PaC

PaC

$34.50
RV87

PaC is a practitioner-only listed medicine formulated with selected botanical extracts rich in naturally occurring polyphenols, catechins, chlorogenic acids, ellagic acid, anthocyanins and related plant compounds. It is intended for qualified healthcare practitioners seeking antioxidant support and reduction of free radicals formed in the body.

30 x 500 mg capsules | AUST L 191595

Each capsule contains:

Camellia sinensis leaf dry extract 13.5 mg
Equivalent to dry leaf 81 mg
Containing caffeine 0.85 mg
Containing catechins 8.5 mg

Citrus × paradisi fruit peel dry extract 37.5 mg
Equivalent to dry fruit peel 225 mg

Coffea canephora leaf dry extract 13.5 mg
Equivalent to dry leaf 81 mg
Containing chlorogenic acids 10.5 mg
Containing caffeine 0.8 mg

Cynara scolymus leaf dry extract 18 mg
Equivalent to dry leaf 108 mg

Kaempferia galanga root dry extract 9 mg
Equivalent to dry root 54 mg

Punica granatum stem bark dry extract 31.5 mg
Equivalent to dry stem bark 189 mg
Containing ellagic acid 18.9 mg

Sambucus nigra flower dry extract 9 mg
Equivalent to dry flower 54 mg
Containing anthocyanins calculated as cyanidin chloride 5.4 mg

Trifolium pratense leaf dry extract 18 mg
Equivalent to dry leaf 108 mg
Containing daidzein 10.8 mg

PaC is formulated to:

  • provide antioxidant activity
  • help reduce free radicals formed in the body

Directions

Take 1 capsule daily, or as directed by a qualified healthcare practitioner.

Maximum daily dose: 1 capsule daily.

Maximum single dose: 1 capsule.

Dosage and duration should be determined by the treating healthcare practitioner based on individual assessment and must not exceed the ARTG-listed maximum daily or single dose.

Warning

The recommended dose of this medicine provides small amounts of caffeine.

This section is provided for qualified healthcare practitioners as professional education. It summarises selected ingredient-level and pathway-level research relating to polyphenols, phenolic acids, catechins, chlorogenic acids, ellagic acid, anthocyanins, antioxidant activity and free radical reduction. It does not represent additional ARTG indications for PaC.

PaC is relevant to practitioners interested in antioxidant pathway education, plant polyphenols, phenolic acid compounds, oxidative stress research, cellular protection pathways and botanical phytochemical research.

Camellia sinensis provides green tea catechins and small amounts of naturally occurring caffeine. Green tea catechins have been widely discussed in professional literature in relation to antioxidant activity, oxidative stress pathways, cellular signalling and polyphenol research.

Coffea canephora provides chlorogenic acids and small amounts of naturally occurring caffeine. Chlorogenic acids are of practitioner interest in antioxidant research, polyphenol metabolism, glucose pathway research, lipid pathway research and general metabolic pathway education.

Punica granatum provides ellagic acid-containing pomegranate extract. Pomegranate polyphenols have been discussed in professional literature in relation to antioxidant pathways, oxidative stress, inflammatory signalling, vascular pathway research and cellular protection mechanisms.

Sambucus nigra provides anthocyanins calculated as cyanidin chloride. Anthocyanins are plant pigments widely discussed in antioxidant research, free radical pathways, vascular pathway research and general cellular protection studies.

Citrus × paradisi, Cynara scolymus, Kaempferia galanga and Trifolium pratense support the broader botanical polyphenol profile. Practitioner interest may include flavonoids, phenolic acids, antioxidant activity, oxidative stress pathways and ingredient-level education.

The combination of catechins, chlorogenic acids, ellagic acid, anthocyanins, daidzein and related plant compounds supports practitioner education around antioxidant activity and reduction of free radicals formed in the body. Broader research areas such as cardiovascular disease, neurodegenerative disease, cancer, inflammation, microbiome effects, bacterial biofilm, LDL oxidation and DNA damage should remain professional background only and not be presented as product indications.

This information is provided for practitioner education only and does not represent additional ARTG indications for PaC.

References available to registered practitioners on request.