Search for dissertations about: "antibody generation"
Showing result 6 - 10 of 116 swedish dissertations containing the words antibody generation.
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6. Phenotypic antibody discovery and mining of complex antibody libraries
Abstract : Therapeutic antibodies are the fastest growing class of drugs but suffer from a crowded target-space where many antibodies, against a few targets, are developed in parallel. The aim of this thesis is to find methods to enable discovery of novel antibody-target combinations and thereby increase the target-space. READ MORE
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7. Utilizing Solid Phase Cloning, Surface Display And Epitope Information for Antibody Generation and Characterization
Abstract : Antibodies have become indispensable tools in diagnostics, research and as therapeutics. There are several strategies to generate monoclonal antibodies (mAbs) in order to avoid the drawbacks of polyclonal antibodies (pAbs) for therapeutic use. READ MORE
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8. Molecular Recognition in Antibody Engineering. Studies on recombinant and phage displayed antibodies
Abstract : In vitro generation of antibody fragments of desired specificity and affinity plays an important role since it permits the generation of reagents which may be valuable for diagnostic and therapeutic applications. Furthermore, the kinetic parameters for an antibody-antigen interaction, rather than the affinity, has shown to correlate with biological functions like virus neutralization. READ MORE
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9. The Role of IgM and Complement in Antibody Responses
Abstract : An intact complement system including the complement receptors 1 and 2 (CR1/2) is crucial for the generation of a normal antibody response in animals and humans. Moreover, activation of the classical pathway is thought to be important since deficiency in complement components C1q, C2, C4 or C3 lead to impaired antibody responses. READ MORE
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10. Tailoring of Antibody Arrays - Technical Advances Towards Global Proteome Analysis
Abstract : Abstract The number of cancer and autoimmune disease diagnoses increases in our society, which place high demands on the health care system. Being able to tailor treatments for each individual patient is called "Personalized medicine", and could revolutionize the care in the future. READ MORE