This study uses collagen hybridising peptides (CHPs) to bind specifically to denatured collagen and detect fibrosis.
Using Collagen Hybridising Peptides to Improve IPF Diagnosis and Imaging

This study uses collagen hybridising peptides (CHPs) to bind specifically to denatured collagen and detect fibrosis.
The unique optical properties of gold nanoparticles make them very useful for bio-imaging. While immunogold labelling is the most common use of gold nanoparticles in this area, our supplier Nanoprobes offers a different imaging technology based on
Epidermal Levels of Staphylococcus Aureus Are Affected by a Peptide Produced by Other Skin Dwelling Bacteria Staphylococcus aureus is common to many of people’s ski n microbiome, and is generally harmless; however, in high population density the bacteria can lead to atopic