Table 1. Prevention and treatment strategies for uncomplicated UTIs.
Treatment/approach | How does it work? | References |
---|---|---|
PREVENTION | ||
D-mannose | Prevents the adhesion of E. coli, the most common UTI-causing bacteria, to the urothelium | [27] |
Mannosides | Chemically modified versions of mannose that have high affinity for the FimH protein on E. coli fimbriae, blocking adhesion to the urothelium | [28] |
DAPAD complex | A mixture of D-mannose, citric acid, prebiotic fiber, Astragalus, and dandelion | [29] |
Cranberry juice or supplements | Contains D-mannose and proanthocyanidins that may prevent bacteria from binding to the urothelium | [30] |
Probiotics | Beneficial bacteria such as Lactobacilli restore the vaginal flora and may prevent the growth of pathogenic bacteria causing UTIs | [31] |
Vaccines | Vaccines against common UTI pathogens are in development and could prevent recurrent infections | [26] |
Topical estrogen | For postmenopausal women, might help rebalance the vaginal flora and reduce the risk of recurrent UTIs | [25] |
Herbal remedies Uva Ursi (Bearberry) Goldenseal Horsetail |
Antimicrobial and diuretic properties Contains berberine with antimicrobial effects Used as a diuretic to flush out bacteria |
[32] |
Drinking extra water | Helps flush out bacteria due to more frequent urination | [33] |
Hygiene practices | Wiping front to back, and urinating before and after intercourse can reduce UTI risk | [7] |
TREATMENT | ||
Antibiotics | Inhibit the growth of bacteria; many uropathogens are becoming resistant to commonly available drugs | [25] |
Bacteriophages (phages) | Viruses that infect and kill bacteria. Show promise as an antibiotic alternative, especially for resistant strains, but their host specificity requires careful matching of bacterium to phage | [34] |
Methenamine hippurate | An older drug that is converted to formaldehyde in the urine and acts as an antiseptic, killing bacteria | [25] |