Many vaginal care products are hyper-osmolar, meaning they can damage sensitive vaginal tissue by creating an excess of fluids. This disruption compromises the epithelial barrier, pushes up vaginal pH, and prevents proper pH balancing and moisturizing actions.
Our Bio-Match® products are designed to solve this issue. With an osmolality of 350mOsm/kg—the same solute level as natural vaginal fluid—they are iso-osmotic, helping to protect and restore the vaginal barrier. This intact barrier allows lactobacilli to thrive, supporting a healthy vaginal microbiome while preventing tissue damage and inflammation.
Changing of vaginal tissue depending on osmolality level of products. ...study
Disease-causing bacteria thrive in a high pH environment, disrupting the balance of the vaginal microbiome. In contrast, healthy vaginal bacteria flourish in a low pH environment, making pH the most critical factor in restoring and maintaining vaginal health.
Bio-Match® products are specifically designed to lower and sustain a healthy vaginal pH, creating the optimal environment for beneficial bacteria to thrive while suppressing pathogenic bacteria. This approach supports a balanced vaginal microbiome and promotes long-term vaginal health.
Changing of vaginal tissue depending on osmolality level of products. ...study
Our proprietary lactic acid blend with both D- and L-isomers helps to suppress harmful bacterial overgrowth and reduces inflammation.
This type of lactic acid not only lowers the product’s pH to match vaginal fluid but also suppresses pathogens more effectively than other acids like acetic acid.
Bio-Match® products are clinically shown to support vaginal health in women who do not have supportive lactobacilli species.
Changing of vaginal tissue depending on osmolality level of products. ...study
Clinical data demonstrates that this system promotes and maintains a low pH environment which allows lactobacilli to thrive, supporting tissue health and an optimal vaginal microbiome, helping to alleviate most common vaginal symptoms.