C Complete Powder
C Complete Powder is categorized as an 'Other Combinations' supplement, intended for longevity and NAD+ support, containing a total of 5 ingredients. Key ingredients include Vitamin C at 45mg, Hesperidin at 20mg, Quercetin at 20mg, and Rutin at 10mg, alongside a 500mg Nourishing Food Blend. Research suggests these compounds may support antioxidant processes. However, the product receives an N+ Score of 46, earning an 'F' grade, indicating it is below average in quality. A significant weakness is that the Vitamin C dosage is considered underdosed compared to clinically studied amounts, and no ingredients are present at clinical doses, contributing to its low ingredient adequacy score. This product may be suitable for individuals seeking a basic, low-dose combination of vitamin C and bioflavonoids, but it does not meet the criteria for optimal ingredient dosing.
About This Product
C Complete Powder by Innate Response Formulas is a longevity & nad+ supplement containing 5 active ingredients. It has earned an N+ Score of 46/100 (Grade F).
N+ Score Breakdown
Are key ingredients present at clinically effective doses based on research?
Does the product include all expected ingredients for its supplement category?
Are individual ingredient amounts clearly disclosed without proprietary blends?
Does the formula include a breadth of beneficial compounds from multiple pathways?
Strengths
- +Fully transparent label with individual ingredient amounts disclosed
- +Broad ingredient diversity exceeding category norms
Weaknesses
- −Several ingredients below clinically effective doses
- −Missing several expected ingredients for its category
Ingredient Analysis (5 ingredients)
| Ingredient | Amount | Dose Adequacy |
|---|---|---|
| Vitamin C | 45.000 mg | Under |
| Quercetin | 20.000 mg | N/A |
| Rutin | 10.000 mg | N/A |
| Hesperidin | 20.000 mg | N/A |
| Nourishing Food Blend | 500.000 mg | N/A |
Clinical ranges based on NIH ODS Fact Sheets and peer-reviewed research. Status indicates whether the amount meets evidence-based thresholds.