Vivitide is a company dedicated to providing high-quality peptides and peptide-related services for the pharmaceutical, biotechnology, and academic research sectors. It manufactures and distributes research-grade biochemical products to universities, research institutes, and pharma/biotech laboratories worldwide. Notable products produced in its laboratories include RGD peptides, TrypTides (tryptic peptides for proteomics research), stable isotope-labeled peptides and amino acids, a wide range of receptor agonists and antagonists (including PAR, GLP-1, NPY, bradykinin, and ghrelin), hepcidin, snake venoms and toxins, cell-penetrating peptides, peptide macrocycles, enzyme inhibitors and substrates (including TAPI, FRET, MMP, and proteases), biomarkers, click chemistry products, mini-PEG™ solubilizing linkers, CLEAR-OX™ polymer-supported oxidants, and combinatorial peptide libraries. In addition to its extensive catalog, Vivitide also offers both simple and complex custom peptide synthesis services, from array-based formats to large-scale production.
Vicbio Biotechnology Co., Ltd. provides the full range of vivitide products.
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Vivitide provides high-quality peptide synthesis services, including standard peptides, complex peptides, and modified peptides.
The company offers tailored peptide synthesis based on specific customer requirements, including peptides of varying lengths, modifications, and purity levels. Examples include fluorescently labeled peptides, biotinylated peptides, and phosphorylated peptides.
Vivitide offers peptide production services compliant with Good Manufacturing Practice (GMP) standards, supporting both clinical trials and commercial-scale manufacturing.
The company provides peptide library services for high-throughput screening and drug discovery, enabling scientists to rapidly identify peptides with potential biological activity.
Vivitide offers analytical and purification services to ensure peptide quality and purity, including HPLC analysis, mass spectrometry, and purification processes.
A proprietary technology used to discover novel, highly constrained peptides. These redox-stable peptides exhibit enhanced affinity, selectivity, and proteolytic stability, making them suitable for diagnostic and therapeutic applications.
