SUBVERIX™ / SCIENCE UPDATE
SELECTED PUBLICATIONS
STABILITY AND STORAGE
Why lyophilisation, moisture, oxygen, transport and the moment of reconstitution matter as much as declared material purity.
An original SUBVERIX™ analysis connecting technical reference material into one practical assessment standard.
ANALYTICS AND SEQUENCING
EANPSeq combines controlled peptide shortening, nanopore measurement and machine learning for single-molecule sequence identification.
The method reads successive fragments generated by exopeptidase digestion and can localise post-translational modifications. It is an analytical-technology study, not a finished quality test for SUBVERIX™ products.
PEPTIDE DESIGN
A new framework designs short peptides that self-assemble into stable membrane channels and can be tuned at sequence level.
The authors combined molecular-dynamics simulations with experimental validation. Lead designs showed antimicrobial activity in preclinical models. These findings apply to the studied candidates and cannot be transferred to unrelated peptides or commercial products.
THERMAL STABILITY
An analysis of balixafortide links microheterogeneity, structural rearrangement and degradation to bioactivity loss under thermal stress.
The study illustrates why one purity value cannot describe the full stability of a peptide. Topological change and microheterogeneity may become biologically meaningful when assessment is limited to a simple chromatographic headline.
MULTI-RECEPTOR PEPTIDES
A clinical study of a GIP–GLP-1–glucagon receptor agonist illustrates the development of peptides acting on multiple metabolic pathways.
The phase 2 results require confirmation in further clinical research and should not be treated as evidence for unrelated products.