Nature's Answer

Passionflower 2,000 mg Alcohol-Free

F
N+ Score45
Vitamins & MineralsServing: 1 mLType: Botanical

Nature's Answer Passionflower 2,000 mg Alcohol-Free is a botanical extract containing 2,000 mg of Passionflower (Passiflora incarnata) aerial parts extract per 1 mL serving. Passionflower is commonly used in traditional practices for its calming properties and research suggests it may support relaxation and sleep. While the product delivers a substantial 2,000 mg of Passionflower, it is not specified if this dosage meets clinically studied levels for particular outcomes. With an N+ Score of 45 and a grade of F, this product is in the below-average tier, indicating that its overall quality or evidence-based formulation may be limited. This product is for individuals seeking a high-dose, alcohol-free Passionflower extract, but further research into effective dosages for specific benefits is advisable.

About This Product

Passionflower 2,000 mg Alcohol-Free by Nature's Answer is a vitamins & minerals supplement containing 1 active ingredients. It has earned an N+ Score of 45/100 (Grade F).

N+ Score Breakdown

Ingredient Adequacy50/100

Are key ingredients present at clinically effective doses based on research?

Formula Completeness0/100

Does the product include all expected ingredients for its supplement category?

Label Transparency100/100

Are individual ingredient amounts clearly disclosed without proprietary blends?

Ingredient Diversity36/100

Does the formula include a breadth of beneficial compounds from multiple pathways?

Strengths

  • +Fully transparent label with individual ingredient amounts disclosed

Weaknesses

  • Missing several expected ingredients for its category
  • Limited ingredient diversity compared to category norms

Ingredient Analysis (1 ingredients)

IngredientAmountDose Adequacy
Passionflower (Passiflora incarnata) aerial parts extract2000.000 mgN/A

Clinical ranges based on NIH ODS Fact Sheets and peer-reviewed research. Status indicates whether the amount meets evidence-based thresholds.