Iron and Down Syndrome (from Down Syndrome: What You CAN Do edited by Kim & Qadoshyah Fish)
Iron is a “double-edged” sword. It is very important for life and growth, but it can also cause serious problems in children with DS. Do not give your child additional iron unless s/he has proven iron deficiency anemia. Iron increases the Fenton reaction and thus lipid peroxidation. It also aids in oxidative stress and damage. Oxidative stress is already increased in DS. [More detailed explanation follows in the article below by Ginger Houston-Ludlam.] Additionally, excess iron is often stored in the brain and may contribute to long-term CNS (central nervous system) dysfunction.So, supplementing with iron just in case is not advised. See Biochemistry 101: Iron by Ginger Houston-Ludlam for more details on iron problems in the DS population.
What about eating food high in iron? No, with our kid's immature digestive system, that does not guarantee adequate iron absorption.
What can you do to safely increase iron levels?
Rule out/treat Astro-esophageal reflux, Celiac Disease, hypothyroidism and hypoxia -- all of which has an effect on the body's ability to process iron. (More info below in excerpts from Down Syndrome: What You CAN Do.)
The International Journal for Vitamin and Nutrition Research has published multiple studies supporting the supplementation of vitamin C with dietary iron to increase the bioavailability of non-heme iron. The amount of absorption is directly proportionate to the amount of vitamin C taken.
So before you supplement with iron, look to vitamin C to help the body better assimilate the iron that it is getting. Foods rich in vitamin C such as papaya, orange, cantaloupe, broccoli, brussel sprouts, raw green peppers, grapefruit, strawberries, etc. can be as effective as meat meals in improving iron absorption. (Go easy on the broccoli and brussels sprouts because they can mess with thyroid function.) Read: Vitamin C to find out how best to use Vitamin C supplements.
"In one of the earliest human studies, adult subjects maintained on vitamin A deficient diets developed anemia despite adequate iron intake. The anemia responded to vitamin A but not to iron supplementation…..Vitamin A supplementation of deficient children resulted in a significant increase in hemoglobin, hematocrit, and serum iron." http://www.ilsi.org/.../IVACG_vitA_iron_interactions.pdf A word of caution: kids with DS have difficulty with vitamin A supplementation if they thyroid is not properly supported. Avoid the forms of retinal and beta carotene. Instead, look to getting vitamin A through fish oils.
Folate/folic acid and or B12 deficiency also can be a factor in production and/or function of red blood cells which can lead to anemia. See "Red blood cells and DS" below.
"Avoiding phytates and oxalates may help. These can interfere with iron absorption from the gut, but the research is not conclusive on this subject. Phytates are found in bran and whole grains. Oxalates are high in nut and nut butters, beets and beet greens, tea, strawberries, gelatin, rhubarb, spinach, chocolate and wheat bran. Most of these foods are the very substance of a vegetarian diet." -- Joanne Larsen, Ask the Dietitian http://www.dietitian.com/iron.
Avoiding milk could also solve the problem. According to Joanne Larsen, Ask the Dietitian http://www.dietitian.com/iron.
Longvida Curcumin and Green Tea Extract can chelate iron, so consider that when supplementing.
Weakness, a haggard look, fatigue, lack of energy, tired looking eyes, shortness of breath, dull and poor memory, headache, premature wrinkles and dizziness on exertion are some of the indications of anemia. Symptoms of iron deficiency anemia include fatigue, pale skin, weakness, shortness of breath, headache, dizziness or lightheadedness, cold hands and feet, irritability, tongue inflammation or soreness, brittle nails, fast heartbeat, and poor appetite
The normal range of ferritin in children increases as they age. In children between the ages of 1 and 5 years, the normal range is 6 to 24 ng/mL. But, 20 is optimal. In children between 5 and 9 years of age, the normal range increases to 10 to 55 ng/mL. These levels continue to increase into adulthood, at which point they can be up to 200 ng/mL.
For iron and iron enhancing products, see the DS Day to Day amazon Store.
Instead of iron supplements, you may want to try these first:
Liquid chlorophyll by World Organics. ($6-7) It does not contain Fe, but because the chlorophyll molecule is similar to hemoglobin, it can quickly, raise the Fe level (much less than the standard 6 weeks for Fe supplements).
Organic Black Strap Molasses (see below for detailed info)
Organic/Grass Fed Beef Liver
Supplemental Sources of Iron
If your child is iron deficient and your doctor advises supplementation, here's info about the different kinds.
Important: Iron supplements should not be taken within four hours of thyroid medication or else the thyroid medications will not work properly.
Iron Bisglycinate, is a non constipating iron supplement. Brands include
Solgar Gentle IronFloradix
Solgar Chelated Iron
Now Foods Iron
The absorption rate of Floradix (liquid iron gluconate) is twenty-five per cent compared to solid iron tablets that have an absorption rate of two to ten per cent. Floradix provides maximum absorption by using the most highly absorbable form of iron, iron gluconate. Floradix also contains B vitamins and vitamin C to enhance absorption, herbal extracts to increase digestion, and fruit juices to ensure proper stomach acidity. So it is non-constipating. But it does have high natural sugar content with 5g of sugars per serving.
