Peptide Synthesis: An Overview
There are many biotechnology companies out there that offer custom peptide synthesis services, as well as custom protein expression and custom monoclonal antibody production. In order to understand the applications of the services, it helps to have a general knowledge of peptides and why they are important.
First of all, a peptide is simply a compound formed when amino acids become linked. These are chains of amino acids, and when these chains become long enough, they begin to form proteins. Proteins carry out many essential functions in the body from transportation to reproducing DNA.
Peptide synthesis is simply the production of peptides, and when this occurs naturally in the body, it is known as protein biosynthesis. Custom peptide synthesis, on the other hand, is the creation of a specific peptide under controlled laboratory conditions. Several scientific fields have a use for synthetic peptides, including biochemistry, pharmacology and neurobiology.
One reason why custom peptide synthesis is important is that scientists use these peptides to study the structures of certain proteins. This can help them find clues to explain how certain diseases form and possibly how to stop a disorder from progression, develop early tests for diseases and possibly create vaccines to prevent diseases from occurring in the first place. There are many diseases being studied that will benefit from these studies, including debilitating neurological disorders such as Parkinson's disease, Alzheimer's disease and other similar medical issues.
These peptides also are used to help produce both polyclonal and monoclonal antibodies. Each of the custom monoclonal antibodies is identical and therefore useful when scientists need exact clones of an antibody. Applications of monoclonal antibodies include creating screening tests for certain diseases, and potentially, they might be able to be used to treat cancer.
The custom polyclonal antibodies are somewhat different in that they are not all created from a single identical cell and instead produced from several different cells. These are used for many research studies including epitope mapping, function studies, receptor studies and the study of antigen-antibody interactions. In addition, they are helpful in the production of antivenin and experimentally are studied for their potential in treating deadly viruses such as Ebola.
First of all, a peptide is simply a compound formed when amino acids become linked. These are chains of amino acids, and when these chains become long enough, they begin to form proteins. Proteins carry out many essential functions in the body from transportation to reproducing DNA.
Peptide synthesis is simply the production of peptides, and when this occurs naturally in the body, it is known as protein biosynthesis. Custom peptide synthesis, on the other hand, is the creation of a specific peptide under controlled laboratory conditions. Several scientific fields have a use for synthetic peptides, including biochemistry, pharmacology and neurobiology.
One reason why custom peptide synthesis is important is that scientists use these peptides to study the structures of certain proteins. This can help them find clues to explain how certain diseases form and possibly how to stop a disorder from progression, develop early tests for diseases and possibly create vaccines to prevent diseases from occurring in the first place. There are many diseases being studied that will benefit from these studies, including debilitating neurological disorders such as Parkinson's disease, Alzheimer's disease and other similar medical issues.
These peptides also are used to help produce both polyclonal and monoclonal antibodies. Each of the custom monoclonal antibodies is identical and therefore useful when scientists need exact clones of an antibody. Applications of monoclonal antibodies include creating screening tests for certain diseases, and potentially, they might be able to be used to treat cancer.
The custom polyclonal antibodies are somewhat different in that they are not all created from a single identical cell and instead produced from several different cells. These are used for many research studies including epitope mapping, function studies, receptor studies and the study of antigen-antibody interactions. In addition, they are helpful in the production of antivenin and experimentally are studied for their potential in treating deadly viruses such as Ebola.
About the Author:
Armand Zeiders enjoys blogging about biomedical research. For more info regarding custom peptide synthesis, or to get more info regarding protein sequencing service, please check out the PrimmBiotech.com website today.
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New Unique Article!
Title: Peptide Synthesis: An Overview
Author: Armand Zeiders
Email: articles@zerocompany.com
Keywords: peptide synthesis,biomedical research,peptide,protein,biotech services,biotech company,biotech,science,health,business
Word Count: 360
Category: Science
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