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Twelve Indole Metabolites from Blood Bacterium Show Potential to Slow Skin Aging

Researchers plan human trials after demonstrating that select metabolites reduced key markers of cellular aging in laboratory tests.

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Overview

  • Researchers isolated and structurally characterized twelve distinct indole-functionalized compounds produced by Paracoccus sanguinis.
  • Three lead metabolites significantly lowered reactive oxygen species in treated human skin cells.
  • The same three compounds also suppressed inflammatory proteins and inhibited collagenase activity in vitro.
  • Two of the top anti-aging candidates were newly identified in this study, highlighting unexplored microbial chemistry.
  • The research team will next evaluate the safety, bioavailability and efficacy of these metabolites in human clinical studies.