Spatone costs $19.95 for a 28-sachet box. If your total order exceeds $50, there is free shipping and handling. If your total order is less than $50, there will be a $7.95 charge added.
Unfortunately, iron supplements such as Spatone often cause constipation. To offset that side effect, take a look at the post: http://dsdaytoday.blogspot.com/2011/10/constipation-causes-and-cures.html and drink plenty of water.
Increasing Iron Through Diet
Absorption of iron from food is influenced by multiple factors. One important factor being the form of the iron. Heme Iron, found in animal sources, is highly available for absorption. Non-heme iron on the other hand, found in vegetable sources, is less available. Iron rich foods of an iron rich diet are listed below:
Iron Rich Foods containing Heme Iron
- Pork Liver
- Chicken Liver
- Beef Liver
Iron Rich Foods containing Non-Heme Iron
- Enriched breakfast cereals (to be avoided because of added synthetic folic acid)
- Cooked beans and lentils (make sure they are soaked before cooking)
- Pumpkin seeds
- Black strap Molasses
- Canned beans (avoid canned goods because of aluminum, if you must, only use cans from Eden organic, they use BPA free lining)
- Baked potato with skin
- Enriched pasta
- Canned asparagus
Red blood cells and DS
from The Guide to Good Health for Teens and Adults with Down Syndrome by Brian Chicoine M.D. & Dennis McGuire Ph.D:
"Abnormal lab Results- MCV One lab test in which results are commonly elevated in people with DS is the MCV....if red blood cells are released from the bone marrow before they mature, the cells will be larger and the MCV will be elevated.------
It is thought that red blood cells are often released early from the bone marrow of people with DS. One theory is that rbcs die more quickly in people with DS so less mature cells are released in order to replace them. Another theory is that there is an abnormality in folic acid metabolism in people with DS that may lead to larger rbcs.
An elevated MCV is generally not considered an abnormality that requires additional assessment in a person with DS so long as he has a normal blood count (hemoglobin and hematocrit) (that is, he is not anemic)......"
Anemia Home Remedies: Best Natural Cures
If anemia is diagnosed and no other disease is associated with it, then the following home remedies for anemia may be useful:
Eat four dried figs daily for a month and continue thereafter for another month if results are to your satisfaction.
Due to high Vitamin C content, eat one orange or tangerine daily.
Beets are very a potent treatment for anemia. Beet juice is full of natural minerals like potassium, phosphorus, calcium, sulfur, iodine, iron and copper. It also contains vitamins B1, B2, B6, niacin, and vitamin P. Beets are very helpful in curing anemia. Beet juice contains potassium, phosphorus, calcium, sulphur, iodine, iron, copper, carbohydrates, protein, fat, vitamins B1, B2, B6, niacin, and vitamin P. With their high iron content, beets help in the formation of red blood cells.
Drink 1/2 glass of white cabbage juice on an empty stomach twice daily.
Eat 100 gm lettuce twice daily, chew well.
Eat various preparations made of spinach daily or extract 1/2 cup of spinach juice for daily consumption.
Astro-esophageal reflux and Anemia
from the book, Down Syndrome, What You CAN Do:
This occurs when food that had already passed into the stomach and beyond comes back up into the Esophagus and may be vomited up. Most healthy people experience this from time to time. It is more common in babies because their food is liquid and therefore more easily brought back they spend less of their time upright the muscle at the top of the stomach that should prevent this is not yet well established. Some also have a hiatus hernia where the top part of the stomach is pushed just above the diaphragm into the chest. Babies with Down syndrome are more likely to have reflux, probably because the muscles of the stomach and esophagus that work to push food along seem to work less effectively. Symptoms may be very mild and merely a nuisance. Simple measures mentioned above may help. However, vomiting may be considerable and the child may not gain weight. In addition, the acid contents of the stomach irritate the lower esophagus causing discomfort, and sometimes bleeding from the esophageal wall. This can cause anemia. In these cases, medical treatment is necessary. Several different kinds of medicine are used, often in combination. They work in a number of ways - by preventing the stomach contents flowing back, by neutralizing the stomach acid and by improving the gastrointestinal motility. Very occasionally, these measures won't be sufficient and an operation to tighten up the junction between the esophagus and stomach will be necessary.--------
from Down Syndrome, What You CAN Do
This is a condition in which the bowels are unable to absorb particular nutrients from food. This can cause the body to run short of some nutrients, and the stools to be abnormal. Possible malabsorption of a number of different vitamins and minerals has been described in Down syndrome from time to time. However, the evidence for this is inconsistent and whether the malabsorption leads to any health problems is uncertain.
