Home Made Sports Drink!

A couple of summers ago researchers from the University of Connecticut's Department of Kinesiology showed up at youth soccer and football camps on the East Coast to study how kid's rehydrate themselves after exercise. What they found is that most kids did not drink enough and that most of them became very dehydrated day by day. By the end of the four day camp between half and three quarters of the kids were seriously dehydrated. This happened despite the fact that there was lots of water around to drink. This is partly because kids just don't think to drink water.

The reason your kids need to stay hydrated is because even alone percent to two percent reduction in body mass through perspiration reduces aerobic performance. Kids weight less than adults so water loss is a very serious thing because in just 90 minutes of exercising without enough water their core temperatures can increase very rapidly.
In a Canadian study, when the kids were offered grape-flavored water, they voluntarily drank 44.5 percent more than when the water was unflavored. And when the drink included 6 percent carbohydrates and electrolytes — when, in other words, it was a sports drink — they eagerly downed 91 percent more than when offered water alone. Does this mean that the parents should be stocking their refrigerators with Gatorade, Powerade or the new Crayons sports drinks for kids (
Some experst say that they will likely drink more of a flavor they like as compared to water, and will benefit from the carbs and electrolytes. Furthermore the salt in these drinks increases the body's ability to retain fluid.
The problem is that sports drinks are not exactly healthy for anyone. They are just sugar water with salt added. They have also been linked with obesity and weight gain.
Sports drinks are also really expensive. Why not try making your own version using the recipe below.
1/4 cup sugar
1/4 teaspoon salt
1/4 cup orange juice
1/4 cup hot water
2 tablespoons lemon juice
3 1/2 cups cold water
In a quart pitcher, dissolve the sugar and salt in the hot water. Add the remaining ingredients and the cold water. The drink contains about 50 calories and 110 mg of sodium per 8 ounces, approximately the same as for most store bought sports drinks.

Indoor Air Pollution and Kid’s Asthma

We live in very advanced times but despite all that we know about nature and keeping humans healthy we still seem to keep them locked up n big steel and concrete bunkers where they inhale canned, recycled or rearmed air. Even worse this source of vital oxygen is often polluted by all kinds of carcinogens and toxins in the air that are simply the byproducts of our day-to-day activities.

These sealed up buildings came about as the result of the last energy crisis. The worst are buildings built past 1973.Over the past twenty -five years; buildings have been fortified to keep the cold or warmth out in order to prevent us from using up energy resources.

Unfortunately a lot of the materials that have been use to insulate these buildings also emit particulates and off-gas fumes into the air. These chemical vapors and bits of dust have brought dramatic increases in the number of cases of asthma, allergy, chemical hypersensitive and cancer.

The main culprits are materials such as fiberboard, carpeting and the glue and resins that are used to hold everything together. Here is a break down of the types of chemical emissions that can be found in the various construction materials, furnishings and commonly used items. All of these chemicals cause illness of all kind but especially cancer.

• Acetone – Bioeffluents, cosmetics, nail polish remover, office correction fluid, pre printed-paper forms.

• Alcohols – adhesives, bioeffluents, carpeting, caulking, ceiling tiles, duplicating machines, printers, floor coverings, paints, particle board, stains, varnishes and wall coverings

• Ammonia –bioeffluents, carpeting, cleaning products, printers, microfiches, photocopiers

• Benzene –adhesives, caulking, ceiling tiles, printers, floor coverings, paints, particleboard, photocopiers, stains, varnishes, tobacco smoke and wall coverings

• Chloroform – tap water

• Formaldehyde –adhesives, caulking, ceiling tiles draperies, fabrics, facial tissues, floor coverings, gas stoves, grocery bags, paints, paper towels, particleboard, permanent press clothing, plywood, stains, varnishes and upholstery.

• Trichloroethylene – duplicating machines, printers, photocopiers

• Xlyene –adhesives Bioeffluents, caulking ceiling tiles, computer screens, printers, floor coverings, paints, particle boards, photocopiers, stains, varnishes and wall coverings.

Indoor air pollution is considered by many experts to be one of the main threats to health in the twenty first century. People are getting ill in what are called 'sick buildings'. To make matters even worse, statistics show that most North Americans spend 90% of their entire life indoors in buildings that may be off gassing chemicals and particulates.

No wonder are kids are so allergic and suffer from asthma.

Illnesses that are known to be caused by indoor air pollution are –

• Allergies
• Asthma
• Eye problems
• Throat irritations
• Fatigue
• Headache
• Dizziness
• Confusion
• Memory Loss
• Irritability
• Lowered immunity
• Joint pain
• Cancer

It is not just the materials that are used to insulate homes that are the problem. Many downtown office buildings in urban cores are very old and have poorly maintained air conditioning systems. This creates environments where the humidity is too high or too low which can cause respiratory problems, the growing of bacteria such as Legionnaire's disease and other problems.