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About BiomeTears®

Discover the science behind BiomeTears

BiomeTears Restore introduces postbiotic science to eye care — supporting comfort beyond basic lubrication.

How BiomeTears Works at the Ocular Surface.

Dry eye isn’t just about lack of moisture. It’s often driven by inflammation, surface stress, and imbalance at the ocular surface. BiomeTears works differently by supporting the eye’s natural protective environment.

Helps calm ocular surface inflammation
Supports the eye’s natural barrier
Encourages a healthier ocular environment
Supports cellular protection mechanisms

The Science Behind BiomeTears

Clinical & Laboratory Evaluation

Postbiotic eye drops assessed in controlled settings.

Inflammatory & Protective Markers Studied

IL-6, TNF-α, IFN-γ, GSH, SOD.

Postbiotic, Not Probiotic

Supports the ocular surface without introducing live organisms.

The Science Behind BiomeTears

Clinical & Laboratory Evaluation

Postbiotic eye drops assessed in controlled settings.

Inflammatory & Protective Markers Studied

IL-6, TNF-α, IFN-γ, GSH, SOD.

Postbiotic, Not Probiotic

Supports the ocular surface without introducing live organisms.

The Science Behind BiomeTears

Clinical & Laboratory Evaluation

Postbiotic eye drops assessed in controlled settings.

Inflammatory & Protective Markers Studied

IL-6, TNF-α, IFN-γ, GSH, SOD.

Postbiotic, Not Probiotic

Supports the ocular surface without introducing live organisms.

Built on Scientific Expertise

Developed by researchers and clinicians working at the intersection of microbiome science and ocular surface health.

Microbiome Research

Built on years of research into host–microbe interactions and postbiotic signalling.

Microbiome Research

Built on years of research into host–microbe interactions and postbiotic signalling.

Microbiome Research

Built on years of research into host–microbe interactions and postbiotic signalling.

Ocular Surface Science

Formulated with a focus on tear stability, epithelial integrity, and surface balance.

Ocular Surface Science

Formulated with a focus on tear stability, epithelial integrity, and surface balance.

Ocular Surface Science

Formulated with a focus on tear stability, epithelial integrity, and surface balance.

Postbiotic Technology

Uses non-living bacterial lysates to support biological pathways—without live bacteria.

Postbiotic Technology

Uses non-living bacterial lysates to support biological pathways—without live bacteria.

Postbiotic Technology

Uses non-living bacterial lysates to support biological pathways—without live bacteria.

Ophthalmic-Grade Development

Designed specifically for use in and around the eye, with stability and tolerability in mind.

Ophthalmic-Grade Development

Designed specifically for use in and around the eye, with stability and tolerability in mind.

Ophthalmic-Grade Development

Designed specifically for use in and around the eye, with stability and tolerability in mind.

Inflammatory Pathways

Studied for its interaction with markers linked to ocular surface stress and irritation.

Inflammatory Pathways

Studied for its interaction with markers linked to ocular surface stress and irritation.

Inflammatory Pathways

Studied for its interaction with markers linked to ocular surface stress and irritation.

Cellular Protection

Associated with antioxidant and protective responses involved in surface resilience.

Cellular Protection

Associated with antioxidant and protective responses involved in surface resilience.

Cellular Protection

Associated with antioxidant and protective responses involved in surface resilience.