Collagen Science Made Simple

Collagen Hybridizing Peptides are synthetic peptides that uniquely fold into triple helices with damaged collagen molecules via the stereoelectric effect in vivo and in vitro. CHPs can be conjugated with dyes for visualization and diagnosis, and have additional applications in drug delivery and cosmetics.

Expanding Applications: CHPs for Total Collagen Detection

While renowned for their ability to detect damaged collagen, CHPs also excel at quantifying total collagen content. By leveraging their unique binding properties, CHPs provide more precise and reliable results compared to traditional collagen stains Picrosirius Red (PSR) or Masson's Trichrome (MT).
Masson's Trichrome vs. Collagen Hybridizing Peptides
  • Unparalleled Clarity: CHPs deliver high-contrast staining, making collagen structures stand out with exceptional definition.
  • Replacement of Tricky Collagen Stains: CHPs can be used to evaluate total collagen and can even be counterstained for damaged collagen
  • Cross Species Capability, Including Human: CHPs work by recognizing collagen’s highly evolutionarily-conserved structure, and therefore work in any animal model and on any tissue that has collagen in it.
  • (right) CCl4 mouse livers stained using MT and CHPs [more info]

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