quantitative bioassays mechanistic predicted basis

The gap

Supporting evidence — 3 representative gaps

• Integrative phytochemical profiling and in silico nutrigenomic predictions of Chinese tea–Saudi Mentha longifolia blend formulations (2026) · doi

  Future studies should explore the bioactivity of these blends through antioxidant assays, antimicrobial tests, and sensory evaluations to validate their functional potential. Future work should focus on quantitative bioassays to validate the predicted functional synergy and explore the mechanistic basis of interactions among compound classes.

  Keywords: future explore validate functional bioactivity blends antioxidant assays antimicrobial tests sensory evaluations potential focus quantitative
• Integrative phytochemical profiling and in silico nutrigenomic predictions of Chinese tea–Saudi Mentha longifolia blend formulations (2026) · doi

  Future work should focus on quantitative bioassays to validate the predicted functional synergy and explore the mechanistic basis of interactions among compound classes.

  Keywords: future focus quantitative bioassays validate predicted functional synergy explore mechanistic basis interactions among compound classes
• Innovative Approaches in Drug Discovery by Leveraging Molecular Ecology for the Identification of Novel Therapeutics (2026) · doi

  Antioxidant metabolites lack IC50 potency data, limiting quantitative comparison of their bioactivity relative to other activity types.

  Keywords: antioxidant metabolites lack potency limiting quantitative comparison bioactivity relative activity types