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CATECHINS · METABOLIC SIGNALLING

Green Tea Extract

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Green tea extract contains EGCG, a catechin studied for its effects on metabolic signalling in cell models. This research informs its selection for the NovaStemix® formula.

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What Is Green Tea Extract?

Green tea extract is prepared from the leaves of Camellia sinensis. It contains catechins, a group of plant polyphenols that includes epigallocatechin gallate (EGCG).

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Cell studies examine how EGCG influences AMPK signalling and autophagy, the process through which cells break down and recycle components. Researchers assess these effects under defined experimental conditions.

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These findings inform its selection for NovaStemix®. We consider the extract’s composition, specification and daily amount alongside the other ingredients within the complete 12-ingredient formula.

Ingredient Form & Specification

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NovaStemix® uses a green tea leaf extract specified to contain at least 98% epigallocatechin gallate (EGCG). This percentage describes the EGCG content of the extract itself.

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We consider the extract’s composition, specification and daily amount alongside the other ingredients within the complete 12-ingredient formula.

The Science Behind

Cellular Mechanisms

Cell studies investigate how EGCG influences AMPK signalling and autophagy. Researchers assess changes in energy-sensing pathways and the breakdown and recycling of cellular components under defined experimental conditions.

Human Research

A 12-week randomised trial in 83 women with obesity assessed EGCG alongside an energy-restricted diet. Supplementation did not add significant improvements in weight loss or measured cardiometabolic markers compared with placebo.

Formulation Context

Extract composition, EGCG content, dose and study conditions matter when interpreting findings. We consider these factors alongside the ingredient’s specification and daily amount within the complete NovaStemix® formula.

Why It Is Included in NovaStemix®

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We include green tea extract in NovaStemix® for its research profile in metabolic signalling and autophagy. Cell studies examine how EGCG influences AMPK, a regulator of cellular energy balance.

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We consider this research alongside NR’s role as a precursor to NAD⁺ and coenzyme Q10’s role in mitochondrial electron transport. These distinct roles and research areas inform the formula’s design.

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NovaStemix® uses a green tea leaf extract specified by its EGCG content. We consider its composition, specification and daily amount within the complete 12-ingredient formula.

Research Areas

Selected areas of experimental EGCG research that inform our formulation approach.

EXPERIMENTAL RESEARCH
AMPK Signalling
EXPERIMENTAL RESEARCH
Autophagy Regulation
EXPERIMENTAL RESEARCH
DNA Methylation
EXPERIMENTAL RESEARCH
Endothelial Signalling

Research Areas

RESVERATROL

Resveratrol is studied for its effects on metabolic signalling and mitochondrial function in experimental models. These research areas inform its inclusion within the complete NovaStemix® formula.

CURCUMIN

Curcumin is studied in cell models for its effects on NF-κB signalling and inflammatory gene expression. This experimental research informs its inclusion within the complete NovaStemix® formula.

NR

NR is a precursor to NAD⁺, a coenzyme involved in cellular energy metabolism. Human studies have observed increases in blood NAD⁺ after supplementation with specific NR preparations.

Keep Discovering the Blend

Explore the full NovaStemix® formula to learn more about all 12 ingredients, or visit the product page for recommended use, suitability and ordering information.

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