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Reported purity does not necessarily reflect actual peptide content, as other compounds may contribute to the gross weight. Amino acid analysis provides an accurate measure of net peptide content, enabling precise and reproducible experimental results. Learn more in our article.
A practical guide to linear epitope mapping: how overlapping peptide libraries and microarrays map antibody and T-cell epitopes and how to get reliable data.
What makes a good screening peptide? Learn how purity, solubility and stability affect peptide screening results, plus practical tips to improve reliability.
Discover our peptide testing services. Ideal for raw materials, biopharmaceuticals and research peptides used in drug discovery.
Learn how novel food regulations apply to cell cultivated and precision fermentation products, and how our accredited testing supports robust data for successful regulatory submissions.
Discover how high-quality peptides can power drug discovery, from hit identification to optimisation, immune profiling and AI-driven design.
Explore RGD peptides, key integrin receptor inhibitors used as tumour homing peptides, and for the functionalisation of inert biomaterial to promote cell adhesion in tissue engineering and 3D cell culture applications.
Learn more about PEGylated peptides, how they outperform unmodified peptides, and their impact on modern drug development.
Discover how amino acids and small peptides shape food flavour through direct taste effects, aroma formation, and product development strategies.
Specialising in asparagine analysis, our UKAS-accredited ISO/IEC 17025 laboratory delivers accurate, reproducible results across cereals, coffee, potatoes, and processed snacks. By quantifying free asparagine, manufacturers can predict acrylamide formation, optimise processing, select low-asparagine raw materials, and comply with EU regulations.