Bioinformatics Lectures
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  1. PhageDisplay Technology
  2. What is Phage Display?
  3. The Original Paper for Phage Display
  4. Phage Display has a Wide Range of Applicability
  5. Detailed View of the Protein Shell of an M13-like Phage
  6. Filamentous Phage Display Principles
  7. Scheme of the Panning Cycle
  8. Life-Cycle of Bacteriophage and Phagemid Vectors
  9. Selection of Ligand leads to DNA of Binding Protein
  10. Selection Strategies for Ligands
  11. The Ph.D. Peptide Display Cloning System
  12. The FliTrx Random Library
  13. Expression and Display of FliTRX::Peptide Fusion Constructs
  14. pDisplay Expression Vector
  15. T7 Select PhD System
  1. Phage Display  -  Peculiarities and Limitations
  2. Phage Display of Peptides
  3. Antibodies and Phage Display
  4. Strategies for the Selection of Proteins with Improved Thermodynamic Stability and Folding
  5. Strategies for the Selection of Proteins, Catalysts or Polypeptide Substrates
  6. Phage Display of other Proteins and cDNA Libraries
  7. Substrate Phage
  8. Direct Interaction Rescue - Selectively Infective Phage
  9. Epitope Mapping of an Anti-Beta-Endorphin Monoclonal Antibody
  10. Can the PhD Libraries be used to find the Natural Ligands for a Given Protein?
  11. Can the libraries be Used to Pan Against Intact Cells?
 ©    Klaus P. Schäfer - Last Update  12.05.2003