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Peptide Sciences Review : Groundbreaking Developments in Contemporary Scientific Investigations
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Peptides represent one of the most important research tools in today’s scientific technologies, combining basic laboratory research and state-of-the-art pharmaceutical industry developments. As molecules based on short chains of amino acids, they assure high target specificity and safety, being unwasted instruments for academics and biotech researchers around the globe.
For decades, peptide science has been blocked by practical problems: intricate synthesis protocols, instability issues and lack of reproducible purity of final products. Therefore, availability of reliable peptides for research purposes has always been one of the top prerequisites for reproducibility of laboratory results. Peptide Sciences has been actively involved in the sector, being a major supplier of synthetic peptides for research purposes and establishing partnerships with GMP-compliant manufacturing companies to ensure the required purity of the products for the research community.
Today’s peptide science goes far beyond the use of peptide hormones. Researchers deal with numerous varieties of peptides, such as metabolic modulating compounds and tissue-repair substances, immunomodulating peptides, anti-infection peptides and bio-active cosmetic peptides. Many new peptides are being validated in the preclinical phase, with dozens being tested in human patients for metabolic disorders, cancer and as antibiotics. Development of new technologies like cyclization and modification can help avoid drawbacks of short-chain peptides and increase their applicable range.
Among the three main criteria researchers use when buying peptide-based products, the first one is quality, i.e. proofs of purity of peptides supplied, the second one is consistency of different batches supplied and the third one is relevant analytics. Bad quality of peptides hinders the accuracy of data obtained during experiments, prolongs experiments and prevents scientists from obtaining correct conclusions. Responsible suppliers of peptides should give HPLC and mass-spectrometry data on batch purity for each obtained batch.
It is very important to emphasize that products from Peptide Sciences are intended strictly for laboratory purposes and are not designed for human consumption, medical diagnosis or medical treatments. All preclinical studies should be thoroughly validated before any application in human medicine.
As for the future of peptide science, it will be based on using AI for peptide design and automated synthesis methods, which are likely to fully express the potential of this field.