Bioavailability

  1. D-type mesoporous silica improved celecoxib delivery
    Chiral mesoporous silica carriers enhance celecoxib bioavailability and anti-inflammatory activity through hydrogen bonding and crystal-to-amorphous phase conversion.
  2. Plant polyphenols are linked to antioxidant and anti-inflammatory mechanisms
    Evidence synthesis on polyphenol antioxidant mechanisms, redox signaling, and bioavailability constraints across disease contexts, emphasizing dose realism and microbiota variability.
  3. Fermentation changes polyphenols into more bioactive metabolites
    Review examining how microbial fermentation converts plant polyphenols into bioavailable metabolites that enhance gut health and systemic immune function through selective microbiota modulation.