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Other nutritious nectars come from the “P” fruits – peaches, pears and prunes.<br />
How much you offer counts<br />
Juice can be a tasty alternative to water, but consuming too much juice may take the place of<br />
other nutritious foods the child would normally eat. The following chart explains how much juice<br />
is appropriate for a child up to 12 years of age:<br />
Age<br />
Amount<br />
6 – 12 months 4 ounces per day<br />
1 – 4 years 6 ounces per day<br />
4 – 12 years 8 ounces per day<br />
Juice consumption 101<br />
• Offer 100-percent juice at mealtimes or as snacks as an alternative to soda or junk juices.<br />
Serve orange juice at breakfast, and pack a carton in your child’s lunch box for lunch or as a<br />
daytime snack.<br />
• If a child usually consumes more than the daily-recommended amount of juice,dilute the juice<br />
with water. The water has the sweet taste of juice while allowing the appropriate amount of<br />
juice intake throughout the day.<br />
• If a child asks for carbonated soda, add seltzer to a glass of 100 percent pure orange juice to<br />
add ‘a bubbly sensation’.<br />
• Don’t let toddlers walk around or fall asleep with a baby bottle filled with juice. It can cause<br />
tooth decay. The juice bathes the teeth, which may contribute to bacterial growth, plaque and<br />
eventual decay (a condition called the “juice bottle syndrome”).<br />
Vitamin C tips<br />
• Orange and grapefruit juices contain more natural vitamin C than any other fruit juice. They’re<br />
great juices for your children – and for you.<br />
• The vitamin C content of canned juices may deteriorate upon exposure to air, so be sure to<br />
refrigerate and tightly seal opened containers.<br />
• Freshly squeezed juice contains more vitamin C than “made from concentrate” canned or<br />
frozen juices.<br />
• Adding ascorbic acid, or vitamin C, to juice allows manufacturers to claim that the drink will<br />
give your child “100 percent vitamin C.” This health claim, however, can mask its sugary<br />
content and hides the fact that other essential nutrients are not included.<br />
Avoiding tummy-aches<br />
Juices with a high fructose-to-glucose ratio and that contain sorbitol can aggravate the intestines,<br />
especially those already sensitive by irritation or infection.<br />
• Recommended Juices: Citrus juices and some other juices (strawberry, raspberry, blackberry<br />
and white grape juice) do not contain sorbitol and are recommended by the American Academy<br />
of Pediatrics’ Committee on Nutrition for use during intestinal illnesses.<br />
• <strong>Fructose</strong>-to-Glucose Ratio: A high fructose-to-glucose ratio may cause diarrhea or abdominal<br />
pain because the excess fructose ferments in the large intestine. Orange juice is a recommended<br />
juice because it contains equal amounts of glucose and fructose and no sorbitol.<br />
• Infants and Children: Because their immature intestines allow more unabsorbed sugar to reach<br />
the colon where it ferments, infants and children are particularly prone to gas and diarrhea<br />
from excessive juice.<br />
Favorite 100% pure fruit juice facts<br />
• Orange – The juice with the highest amount of vitamin C and potassium and a good source of<br />
folate and thiamin. It also contains cancer-fighting phytochemicals.<br />
• Grapefruit – The juice with the second highest amount of vitamin C.<br />
• Apricot Nectar – This juice is high in vitamin A and contains a small amount of iron and zinc.<br />
• Prune – The juice highest in iron, zinc, fiber and niacin.<br />
• White Grape – A juice high in vitamin C, and the best juice for healing the intestines.<br />
• Apple – This juice has no nutritional advantage over other juices, but is good for flavoring<br />
water because it dilutes well.<br />
Articles on <strong>Fructose</strong><br />
<strong>Fructose</strong>, or fruit sugar, is a simple monosaccharide found in many foods. It is one of the three<br />
important dietary monosaccharides along with glucose and galactose. The organic fructose<br />
molecule was first discovered by Augustin-Pierre Dubrunfaut in 1847. <strong>Fructose</strong> is a white solid<br />
that dissolves in water – it is the most water-soluble of all the sugars. Honey, tree fruits, berries,<br />
melons, and some root vegetables contain significant amounts of molecular fructose, usually in<br />
combination with glucose, stored in the form of sucrose. About 240,000 tonnes of crystalline<br />
fructose are produced annually.<br />
<strong>Fructose</strong> is a 50% component of sucrose. Sucrose is a disaccharide derived from the condensation<br />
of glucose and fructose. <strong>Fructose</strong> is derived from the digestion of table sugar (sucrose).<br />
High-fructose corn syrup is a SINthetic product. Thus an Insult to the<br />
Body.<br />
Crystalline fructose and high-fructose corn syrup are often confused as the same product.<br />
Crystalline fructose, which is often produced from a fructose-enriched corn syrup, is indeed the<br />
monosaccharide. High-fructose corn syrup, however, refers to a family of mixtures of varying<br />
amounts of fructose and glucose.<br />
<strong>Fructose</strong> is also found in the synthetically manufactured sweetener, high-fructose corn syrup<br />
(HFCS). Hydrolyzed corn starch is used as the raw material for production of HFCS. Through the<br />
enzymatic treatment, glucose molecules are converted into fructose. There are three types of<br />
HFCS, each with a different proportion of fructose: HFCS-42, HFCS-55, and HFCS-90. The number<br />
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