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Our Blog
Discover the latest blog posts from Peptide Works
How advances in sensitive TSH assay technology shifted protirelin (TRH) from routine stimulation testing toward specialised research into TRH receptor biology, GPCR signalling and HPT-axis regulation.
Research into KPV’s effect on intestinal cells has looked at how this short peptide interacts with cultured cells, focusing on PepT1-mediated transport and the intracellular signaling pathways involving NF-κB and MAPK.
Peptide Works compares Adamax and Semax from a research perspective, focusing on their structural differences, scientific evidence, analytical characterisation, and the importance of evaluating each peptide independently.
This blog examines how Melanotan II-mediated melanocortin receptor activity interacts with oxytocin-associated neural circuits in experimental models, with a particular focus on hypothalamic signalling pathways.
Comparing BPC-157 and TB500 peptide by examining their molecular differences, research contexts, and the distinct cellular processes investigated in experimental studies.
Article & News
DSIP has been examined in sleep studies, neuroendocrine experiments and laboratory stress models, but the findings are far from uniform. This review looks at what researchers actually measured, where the results differ and what the current experimental evidence can reasonably establish.
Experimental studies have examined GHK-Cu in laboratory models involving the behavior of epidermal basal cells. The research has centered on various measurable endpoints such as keratinocyte proliferation, integrin expression, p63, and PCNA. In this case, we examine what the experiments discovered and, just as important, what they were unable to establish.
Peptide Works examines how Melanotan I and Melanotan II are compared in laboratory research, focusing on melanocortin receptor interactions, binding affinity, cAMP signalling and experimental methods used to characterise differences between the two compound
This blog explains how Protirelin, thyrotropin-releasing hormone (TRH) and thyroliberin relate to the same tripeptide structure and why consistent nomenclature matters in scientific research.
