Chromium Dosage Guide
Recommended daily intake by age and gender — based on NIH Dietary Reference Intakes.
Our assessment
Based on the data provided, chromium from food and dietary supplements does not appear to cause any harm, but research is limited NIH ODS ↗. The available information does not include specific adverse event report counts from the FDA data provided for chromium. The overall safety profile is characterized by a lack of documented harm, but this is tempered by the fact that the research base is limited NIH ODS ↗. This means a clear risk assessment is difficult to establish with the current data.
Safety profile
Specific side effect data from the FDA data provided is not available for chromium. The data states that chromium from food and dietary supplements does not appear to cause any harm NIH ODS ↗. No adverse event reports with specific counts were included in the provided data for this analysis. The absence of reported harm does not guarantee safety, especially given the limited research NIH ODS ↗.
How it works
The provided data does not include specific information on the mechanism of action for chromium. Based on the data available, its role in the body is not described in the provided text. The primary safety concern is the lack of comprehensive research to fully understand its effects NIH ODS ↗.
Our recommendation
People with kidney disease or liver disease should be cautious about taking high amounts of chromium NIH ODS ↗. Furthermore, chromium supplements might interact with medicines you take. Specifically, taking chromium together with insulin might cause low blood sugar levels FDA FAERS ↗. If you take antidiabetes medicine like metformin, taking a chromium dietary supplement may also lead to low blood sugar FDA FAERS ↗. Anyone with a pre-existing condition or taking medication should consult a healthcare provider before using chromium supplements. Data on specific dose thresholds for harm is not available in the provided information.
AI-assisted analysis. Data sourced from NIH ODS.
Understanding RDAs
Dietary Reference Intakes (DRIs) are a set of reference values used to plan and assess nutrient intakes of healthy people. They include:
- RDA (Recommended Dietary Allowance) — The average daily intake sufficient to meet the nutrient requirements of nearly all (97-98%) healthy individuals.
- AI (Adequate Intake) — Established when evidence is insufficient to develop an RDA. Based on observed nutrient intake by healthy people.
- UL (Tolerable Upper Intake Level) — The maximum daily intake unlikely to cause adverse health effects. Exceeding the UL increases the risk of toxicity.
Values vary by age, gender, and life stage (pregnancy, lactation).
Source: National Academies of Sciences, Engineering, and Medicine
Recommended Dietary Allowance
| Life Stage | Recommended Amount |
|---|---|
| Birth to 6 months | 0.2 mcg |
| Infants 7–12 months | 5.5 mcg |
| Children 1–3 years | 11 mcg |
| Children 4–8 years | 15 mcg |
| Boys 9–13 years | 25 mcg |
| Girls 9–13 years | 21 mcg |
| Teen boys 14–18 years | 35 mcg |
| Teen girls 14–18 years | 24 mcg |
| Adult men 19–50 years | 35 mcg |
| Adult women 19–50 years | 25 mcg |
| Adult men 51+ years | 30 mcg |
| Adult women 51+ years | 20 mcg |
| Pregnant teens | 29 mcg |
| Pregnant women | 30 mcg |
| Breastfeeding teens | 44 mcg |
| Breastfeeding women | 45 mcg |
Source: National Academies of Sciences, Engineering, and Medicine