Bonerge Unveils StanYouth® CR3: A Revolutionary Anti-Aging Complex Merging TCM Wisdom and Cellular Science

NEW YORK--(BUSINESS WIRE)--Bonerge has unveiled its revolutionary anti-aging Product, StanYouth® CR3, a patented formula that bridges Traditional Chinese Medicine (TCM) philosophy with cutting-edge cellular science. Inspired by TCM’s "Senolytic-Repair-Chi" theory, this synergistic complex targets aging at the cellular level, offering a multi-dimensional solution to combat senescence.

Rooted in the TCM principle of "treating disease before it arises," StanYouth® CR3 operates through a three-stage mechanism mirroring "Senolytic-Repair-Chi." Its core ingredients—Fisetin (FIS), Urolithin A (UA), and L-Ergothioneine (EGT)—work in harmony to address aging at its source.

Fisetin: The Senolytic Purifier

As a natural flavonoid with superior cell membrane penetration, Fisetin selectively eliminates senescent cells—dysfunctional cells that linger and secrete pro-inflammatory senescence-associated secretory phenotypes (SASP), accelerating tissue aging. It not only clears existing senescent cells but also reduces new ones, cutting inflammatory factor production at the source to purify the cellular environment[1,2].

Urolithin A: The Homeostasis Restorer

Cellular aging thrives on disrupted metabolic and circadian rhythms, which worsen inflammation and weaken clock gene function. Urolithin A repairs this balance by regulating core clock genes (e.g., CLOCK, PER2) critical for gut metabolism and boosting the expression amplitude of BMAL1 in senescent cells, restoring their circadian rhythms and metabolic homeostasis[3,4].

L-Ergothioneine: The Defense Enhancer

Environmental stress and metabolism generate reactive oxygen/nitrogen species (ROS/RNS) that damage DNA and deplete vitality. L-Ergothioneine, via its unique OCTN-1 transporter, accumulates in high-oxidative-stress areas like mitochondria and nuclei, neutralizing free radicals in real time. It also upregulates endogenous antioxidant enzymes, strengthening cellular resilience and nourishing vital energy ("Chi")[5,6].

Synergistic Power: A Closed-Loop Mechanism

Together, they form a "Senolytic-Repair-Chi" cycle. Fisetin clears senescent burdens, creating a healthy foundation; Urolithin A restores rhythms and metabolism; L-Ergothioneine fortifies defenses, preventing further damage—each amplifying the others’ effects.

Cellular Experiments Validate Superiority

Tests on human dermal fibroblasts revealed striking results: StanYouth® CR3 cleared up to 80% of senescent cells, doubling Fisetin’s solo performance. It suppressed senescence markers p16 and p21 to near-normal levels, outperforming single ingredients. Critically, it reduced pro-inflammatory IL-6, IL-8, and fibrosis-driving IL-11 to baseline, blocking the "senescence-inflammation-fibrosis" cycle. It also inhibited UVB-induced ROS and boosted cell migration—key for repair—far better than individual components.

Clinical Trial Confirms Efficacy

A 56-day human trial showed StanYouth® CR3 outperformed standalone L-Ergothioneine: skin firmness (F4) rose 16.3%, under-eye wrinkles fell 11.28%, brightness (L*) increased 1.4%, and fairness (ITA) improved 6.10%, skin barrier repair (TEWL reduction) reached 18.18%.

"StanYouth® CR3 is more than an anti-aging formula—it’s a bridge between ancient TCM wisdom and modern cellular science," noted a Bonerge product manager. By translating the holistic "Senolytic-Repair-Chi" principle into a precise, synergistic cellular strategy, it delivers proven efficacy from laboratory to real-world application. As Bonerge continues to explore its potential beyond skin health, StanYouth® CR3 marks a new era in evidence-based anti-aging, where tradition and innovation converge to redefine vitality.

References

[1] Kento Takaya, et al. Biogerontology. 2024 Feb;25(1):161-175.
[2] Li Zhang, Xiang Tong, et al. Front Pharmacol. 2020 Dec 14:11:553690.
[3] Yao Du, Xinyue Chen et al. Nutrients 2024, 16, 2263.
[4] Rassul Kuatov, Jiro Takano et al.Nutrients. 2024 Dec 25;17(1):20.
[5] Hui-Min Liu, Wei Tang, et al. Molecules. 2023 Feb 8;28(4):1648.
[6] Yasaaswini Apparoo, Chia Wei Phan, et al. Exp Gerontol. 2022 Dec:170:111982.