffold: Material design and cell-protein-material interaction
Abstract : Tissue engineering has emerged as a valid approach for the regeneration and restoration of bone defects. The concept of bone tissue engineering includes degradable scaffolds, osteogenic cells and osteoinductive growth factors either alone or in any combination of these three. READ MORE
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3. Functional Degradable Polymers by a Radical Chemistry approach
Abstract : One class of polymers that is inherently of great value for many applications is the aliphatic polyesters. Such polymers are very suitable for use as temporary guides, scaffolds, for tissue formation and other biomedical applications, due to their biocompatibility, degradability and appropriate mechanical properties. READ MORE
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4. Large scale synthesis of polyesters with low amount of residual tin
Abstract : Användningen av resorberbara polymerer för applikationer inom vävnadsersättning har ökat markant under de senaste decennierna. Tekniken innebär att celler får växa på ett polymert bärarmaterial och på så sätt återskapa skadad vävnad, och är ett lovande alternativ till många av de implantat som används idag. READ MORE
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5. Organic Azides : Functional Molecules and Materials
Abstract : The work presented in this thesis stems from the chemistry of the azido group, and more specifically from the unique reactivity of perfluorinated aromatic azides and how to use this reactivity to access new types of molecules to enable new applications in asymmetric synthesis and materials.In the first section of this thesis, a photoactivatable fluorescence probe is presented, where the non-luminescent azide was activated via a UV-light-promoted intramolecular N–H insertion reaction forming a fluorescence emitter. READ MORE