THE PURSER WELLNESS LIBRARY

Let’s explore Antioxidant Protection Assay — lab reference

A COURSE FOR YOUR CURIOSITYMeet your antioxidant network

3 chapters, at your pace

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671 discoveries for your curiosity55 matching listings grouped; alternative sources stay available.

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Gene referenceSep 23, 2026

IL6

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…gs cytokines into the same conversation as homocysteine and antioxidant workload. It asks readers to track flare timing and possible triggers, then have abnormal markers interpreted clinically. It does not treat a single variant or cytokine…

Gene referenceSep 23, 2026

NQO1

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…des NQO1 in the wider redox discussion rather than limiting antioxidant teaching to glutathione. NQO1 participates in quinone reduction, a different enzyme task from superoxide removal by SOD or peroxide handling by catalase. How Dr. Purser…

Gene referenceSep 23, 2026

PON1

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…pears in Dr. Also called: Paraoxonase 1 A different part of antioxidant handling PON1 appears in Dr. Purser’s redox and conversion teaching alongside GST and NQO1. The genetics reference discusses it in relation to handling particular compo…

Gene referenceSep 23, 2026

PSEN1

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…r includes PSEN1 in his brain-health teaching and discusses antioxidant support in that broader context. A family pattern of early-onset dementia or a pathogenic laboratory classification needs genetic counseling and specialist review. A su…

Gene referenceSep 23, 2026

PSEN2

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…r includes PSEN2 in his brain-health teaching and discusses antioxidant support in that broader context. A family pattern of early-onset dementia or a pathogenic laboratory classification needs genetic counseling and specialist review. A su…

Gene referenceSep 23, 2026

SOD1

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… its own setting Dr. Purser teaches SOD as one member of an antioxidant team. SOD1 works primarily inside cells and uses copper and zinc. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handlin…

Gene referenceSep 23, 2026

SOD2

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… its own setting Dr. Purser teaches SOD as one member of an antioxidant team. SOD2 works in mitochondria and uses manganese. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handling systems suc…

Gene referenceSep 23, 2026

SOD3

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… its own setting Dr. Purser teaches SOD as one member of an antioxidant team. SOD3 works outside cells and uses copper and zinc. SOD converts superoxide into hydrogen peroxide, which explains the next connection to peroxide-handling systems…

Gene referenceSep 23, 2026

TNF

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…gs cytokines into the same conversation as homocysteine and antioxidant workload. It asks readers to track flare timing and possible triggers, then have abnormal markers interpreted clinically. It does not treat a single variant or cytokine…

Gene referenceSep 23, 2026

GSTO2

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…ress. This provides a teaching link to exposure history and antioxidant demand, not a diagnosis of COPD or proof that a supplement prevents lung damage. Respiratory symptoms need assessment on their own clinical merits. A question to bring …

Gene referenceSep 23, 2026

IL22

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…r connects the pieces Dr. Purser discusses IL-22 in mucosal protection, psoriasis, ulcerative-colitis and pregnancy-related inflammatory contexts. These different roles explain why simply describing a cytokine as good or bad is incomplete. …

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