Essay, Research Paper Everything You Need to Know About Iron Iron is called a trace mineral, but its effects are mighty. We need it to produce hemoglobin, the oxygen carrier in red blood cells that brings oxygen to the rest of the body. Iron is also needed to produce myoglobin, the oxygen reservoir in the muscle cells.
Essay, Research Paper
Everything You Need to Know About Iron
Iron is called a trace mineral, but its effects are mighty. We need it to produce hemoglobin, the oxygen carrier in red blood cells that brings oxygen to the rest of the body. Iron is also needed to produce myoglobin, the oxygen reservoir in the muscle cells.
Iron is notoriously low in the American diet; especially in children one to two years old, and in women ages 12 to 50. Surprisingly, it is also low among athletes, who pack their diets so full of carbohydrates that they tend to omit iron-rich foods.
Inadequate iron stores in the blood cause iron deficiency anemia. Iron is needed for the production of hemoglobin needed for red blood cells. Hemoglobin is important in the transport of oxygen to the body tissues. In the United States, 10-30% of the entire population suffers from iron deficiency anemia. Women are more likely to be anemic because of poor eating habits and blood loss during menstruation. Thus, many women enter pregnancy with reduced iron stores or some level of anemia. According to multiple studies on anemia and pregnancy outcomes, anemia, which is diagnosed early in pregnancy, is associated with increased risks of low birth weight and preterm birth or abortion.
Pregnancy increases the risk of anemia. During pregnancy, the blood volume expands by almost 50%. Most of the increased blood volume is an increase in blood plasma levels, not red blood cells. Since the plasma level increases more rapidly than the red blood cells in the first half of pregnancy, the concentration of red blood cells in the blood is less than during the pre-pregnancy period. As the body works to produce red blood cells at an increased rate, the need for iron may exceeds the available stores. The result is iron deficiency anemia. At least 20% of all pregnant women are anemic. However, this type of anemia, called hemodilutional, does not increase the risk of low birth weight or preterm delivery.
Cut off value for anemia for women.
Non-pregnant 12.0 g/dl
Trimester 1 11.0 g/dl
Trimester 2 10.5 g/dl
Trimester 3 11.0 g/dl
Symptoms of Anemia:
? Extreme fatigue and weakness
? Dizziness or fainting
? Shortness of breathe & heart palpitations.
During periods of growth such as infancy, childhood, adolescence and pregnancy, blood volume increases to feed the new tissue. More blood and more tissue means that more iron is needed to carry the extra oxygen around. Not meeting the demand can have lifelong consequences. Even without symptoms of anemia, iron-deficient infants show signs of mental impairment. Studies suggest that anemia at nine months is associated with impairment in their cognitive functions later on. In tests, three to five years olds who’d had anemia performed poorly on intelligence tests and exhibited lower learning achievement and a reduced ability to concentrate in the second grade
Women take in less iron than men because they are usually smaller and eat less. They also lose more during menstruation. These factors put women at greater risk for iron deficiency, and make it important for them to eat right to get adequate amounts of iron.
Iron is found in two forms — heme and non-heme. Heme iron, the more potent and easily absorbed of the two, is found only in animal tissue. All iron found in plant food is non-heme. Meat, fish and poultry actually help promote the absorption of iron, even from other foods eaten with it. Conversely, non-heme iron is hard to absorb since it is easily tied up by food fiber and other dietary components. You can overcome this somewhat by including vitamin C, which, if eaten simultaneously, can boost iron absorption by more than 500%.
How to get iron in your diet.
Optimal iron intake:
? Pregnant women: 30-60 mg
Good Sources of Iron
? One ounce Total cereal: 18 mg
? One cup Cream of Wheat: 10 mg
? Baked potato with skin: 4 mg
? 1/2 cup green leafy vegetables: 2 mg
? One tbsp. Blackstrap molasses: 3 mg
? Three ounces of liver (all kinds): 8 – 25 mg
? Three ounces of beef, pork, lamb: 2-3 mg
? 1/2 cup prunes or dates: 2 mg
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