Search for dissertations about: "Institutionen För Biomedicinsk Vetenskap bmv"
Showing result 1 - 5 of 26 swedish dissertations containing the words Institutionen För Biomedicinsk Vetenskap bmv.
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1. Flexible and transparent biological electric power sources based on nanostructured electrodes
Abstract : Portabel medicinteknisk utrustning framträder alltmer som en av de mest lovande metoderna för vårdövervakning och personlig behandling. Förebyggande vård och hantering av kroniska sjukdomar är resurskrävande och en överföring av det konventionella sjukhuscentrerade sjukvårdssystemet till ett individcentrerat vårdsystem skulle vara samhällsekonomiskt gynnsam. READ MORE
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2. On the structure and mechanical properties of in vitro salivary pellicles
Abstract : Salivary pellicles display exceptional hydration and lubrication performance. At present, there are still gaps in the understanding of how this is achieved. READ MORE
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3. Amino acid sequence and side chain specific synthetic receptors targeting protein phosphorylation
Abstract : Antibodies have become a critical component of many diagnostic assays and are used for therapeutic purposes. Nevertheless they often fail to meet the strict performance demands raised in industry and in the clinic (e.g. stability, reproducibility, selectivity, affinity). READ MORE
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4. Moleculary imprinted micro- and nanoparticles for cancer associated glycan motifs
Abstract : Sialic acids are an important family of monosaccharides that are typically found as terminal moieties of glycans. Aberrant sialylation has been proven to correlate with various diseases including cancer. Glycosylation analysis is complex due to high diversityof the glycan isomers and their low abundance. READ MORE
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5. Electrochemical (bio-)sensors operating in human physiological fluids
Abstract : This thesis is focused on developing electrochemical (bio-)sensors specifically designed to detect biomolecules and bacteria in human physiological fluids. A more comprehensive understanding of their performance can be obtained by exposing the sensors to real human physiological fluids. READ MORE