Choosing the Right Multivitamin for Your Children

Children have a greater need for proper and more complete nutrition than do adults.That is a fact. So why do parents give kids cartoon-shaped sugar pills containing synthetic vitamins? Proper nutrition is vital for the development of teeth, bones and muscles, as well as neuro-cognitive, immune-system and many other important functions. It also should serve as a primary defense against chronic diseases. But are children getting the nutrition they need? Let’s first understand a child’s daily requirements for vitamins and nutrients.

The United States Department of Agriculture (USDA) recently revised its long-standing food pyramid to illustrate that a healthy balance of the food groups is required, along with daily physical exercise. Have your patients visit www.mypyramid.gov to find a number of educational tools to help fit a nutritional plan to a specific child.

Also trying to help ensure kids get adequate nutrition is the United States Food and Drug Administration (FDA). It publishes guidelines for the recommended daily intake of 25 vitamins and minerals. These guidelines appear most commonly as U.S. RDIs (Recommended Daily Intake) on food labels. All manufacturers of food sold in the U.S. are required to accurately state the percentage RDI per serving on its labels.

To understand how a child should be eating, let’s start with the FDA’s RDI of vitamins and minerals. It segregates needs based on two age groups: age 2 to 3, and age 4 to adult. In our case study, we modeled a 6-year-old girl’s daily needs. Next, we visited the food pyramid to obtain recommended foods from the various food groups in the appropriate proportions. We came up with a list of foods for a single day’s diet (Table 1). This set of food selections should yield a good nutritional base for our 6-year-old girl.

The pyramid recommends that our 6-year-old limit extra fats and sugars to less than 170 calories per day. We calculated the vitamins and minerals in these food selections and mapped them against the RDI values for vitamins and minerals. What did we find? Take a look at Table 2.

In this example, our 6-year-old girl achieves the recommended daily amount of only six of the 25 FDA-tracked nutrients. She is left woefully deficient in the remainder, including some of the most important. The nutrients are listed in the order mandated by the FDA, which is supposed to reflect the relative importance of each item.

This exercise illustrates that even using the available tools and guidelines to design a well-balanced daily diet, the average parent likely will end up providing meals to their child with nutritional shortfalls. In fact, even the most able nutritionist would be challenged. Consider that most parents have schedules that force them to take advantage of the conveniences of pre-prepared meals, drive-thrus and highly processed foods. Unfortunately, poor dietary habits in children are the norm, not the exception.

A large study published in the journal Pediatrics monitored more than 3,000 children and showed that only 1 percent of the children met the recommendations for the food pyramid. This same study indicated these children were low in vitamin B6, iron, calcium, zinc and fiber. Let’s look again at our 6-year-old’s diet and map the nutritional value of what a typical 1st grader might eat in a day:

Breakfast: 1 cup Fruity O’s cereal, 1 cup 2 percent milk.

Lunch: 1 cup fruit juice, 4 chicken nuggets, 1/2 cup green beans, 1 banana.

Snack: 1 cup tortilla chips (cheese flavor), fruit snack.

Dinner: 1 slice pizza, 12-oz lemon-lime soda, brownie.

TABLE 1
Recommended Daily Diet for a 6-Year-Old Girl
1,400 calories, 30-60 minutes of exercise

Food GroupItemAmount

Grains  
Need: 5 ouncesCornflakes1 cup
 Whole wheat crackers5 crackers
 White rice1 cup
 Popcorn3 cups

Vegetables  
Need: 1.5 CupsGreen beanscup
 Baby carrots1 cup

Fruits  
Need: 1.5 CupsBanana1 medium
 Strawberriescup

Food GroupItemAmount

Milk  
Need: 2 CupsMilk1 cup
 Cheddar cheese, shredded1/3 cup

Meat and Beans  
Need: 4 ouncesChicken breast, roasted3 oz
 Cashews, roasted1 oz
(18 nuts)

Fats and Oils  
Limit: 4 tspCashews2 t oil
 Popcorn2 t oil

Source: USDA Nutrient Data Laboratory, www.mypyramid.com.

