Introduction to Peptide Synthesis

Peptide Synthesis

Be it engineering or medical science technology is everywhere. It has entered into every sphere of our lives. It is important to note that technology has helped us in finding a way to major innovations in medical science and one of them is peptide synthesis. The introduction of custom peptide synthesis is one of the biggest contributions commercial medical sciences to the society. It is one of the most argued topics of biochemistry, biology, biotechnology, pharmacology, and molecular science. The advancement of different innovations in the various field and related field of life science has brought a bigger change and gave space to the growth of peptide synthesis in the medical industry.


To make you understand it better, let’s define it as commercial production of peptides. The peptide produced after synthesis could be defined as valuable and priceless tools in the field of medical science, especially biochemical laboratories. These research-based peptides help in creating and obtaining valuable tools which are used in biochemical laboratories. To begin with, synthetic Oligopeptides are most commonly used custom peptides synthesis that is used widely in laboratories.
A huge number of synthetic peptides are used commercially as well as pharmaceutical products, ranging from dipeptide sugar-substitute aspartame to clinically used hormones, such as oxytocin, adrenocorticotropic hormone, and calcitonin.

These are extensively used in research for structure-function analysis. They are helpful in providing extended help for the development of binding assays, in the study of receptor or antagonist nature. It is necessary to have in-depth knowledge to understand about it as it is valuable in determining the production of specific antibodies. Various medical science fields, pharmaceutical companies now rely heavily on custom peptide synthesis to produce important antibiotics and other life-saving drugs. These peptides are synthesized for specific and customized use by allowing them to react with a carboxyl group or C-terminus of amino acids to some part of N- terminus of next amino acid in the chain reaction. Hence, the chain of co-relation between two amino acids used to bring wanted results. These results can, therefore, be used to accelerate for specific needs.

The optimized use of custom peptide synthesis could be done on large as well as small scale. Here the large-scale custom peptide synthesis needs a liquid medium solution or the solid state of the medium. However, the budget factors of peptides are made up of less than 8 amino acids. The shorter chains of amino acids are cheap and cost less, for this reason, it is generally used to meet the requirements of research. They are usually used in solution chemistry. The larger than 8 residues peptides are on the other hand are generally assembled by the solid phase chemistry which is commonly called a solid phase peptide synthesis. They can be processed either manually or assembled in a fully automatic fashion. However, manual synthesis is more useful and benefits overall as it allows the greater scale of flexibility and troubleshooting proactive decisions. It depends upon the requirement but the peptide synthesis could be customized which can fulfill the requirements of research and particular needs with great perfection.