Energy Additives for Baby – Baby Care

The body needs a continuous supply of energy to keep alive. Energy additives use for breathing, circulation, growth and keeping warm,  enabling the body to move, the more active (energetic) the person, the more energy will be used. This energy all comes from food.

The body needs a constant source of energy. Energy additives use for breathing, circulation, growth, and keeping warm. One way of storing energy is in fat in the body. Without power, the body will not be able to survive. You need to know the importance of your body to find out what nutrients it is getting and what is lacking. There are also many ways to get energy from food, injectable and electrically. You need to have the best energy sources for your body to work.

What are Energy Additives?

The most crucial thing for the body is energy. Because staying alive, the body needs a constant source of energy. Breathing, circulation, growth, and remaining warm all require power. The body draws energy from a variety of sources. Carbohydrates, lipids, proteins, and vitamins are some of these sources. Furthermore, the body may generate energy from meals.
Given the importance of energy in the body, various energy-boosting combinations have been created to boost the body’s energy levels. Their capacity to increase energy levels in the body is often known as energy boosters.

Energy additives are used in foods to give us that extra boost of energy. It is measured in kilocalories and can be used for breathing, circulation, growth, and keeping warm. These energy additives are readily available on the market and are generally available for more than 400 foods.

Energy Additives form Food

Energy additives a particular food contains measured in kilocalorie or Kilojoules:

1 kcal- 4.2 kJ (approx.) 1000 kJ = 1 MJ (megajoule) = 239 kcal.

In everyday language, the `kilo’ part of the kilocalorie is often left off. The same often happens to the word kilojoules. It is technically inaccurate to use calorie and joule in this way and can be confusing.

Different foods contain different amounts of energy per unit of weight. That they have different energy values. Foods that have a high energy value are those which contain little water and a high proportion of fat or sugar.

Daily Intake of Energy

Intake of energy has estimated that, on average. The daily intakes of energy shown in the table are required. These figures apply to boys, girls require slightly less. The average daily intake for women is increased from 9.2 MJ (2200 kcal) to 10.0 MJ (2100 kcal) when pregnant and to 11.3 Mj (2700 kcal) when breastfeeding.

Food Additives

 Many foods contain energy additives. Additives substances that added to food to preserve it or to change it in some way. Some additives are natural substances, pertain form fruit, lecithin from soya beans. Others are synthetic (man-made), potassium mitral, atrazine

Additives are controlled by Government Regulation and it is illegal to put anything in food which will injure health. Very few people are allergic to one or more additives, atrazine. It should be remembered that more people are allergic to certain natural food strawberries of shellfish.

All manufactured food is required to have a label showing the ingredients contained in the food, listed in the order of the quantity (by weight) present, starting with the largest. The additives identified by name or number. Those numbers with an ‘E’ (E number) have been approved for use in food by the European Economic Community (EEC) Additives are usually grouped according to their function. Some examples are given below.

Preservatives

These protect food against microbes. They prevent microbes from spoiling the food, which increases its storage life and helps protect against food poisoning. Examples are:

• Sorbic acid
• Sulfur dioxide
• Sodium metabisulphite
• Potassium nitrate.

Sugar, salt, vinegar, and alcohol use for preserving food do not regard additives.

Antioxidants for Energy Additives

These stop fatty foods from going rancid and protect vitamins contained in the food from being destroyed. Examples are:

• Synthetic alpha-tocopherol
• Lecithin
• L- ascorbic acid (vitamin C)
• Butylated hydroxyanisole (BHA)
• Butylated hydroxytoluene (BHT).

Emulsifiers and Stabilizers

Emulsifiers enable ingredients to mixed together that would normally separate.  fat or oil with water and stabilizers prevent substances which have been mixed together from separating again. Examples of substances which are  emulsifiers and stabilizers are:

• Locust bean gum (from carob beans)
• Gum arabic (from acacia trees).

Coloring for Energy Additives

Additives used to make food more colorful and attractive or to change its color. Examples are:

• Tartrazine – yellow chemical
• Curcumin – yellow extract of turmeric roots.
• Caramel – burnt sugar
• Carotene (alpha, beta, or gamma, called ‘annatto’)- orange-yellow color, form carrots. Carotene becomes vitamin A in the body.

Flavoring Energy Additives

There are about 3000 flavorings.  only tiny amounts used in comparison with other additives. They are not at present require to the individual name of the packaging of foods. Flavorings include herbs and spices.

Flavor Enhancers

These stimulate the taste buds and make food taste stronger. An example is:

• Monosodium glutamate (MSG, sodium hydrogen E0glutamate)

Anti-Caking Agents

These stop lumps forming in powdery foods an example is:

• Silicon dioxide (Silica).

Sweeteners

These are used in low-calorie food products and in diabetic food. Examples are:

• Saccharin
• Sorbitol

In the end, the body needs a constant energy source, and that energy has to come from somewhere. When we use energy, we break it down into more negligible calories. One way of storing energy is in fat in the body. There are many different reasons people are overweight. Still, the most common is not getting enough exercise and overeating.