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Cooperative Extension Service |
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Agricultural
Experiment Station |
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4-H Programs
Life Skills
Evaluation
Dale Bumpers College
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2003
Volunteer Leader Training Guide
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| Amount of fat per 1 cup of flour | Amount of sugar per 1 cup of flour | |
| Cake | 2 to 4 tablespoons | 1/2 to 3/4 cup |
| Cookies | 1/4 to 1/2 cup | 1/3 to 1 1/3 cup |
| Quick bread | 1 to 4 tablespoons | 1 to 4 tablespoons |
| Yeast bread | 1 to 3 teaspoons | 1 to 2 tablespoons |
If your recipe uses the higher amount (or more) and you prepare the food often, consider making changes to reduce both fat and calories.
2. How often do you eat the dish? - If you make a certain dish only once or twice a year or for special occasions, it is not as important to modify that recipe as it is for foods you eat more frequently. For example, it’s more important to cut down on the fat in your weekly tuna fish salad sandwich than it is to cut down on the fat in your birthday cake.
3. How much of the food do you eat? - Sometimes the best way to modify your intake of a certain food is to eat less of it. Decreasing the quantity you eat may be more satisfying than decreasing the quality. For example, many people prefer to eat less of a real jam or jelly than to eat the regular amount of a low-sugar jam. Or if you really enjoy a traditional pie crust, perhaps you are better off using a standard recipe and making a one-crust pie or a lower-fat filling or eating a smaller piece.
How Do You Modify a Recipe?
There are many places to locate information on changing or altering recipes. The library is a good place to start. Check the books and magazines that feature healthy cooking ideas. If you have access to the Internet, do a search for healthy recipes or healthy cooking tips. Chances are you will find a healthier version of your recipe.
Another easy solution is to substitute a low-fat or low-salt alternative for one or more of the ingredients. Experiment with low-salt and reduced-fat products. Check the sodium and fat content on canned soups, sour cream, mayonnaise, cheese and convenience mixes.
Food scientists have found that most people either don’t notice much difference or accept the difference that results when these changes are made:
• Reduce fat by one-third.
• Reduce sugar by one-third.
• Omit salt or reduce by one-half.
• Replace one egg with two egg whites.
Before altering or modifying your recipe, define your dietary goal. If you want to cut calories, you need to know which ingredients add the most calories. If you want to cut fat, sugar, sodium or to increase fiber, you need to identify the ingredients that contain these components.
Calories: Fat is the most concentrated source of calories. Each gram of fat supplies nine calories, compared with four calories per gram of protein or carbohydrate and seven calories per gram of alcohol. Reducing the amount of fat in a recipe is the most effective way to cut calories.
Fat: Fatty acids are the basic chemical units in fat. They are either saturated, monounsaturated or polyunsaturated. All fats in foods are mixtures of these fatty acids.
Saturated fats are found in the largest proportions in fats of animal origin, such as whole milk, cream, cheese, butter, meat and poultry. They also occur in large amounts in coconut oil and palm kernel oil.
Monounsaturated fats are found in large amounts in olive and peanut oil, as well as in many margarines and solid shortenings.
Polyunsaturated fats are found in the largest proportions in fats of plant origin such as liquid vegetable oils (safflower, sunflower, corn, cottonseed and soybean), and margarines and salad dressings are made from them.
Cholesterol is a fat-like substance found in only foods of the animal origin. Significant sources include egg yolks, organ meats, butter, cream, cheese and whole milk.
Sugar comes in many forms including white, brown, honey, corn syrup, molasses and maple syrup.
Sodium is found in salt (salt is 40 percent sodium); leavening agents (baking soda and baking powder); monosodium glutamate (MSG); condiments such as soy sauce, bouillon, pickles and olives; cured meats; many canned vegetables and frozen dinners; and most cheeses, sauces, soups and salad dressings.
Fiber is found in whole grain breads and cereals, dry beans and peas, nuts and seeds, fruits and vegetables, especially those with edible skins or seeds.
Once you have identified the ingredient(s) in your recipe you want to modify, you can:
To choose the best approach for modifying your recipe, it’s helpful to have a general idea of the function of the ingredient and what will happen if you modify it.
Fat: Shortening, cooking oil, butter and margarine make baked products tender and rich. They also help retain freshness and serve to blend and distribute flavorings. When butter is used, it gives a special flavor to the final product.
Sugar: Although primarily added for sweetening, sugar
has additional functions. Because it caramelizes with heat, sugar helps the
product brown during baking. It also increases the tenderness of the product.
Honey, corn syrup and molasses are sugars and can be substituted for granulated
sugar. However, the amount of liquid used must also be adjusted. As a guideline,
try reducing the liquid by 1/4 cup.
Eggs: Egg yolks bring about even distribution of fat in batters and doughs. They promote tenderness and a fine texture. The egg proteins, along with gluten, form the structure of the product.
Salt: The major function of salt in baked products is to add and enhance flavor. In yeast breads, it helps control the action of the yeast, thus improving the texture. Salt is a preservative in cured meats and in brined vegetables such as pickles and sauerkraut.
Putting It Into Practice
Allow participants an opportunity to revise some recipes. Select either Activity 2 or 3, or if time permits let them do both.
One Last Reminder: Successful experimentation requires some basic record keeping. Write down the specific changes you make, as well as your reactions to the final product so you’ll know what to try next time or if you are satisfied with changes and no other changes are necessary.
Easter H.Tucker, Family and Consumer Science Specialist
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University of Arkansas • Division of Agriculture |
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