Sökning: "Ulf Landegren"
Visar resultat 6 - 10 av 33 avhandlingar innehållade orden Ulf Landegren.
6. Selector Technology : For Multiplex DNA Analysis
Sammanfattning : A majority of methods for identifying sequences in the human genome involve target sequence amplification through PCR. This work presents novel methods for amplifying circularized DNA and presents solutions for some major limitations of PCR. LÄS MER
7. Solid-phase Proximity Ligation Assays : High-performance and multiplex protein analyses
Sammanfattning : Protein biomarkers circulating in blood hold the promise of improved diagnosis, prognosis and follow-up of treatment of disease via minimally invasive procedures. For the discovery and validation of such biomarkers, methods are needed that can facilitate parallel, highly specific and in-depth analysis of the blood proteome. LÄS MER
8. Development and Application of Proximity Assays for Proteome Analysis in Medicine
Sammanfattning : Along with proteins, a myriad of different molecular biomarkers, such as post-translational modifications and autoantibodies, could be used in an attempt to improve disease detection and progression. In this thesis, I build on several iterations of the proximity ligation assay to develop and apply new adaptable methods to facilitate detection of proteins, autoantibodies and post-translational modifications. LÄS MER
9. Barcoded DNA Sequencing for Parallel Protein Detection
Sammanfattning : The work presented in this thesis describes methodologies developed for integration and accurate interpretation of barcoded DNA, to empower large-scale-omics analysis. The objectives mainly aim at enabling multiplexed proteomic measurements in high-throughput format through DNA barcoding and massive parallel sequencing. LÄS MER
10. Development of Enhanced Molecular Diagnostic Tools for Protein Detection and Analysis
Sammanfattning : Improved diagnosis, prognosis and disease follow-up is a fundamental procedure and a constant challenge in medicine. Among the different molecular biomarkers, proteins are the essential regulatory component in blood; hence, by developing enhanced specific and sensitive molecular tools will gives great insight into the different processes in disease treatment. LÄS MER