TABLE 2
RDA of Nutrients Based on Recommended Daily Diet
6-Year-Old Girl, 1,400 calories, 30-60 minutes of exercise

Vitamin/Mineral RDA Units Totals % RDA
  Age 4 +   Age 4+

Vitamin A 5,000 IU 13,469 269%
Vitamin C 60 mg 63 105%
Calcium 1,000 mg 761 76%
Iron 18 mg 14 79%
Vitamin D 400 IU 142 36%
Vitamin E 30 IU 1 5%
Vitamin K 80 mcg 20 25%

Vitamin/Mineral RDA Units Totals % RDA
  Age 4 +   Age 4+

Thiamin (Vitamin B1) 1.5 mg 1 67%
Riboflavin (Vitamin B2) 1.7 mg 1 79%
Niacin (Vitamin B3) 20 mg 21 107%
Pyrodoxine (Vitamin B6) 2 mg 2 113%
Folate 400 mcg 310 78%
Vitamin B12 6 mcg 3 53%
Biotin 300 mcg 0 0%
Pantothenic Acid (Vitamin B5) 10 mg 4 38%
Phosphorus 1,000 mg 1,121 112%
Iodine 150 mcg 0 0%
Magnesium 400 mg 241 60%
Zinc 15 mg 7 49%
Selenium 70 mcg 60 85%
Copper 2 mg 1 48%
Manganese 2 mg 2 101%
Chromium 120 mcg 0 0%
Molybdenum 75 mcg 0 0%
Chloride 3,400 mg 0 0%
 
Calories 1,400   1,276 91%

Source: USDA Nutrient Data Laboratory, www.mypyramid.com.

TABLE 3
RDA of Nutrients in Typical Daily Diet
6-Year-Old Girl (1st Grader)

Vitamin/MineralRDAUnitsTotals% RDA
  Age 4 +  Age 4+

Vitamin A5,000IU1,99340%
Vitamin C60mg144.7241%
Calcium1,000mg819.882%
Iron18mg16.0189%
Vitamin D400IU9825%
Vitamin E30IU3.1110%
Vitamin K80mcg19.825%

Vitamin/MineralRDAUnitsTotals% RDA
  Age 4 +  Age 4+

Thiamin (Vitamin B1)1.5mg1.754117%
Riboflavin (Vitamin B2)1.7mg1.815107%
Niacin (Vitamin B3)20mg24.495122%
Pyrodoxine (Vitamin B6)2mg2.874144%
Folate400mcg263.366%
Vitamin B126mcg3.62960%
Biotin300mcg00%
Pantothenic Acid (Vitamin B5)10mg4.13741%
Phosphorus1,000mg1,273127%
Iodine150mcg00%
Magnesium400mg21153%
Zinc15mg11.15174%
Selenium70mcg72.9104%
Copper2mg0.69735%
Manganese2mg1.28564%
Chromium120mcg00%
Molybdenum75mcg00%
Chloride3,400mg00%
 
Calories1,400 2,096150%

Source: USDA Nutrient Data Laboratory, www.nal.usda.gov/fnic/foodcomp/search.

Now let’s look at how that daily diet affects our 6-year-old’s daily nutritional profile. As shown in Table 3, our 1st grader, aided by highly processed and fortified food selections, achieved her RDI for one more (seven) of the 25 nutrients, but has consumed 50 percent more calories than the USDA recommends for her age. We also should be concerned with the additional sugar and fats associated with these menu choices.

The correct conclusion to this data analysis is that parents must supplement a child’s diet because it’s virtually impossible for them to consistently eat the right combination of foods to provide their necessary nutrition. For this reason, knowledgeable health care and nutrition professionals like you can recommend the right vitamin supplements for children.

Where does a parent turn, but to their local grocery or pharmacy shelf? There, they will find all manner of cute and cuddly candy-like multivitamins. They will review the labels to select one that appears to have a full spectrum of what’s missing from their child’s diet.

