Green Tea Extract

A concentrated form of green tea, standardized for high levels of EGCG.

EGCG crosses the blood-brain barrier, providing neuroprotective benefits and protecting cochlear hair cells from oxidative stress.

Provides dual antioxidant protection. Studies demonstrate the neuroprotective effects of EGCG and auditory cell protection models.

Clinical Evidence

Green Tea Extract is one of the most thoroughly researched botanical supplements in existence, with the vast majority of clinical studies focusing on its primary active catechin: Epigallocatechin gallate (EGCG).

Extensive research highlights EGCG's remarkable neuroprotective properties. By crossing the blood-brain barrier, it actively scavenges neurotoxic free radicals and reduces neuroinflammation, processes that are critical in preserving cognitive function and slowing neurodegenerative pathways. Furthermore, targeted cochlear studies have shown that EGCG can protect the inner ear's sensory cells from noise-induced trauma and age-related oxidative damage. By preventing apoptosis (programmed cell death) in these vital auditory cells, green tea extract offers a scientifically validated mechanism for preserving hearing health over the long term.

Provides dual antioxidant protection. See Audifort review.

Green Tea Extract in Audifort

In the Audifort matrix, Green Tea Extract is utilized as a premier neuroprotectant. Recognizing the importance of safety and efficacy, Audifort employs a carefully calibrated dose of EGCG. This ensures that users receive the maximum auditory and cognitive benefits while remaining strictly within the recognized liver safety thresholds.

The true power of Green Tea Extract in Audifort, however, lies in its synergy with grape seed extract. While grape seed OPCs excel at improving microcirculation and protecting vascular structures within the ear, the EGCG from green tea penetrates deeply into the neural tissues themselves. Together, this calibrated blend forms an impenetrable antioxidant shield, addressing both the vascular and neurological components of hearing loss and tinnitus simultaneously.