Green Tea Extract 100 mg

Compared with the original, it keeps the green-tea focus and retains relevant support for anti-aging. A potent, decaffeinated EGCG dose provides focused antioxidant and metabolic support with very good long-term value. Concentrated green tea extract can stress the liver in susceptible people, especially when taken fasting, so use with food and avoid it with liver disease.

Compared with the original, it keeps the green-tea focus and retains relevant support for anti-aging. A substantial green tea extract amount provides focused botanical support. Value is favorable after considering dose quality and formula focus.

Compared with the original, it keeps the green-tea focus and retains relevant support for anti-aging. A concentrated green-tea extract identifies catechins, polyphenols, and EGCG, supporting substantial antioxidant exposure. A high-EGCG extract may cause nausea or rare liver injury, particularly when taken fasting.

It lowers recurring cost compared with the original while staying in the same green-tea collection. A straightforward green-tea extract provides a moderate total amount at low serving cost. Undisclosed caffeine may cause jitteriness or sleep disruption in sensitive users.

It lowers recurring cost compared with the original while staying in the same green-tea collection. A potent, decaffeinated EGCG dose provides focused antioxidant and metabolic support at very good value. Concentrated green tea extract can stress the liver in susceptible people, especially when taken fasting, so use with food and avoid it with liver disease.

The supplied data does not show a lower recurring cost than the original, though it remains an eligible green-tea alternative. A decaffeinated green-tea extract clearly identifies a substantial EGCG and catechin profile. A high-EGCG extract may cause nausea or rare liver injury, particularly when taken fasting.

It matches the original green-tea collection, but the supplied cost data does not establish a cheaper serving. Clear decaffeination and a measured EGCG amount make the active profile easy to understand. The 725 mg dose remains unusually high and may stress the liver, especially when taken fasting or used by someone with liver disease.

It matches the original green-tea collection, but the supplied cost data does not establish a cheaper serving. A concentrated green-tea extract identifies catechins, polyphenols, and EGCG, supporting substantial antioxidant exposure. A high-EGCG extract may cause nausea or rare liver injury, particularly when taken fasting.

It pairs a lower recurring cost with the same green-tea collection, supporting a practical value case against the original. A modest EGCG amount pairs with a substantial pine bark extract for broad antioxidant support. Missing caffeine and marker percentages limit precision, though serving value remains fair.