Nutrition Facts: Iron
Printable fact sheet (PDF 333KB/2 pages)
- Iron is a mineral found in every cell of the body. It gives red blood cells the strength to carry oxygen to all of our organs.
- Iron is also a component in many enzymes. An iron deficiency is called anemia and it causes many bodily functions to not work properly. Anemia can increase susceptibility to infection, slow cognitive development, and make it difficult to maintain body temperature.
- Anemia during pregnancy can increase the chance of a premature birth small birth weight babies. These babies have more health problems or die more often in the first year of life than a full term baby or one born heavier.
- In toddlers, anemia can delay normal motor function, thinking skills, and language. In teens, anemia can affect memory and other mental functions.
- In adults, anemia causes fatigue and impairs the ability to do physical work.
- Young children and pregnant women are at a higher risk of anemia because of the body is experiencing rapid growth and the need for iron is higher than normal.
- Girls and women of childbearing age have higher iron needs because of menstruation.
- Breast milk is not a good source of iron after the baby is 6 months old. The baby should begin eating iron-fortified cereal or other suitable foods with iron.
- Consuming foods rich in iron at the same time as foods rich in vitamin C helps the body absorb iron.
- Pica is the strong desire to eat non-food items such as ice, paper, clay or paint. It is a symptom of anemia.
- There are two types of dietary iron. Heme iron is only found in meat. Non-Heme iron is found in fruits, vegetables, and beans.
Requirements across the Lifecycle:
Life-stage Group |
Recommended Dietary Allowance |
RDAs and AIs may both be used as goals for individual intake. |
Infants |
|
|
0-6 months |
.27mg 40 mg/d |
|
7-12 months |
11 mg 40 mg/d |
|
Children |
|
|
1-3 years |
7 mg 40 mg/d |
|
4-8 years |
10 mg 40 mg/d |
Good Food Sources: |
Males |
|
|
9-13 years |
8 mg 40 mg/d |
|
14-18 years |
11mg 45 mg/d |
|
19-30 years |
8 mg 45 mg/d |
|
31-50 years |
8 mg 45 mg/d |
|
51-70 years |
8 mg 45 mg/d |
|
> 70 years |
8 mg 45 mg/d |
|
Females |
|
|
9-13 years |
8 mg 45 mg/d |
|
14-18 years |
15 mg 45 mg/d |
|
19-30 years |
18 mg 45 mg/d |
|
31-50 years |
18 mg 45 mg/d |
|
51-70 years |
8 mg 45 mg/d |
|
> 70 years |
8 mg 45 mg/d |
|
Pregnancy |
|
|
</= 18 years |
27 mg 45 mg/d |
|
19-30 years |
27 mg 45 mg/d |
|
31-50 years |
27 mg 45 mg/d |
|
Lactation |
|
|
</= 18 years |
10 mg 45 mg/d |
|
19-30 years |
9 mg 45 mg/d |
|
31-50 years |
9 mg 45 mg/d |
|
Research Findings on Iron
Increasing Iron Uptake in Infants
http://www.sciencedaily.com/releases/2008/03/080321122124.htm
Updated Wednesday, 10-Apr-2013 11:19:06 CDT


