Beyond Antibiotics: Traditional Chinese Medicine and Flavonoids in the Management of Endometritis.

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Abstract

Endometritis-inflammation of the endometrial lining-imposes a substantial reproductive and economic burden in both human gynecology and livestock production, where it is a leading cause of recurrent implantation failure in humans and the costliest reproductive disorder in cattle. Conventional management is overwhelmingly antibiotic-based, yet escalating antimicrobial resistance, tissue and milk residues, microbiota disruption and high relapse rates have eroded its efficacy and acceptability, creating an urgent need for mechanism-based, host-directed alternatives. Here we synthesize the expanding evidence positioning dietary flavonoids and traditional Chinese medicine (TCM) formulations as such interventions. Across diverse compounds and preparations, anti-endometriotic activity converges on a tractable set of molecular nodes: TLR4/NF-κB signaling, the NLRP3 inflammasome-pyroptosis axis, the Keap1/Nrf2/HO-1 antioxidant program, PI3K/AKT and PPAR-γ signaling, ferroptosis, and the gut-uterus microbial-metabolite axis. Veterinary field studies report cure rates and fertility outcomes rivaling first-line antibiotics, while integrative case reports show benefit in antibiotic-refractory human chronic endometritis. Translation remains constrained by poor bioavailability, formulation heterogeneity, over-reliance on lipopolysaccharide-only models and a scarcity of randomized trials-barriers now addressable through nanocarrier delivery, network-pharmacology-guided standardization and biomarker-stratified designs. Flavonoids and TCM are best viewed not as substitutes for antibiotics but as a mechanistically rational, multi-target strategy aligned with One Health antimicrobial stewardship.

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SciLite annotations

chemicals 180
flavonoids flavonoids lipopolysaccharide flavonoids flavonoids lipopolysaccharide oxygen polyphenol flavonoids flavonoids sweroside flavonoids flavonoids flavonoids cephalosporin quinolone macrolide quinolone amyloid-beta aminoglycoside amyloid-beta ampicillin flavonoids polyphenol flavonoids flavonoids flavonoid polyphenol flavonoids flavonoid flavonoid engeletin kaempferide 3-rhamnoside flavanone glycoside lipopolysaccharide 2''-acetylastragalin kaempferol glucoside icariin flavonol flavonoid luteolin kaempferol oleanolic acid rutin flavonoids flavonoid rutin quercetin parviflorin 2''-acetylastragalin flavonoids flavonoids flavonoids theaflavin-3-gallate puerarin liquiritin apigenin fisetin iron +120 more
organisms 152
human humans oxen microbiota human noordeloos 2009062 multicellular animals oxen bacteria stick insect bacteria stick insect mosquito plant rodents human escherichia coli trueperella pyogenes vpi 2891 streptococcus enterococcus enterobacteriaceae humans paralactobacillus purple photosynthetic bacteria and relatives mosquito plant rodents human siv/hiv human rodents microbiota streptococcus liquefaciens streptococcus agalactiae serogroup iii strain u5/41 nctc 5050 strain har-13 strain g37 strain u5/41 k. pneumoniae bacteriophage pkp126 enterobacteriaceae mus wagneri t. laessoe 11390 strain u5/41 arthonia cinnabarina f. cuspidans t. laessoe 11390 strain u5/41 t. laessoe 11390 typhlosaurus cregoi mus wagneri t. laessoe 11390 typhlosaurus cregoi strain u5/41 strain u5/41 bacteria stick insect bacteria stick insect paralactobacillus noordeloos 2009062 mosquito plant white mulberry leptospira strain u5/41 wild sheep +92 more

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last seen: 2026-09-06T09:34:12.023084+00:00
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