There is, however, one important type of malabsorption that is more common in Down syndrome called Celiac Disease. In this, the body develops an allergy to part of a protein called gluten, which is found in wheat and some other cereal grains. Symptoms include poor growth, abnormal stools (diarrhea, frothy, foul smelling or bulky stools are typical), swollen stomach, tiredness and irritability. Anemia may also result. Special blood tests are available which may help with diagnosis, but a jejunal biopsy may be necessary. In this test a small tube is swallowed, and a sample of the wall of the jejunum is removed for examination under a microscope. Treatment is by special diet excluding gluten. This should he supervised by a dietitian....
Thyroid & Anemia
from Down Syndrome, What You CAN Do
The adverse effects of abnormal thyroid function are well-known. An under active thyroid gland leads to cognitive impairment, increased risk of coronary artery heart disease from hypercholesterolemia (14), dry skin, constipation, and anemia.
from Down Syndrome, What You CAN Do
Folic Acid is particularly important in the population of people with Down syndrome. It is needed for the synthesis of DNA and RNA, which are the building blocks of cells. Folic Acid also helps prevent changes to the DNA that could lead to cancer. It is also needed in both children and adults to be able to make normal red blood cells and prevent anemia. Read about the best types of folic acid for the DS population: Why B12 & Folinic Acid
Piracetam and Hypoxia
from Down Syndrome, What You CAN Do
Hypoxia is a condition of low oxygen levels in the tissues. Hypoxia can be caused by lack of oxygen in the air (hypobaric or high-altitude conditions), decreased oxygen carrying capacity of the blood (anemia or carbon monoxide toxicity), by impaired circulation (ischemia, heart attacks, blood clots, etc.), or other causes.
For decades piracetam has been studied as an anti-hypoxia agent. This may have special application to DS due to developmental delays in the closing of the heart muscle wall between the right and left sides of the heart. This results in the mixing of blood from the right side of the heart (which pumps oxygen-depleted blood to the lungs) with blood on the left (which pumps oxygenated blood to the rest of the body). This effectively diminishes oxygen delivery capacity and exposes affected individuals to some degree of chronic hypoxia.
Hypoxia has an adverse effect on cognitive functioning, which piracetam effectively prevents [see SDN v1n10].
Hypoxia is also associated with increased lipid peroxidation, which is inhibited by piracetam and antioxidants [Nagornev et al., 1996]. This effectively increases human resistance to high altitude. In aged patients with ischemic heart disease, the combination of piracetam and tocopherol acetate (vitamin E) provides better control of angina pain, increases exercise tolerance, and positively influences hemodynamic measurements [Pimenov et al., 1997]. These observations confirmed earlier work [Pimenov et al., 1992].
Hypobaric hypoxia of pregnant rats causes memory impairment and learning delays (in both passive and active tasks) in newborn pups. Postnatal piracetam (200mg/kg/day) in the second and third weeks of life partially corrected behavioral disturbances and physical development, but not adaptive behavior, caused by this prenatal hypoxia [Trufimov et al., 1993].
The adverse role that oxidative stress can play in cognitive functioning can also be blocked by piracetam. Craniocerebral trauma in rabbits causes 1) increased free radical activity, 2) decreased antioxidant function, and 3) increased lipid peroxidation throughout the brain. These effects are prevented by piracetam or amphetamine (which are stimulants), but not by phenobarbitol (a CNS depressant) [Promyslov and Demchuk, 1995]. The lack of any direct antioxidant effect of piracetam or amphetamine in an in vitro model suggests that the antioxidant effect is entirely mediated by secondary metabolic effects of these compounds.
If your child has anemia this is a great web page: https://sites.google.com/site/superdownsyndrome/sleep/iron
Down Syndrome: What You CAN Do edited by Kim & Qadoshyah Fish
The Guide to Good Health for Teens and Adults with Down Syndrome by Brian Chicoine M.D. & Dennis McGuire Ph.D
Vitamin C Plays Important Role in Brain Function
Achieving Iron Balance with Diet
Why supplement and monitor zinc?
Folic Acid Cut Alzheimer’s Risk in Half
Alzheimer's Disease & DS: Connection and Treatment...
Thyroid & DS Go Hand in Hand
Celiac Disease & Down Syndrome
The Heart & Down Syndrome
Preparing for Heart Surgery/Hospital Stay
Heal the Gut, Heal the Child
Fermented Cod Liver Oil
Coconut Oil Info and Recipes
Fats & Oils
Getting Organized: A Medical Notebook
Natural Ways to Help with ADD & Hyperactivity
Six Foods that are Surprisingly High in Toxins
Acetyl -L Carnitine (ALC)
L-tyrosine: Building Block for Neurochemicals
High Fructose Corn Syrup Is a Major Cause of Demen...
Cystic Fibrosis of Pancreas and Down's Syndrome
Cure for Down Syndrome?
Changing Minds Foundation Protocol
Gingko: The Hows and Whys for Down Syndrome
CMF Protocol: Prozac
EGCG Green Tea Extract For Memory