So, this should be the end of this article … but it’s not. What’s wrong with cartoon vitamins? A study of the available products reveals startling, problematic results. They contain synthetic vitamins, inadequate minerals, as well as binders, preservatives and sugar – some of the very items we need the supplements to combat in the first place! Yet those items are listed first in the ingredient section of the cartoon vitamin label. Unfortunately, the primary consumers for these products (parents) are untrained in how to interpret the labels. The most glaring problems include:

  • The formulas are incomplete.
  • They contain synthetic vitamins – chemically derived substances that are supposed to mimic the natural form, but in fact are like mirror-image opposites.
  • Processed sugar is used to flavor the pills to increase compliance, but most kids already get too much sugar in their daily diets.
  • To get the vitamins to hold their cute shapes, manufacturers use binders, which are non-natural chemical additives.

We need to provide kids with the kind of nutritional supplements informed adults demand:

  • All-natural, with no synthetic chemical nutrients.
  • Derived from whole foods.
  • Complete and balanced formula, meaning they should contain at least the 25 FDA-recommended nutrients, preferably more.
  • Good taste to ensure compliance, but without added sugar. Liquids are best, as they absorb better and the dosing can be modified, depending on the child’s size and needs.
  • Need to contain the full spectrum of organic trace minerals.

What is the solution? In this case, unfortunately, there aren’t many good ones. Randy Miles, a certified nutritionist and co-owner of Family Health Market in Frisco, Texas, does not recommend any children’s multivitamin product; rather, he uses their best liquid adult’s formula and reduces the dosage for children. “Multivitamin supplements for children are in a segment that is virtually ignored. What you find are products containing only the bare minimum of nutrients and also alarmingly include titanium and aluminum.” Miles continues, “Cartoon vitamins are all that is out there, so many pediatricians recommend them, but it’s more about marketing to the kids than it is about nutrition.”

The proof is in the pudding. Today's children face more obstacles to good health than just poor nutrition. Kids are exposed to more toxins, pollution and stress than those in one or two generations prior. They're dealing with free-radical damage and oxidative stress daily and in higher amounts. Air pollution, water pollution, pesticides, preservatives, radiation, smoke, fatty foods and stress are factors that raise free-radical levels. These free radicals increase risks of degenerative diseases, as they cause cellular and tissue damage within the body.

There is a great need for diets rich in vitamins, minerals and antioxidants to combat the free-radical damage. Children receiving the right amount and combination of these minerals and vitamins are better able to counteract the effects of the extra toxins they might face. It is absolutely a must for them to strengthen their armor with a healthy diet high in fruits and vegetables and low in processed foods and sugars. Then, we must augment that effort with the very best supplements available. Kids deserve better health than their parents, but unless we do something, they are fighting an uphill battle.

The Role of Vitamins and Minerals in A Child’s Development

Vitamin/Mineral Nutritional Role
Vitamin A new cell growth; healthy skin, hair and tissues; vision
Vitamin C growth and development; formation of collagen, teeth, gums, bones and blood vessels; improves iron absorption and resistance to infection
Calcium builds and maintains strong bones and teeth; without enough calcium, the body breaks down bone to obtain the mineral
Iron strong muscles and production of blood
Vitamin D helps body absorb and maintain calcium and phosphorus
Vitamin E antioxidant protection from free radicals; formation of red blood cells
Vitamin K blood clotting
Thiamin (Vitamin B1) conversion of carbohydrates to energy; function of the heart, muscle and nervous systems
Riboflavin (Vitamin B2) growth; energy production; red blood cell production
Niacin (Vitamin B3) proper digestion; skin; and healthy nervous system
Vitamin B6 (Pyrodoxine) protein metabolism; red blood cell metabolism; efficient function of nervous and immune systems
Folate helps produce and maintain new cells; important during growth
Vitamin B12 metabolism; red blood cell formation; nervous system
Biotin growth and metabolism
Pantothenic Acid (Vitamin B5) breaks down carbohydrates, proteins and fats for energy production
Phosphorus required for all cell functions; bones and teeth; energy production
Iodine helps control metabolism
Magnesium energy production; muscle contraction and relaxation; protein synthesis
Zinc cell reproduction; tissue growth and repair; immune system
Selenium powerful antioxidant
Copper formation of red blood cells; health of blood vessels, nerves, immune system and bones
Manganese enzyme structure
Chromium energy and blood sugar control; metabolism of fats and carbohydrates
Molybdenum metabolism of amino acids
Chloride blood pH and digestion

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