20 articles
Researchers discover that GHK-Cu, a copper peptide used in cosmetics, can mimic laccase enzyme activity for detecting harmful phenolic pollutants.
A natural copper-bound tripeptide extends worm lifespan, improves physical function, and activates two major longevity pathways simultaneously.
Research reveals GHK-Cu peptide reduces inflammation and oxidative stress, offering new insights for anti-aging applications.
Researchers discover GHK-Cu can mimic laccase enzyme activity, enabling new colorimetric sensors for detecting phenolic compounds in water.
Glycoconjugates of carnosine and GHK paired with copper act as SOD mimics and trigger trophic factor release, pointing to new longevity therapies.
New research reveals how the anti-aging peptide GHK-Cu reduces inflammation and promotes healing in experimental colitis.
Researchers develop sustained-release filler that reduces inflammation and oxidative stress for 7 days using GHK-Cu peptide.
A 2025 comprehensive review reveals how three-amino-acid peptides like GHK-Cu and KPV drive tissue repair, collagen synthesis, and infection control.
Researchers develop carbonless versions of amino acids using boron-nitrogen substitution, creating peptides with enhanced properties.
Novel hydrogel delivers enhanced copper peptides to diabetic wounds, achieving near-complete healing through multi-target therapy.
A self-assembling peptide hydrogel incorporating the natural tripeptide GHK shows striking nerve repair results in rats with spinal cord injury.
A new AI pipeline named HelixFold-Multistate designs peptides that selectively activate or block key drug-target receptors with nanomolar potency.
Review finds popular peptide therapies like BPC-157 and TB-500 need more rigorous human trials before clinical use.
PepMimic uses binding interface mimicry to convert antibodies or receptors into short peptides, achieving nanomolar affinity against major cancer targets.
Human umbilical cord stem cells release HGF to redirect STAT3 into mitochondria, clearing copper buildup and restoring respiratory function after acute kidney injury.
Scientists develop peptide-guided gold nanoparticles that self-assemble into precise structures for sensing and therapeutic applications.
Novel peptide hydrogel activates at injury sites to accelerate corneal healing and reduce inflammation in eye wounds.
A 12-week collagen tripeptide supplement reduced oxidative damage, improved insulin sensitivity, and activated a key energy-sensing enzyme in aged mice.
Naturopath Kyal Van Der Leest breaks down the most effective peptides for tissue repair, cognitive enhancement and longevity optimization.
A landmark scoping review identifies 87 peptides linked to sarcopenia and cachexia, revealing key signaling pathways and critical research gaps.
