Sökning: "binding specificities"
Visar resultat 11 - 15 av 62 avhandlingar innehållade orden binding specificities.
11. Deciphering the transcriptional regulation code in colorectal cancer genome
Sammanfattning : Colorectal cancer (CRC) is the third most common cancer type to threaten life for both men and women in the developed world. The molecular mechanism of CRC is very complicated and involves changes in different categories of biological processes, among which a large number of mutations affecting either coding sequence of transcription factors (TFs) or their binding sites in genome are included. LÄS MER
12. Photochemical Ligation Techniques for Carbohydrate Biosensors and Protein Interaction Studies
Sammanfattning : This thesis concerns the development of surface ligation techniques for the preparation of carbohydrate biosensors. Several methodologies were developed based on efficient photochemical insertion reactions which quickly functionalize polymeric materials, with either carbohydrates or functional groups such as alkynes or alkenes. LÄS MER
13. Human Forkhead Genes
Sammanfattning : The forkhead family constitutes a group of genes which encodes transcription factors that share a common DNA-binding domain, the forkhead domain. The first member to be discovered was the Drosophila melanogaster gene fork head. Members of this family have been found in a variety of species from bakers' yeast to man. LÄS MER
14. Engineering Antibody Specificity Using Combinatorial Antibody Libraries
Sammanfattning : The research presented in this thesis investigates antibody specificity, antibody-antigen and protein-protein interactions using combinatorial antibody libraries, phage-display and bacterial display technology. One goal was to develop a method to generate antibodies that bind two protein antigens with high affinity using a single-antigen binding site, and to investigate the molecular and thermodynamic requirements for antibody multispecificity. LÄS MER
15. Engineering alternative scaffold proteins for conditional targeting
Sammanfattning : Engineering naturally occurring proteins enables us to customize affinity domains according to our specific needs, tailoring them to become an important tool in a wide array of applications limited merely by our creativity. One of nature’s ways to regulate protein activity is by creating a functional change through alteration of a protein’s tertiary structure upon interaction with metal ions. LÄS MER