Peptide synthesis

 

Get the highest quality peptides in 3 simple steps

STEP1

1. Keep the fundamental principles of peptide design in mind

STEP2

2. Select a purity grade adapted to your intended application

STEP3

3. Consider conjugating or modifying your peptide

guidelines for working

with synthetic peptides

The most commonly used method to test solubility is based on charge determination. For small peptides with up to 5 amino-acids, distilled water remains the first option.

How to design antigenic peptides

Synthetic antigenic peptides represent powerful tools for polyclonal or monoclonal antibody generation and as components of peptide vaccines. For these applications, peptides need to be designed with two properties in mind: antigenicity and immunogenicity.

Major applications of synthetic peptides

Many peptide drugs are generated by chemical modification of natural molecules. These drugs remain invaluable for the treatment of multiple metabolic diseases.