肽段

 

 

 

・         Designing Your Peptide   (Genosys)

・         Handling & Storage of Peptides (Genosys)

• Two Dimensional Peptide Mapping (Sefton Lab)
    
• Synthesizing Peptides (Perkin-Elmer)

Solid Phase Peptide Chemistry
Synthesizing Peptides on Synergy
Analysis and Purity Requirements of Peptide Immunogens
HPLC Protocol for Peptide Analysis

• Introduction to Cleavage Techniques (Perkin-Elmer)
  This guide presents an introduction to cleavage techniques used with Fmoc-and Boc-derived peptides. 
    
• Prediction of Peptide Mobilities (Sefton Lab)
  In identifying peptides from proteins with a known sequence, it is often useful to be able to predict how a peptide will migrate during electrophoresis, chromatography, or two-dimensional peptide mapping

• Cyanogen B bromide Mapping (Sefton Lab)
    
• Making Antibodies to Synthetic Peptides (Daniel T. O'Connor)
     
• Guide to Antipeptide Antibody (Perkin-Elmer)
  General Information about the design and synthesis of peptides for the production of anti-peptide antibodies, as well as an overview of the steps involved in the production of antibodies ­ immunization, collection of antisera, analysis of antisera, and antibody purification. Protocols for a number of these procedures are provided.
     
• Conjugation of Peptides to Protein Carriers (Perkin-Elmer)
  For immunonization 

Why Conjugate?
Choosing the Congugation Method
Conjugation Procedures
Analyzing Peptide/Protein Conjugates
Pre-activated Carriers
Multiple Antigenic Peptides