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Stevia
- Thread starter ASU
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J
jenscats5
Guest
They sell it at Trader Joes if you have one near you & at health food stores. I've found it to be very expensive.....
ASU
New member
Sugar
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Sugars:
Sucrose (table sugar):
Sucrose is usually made from sugar beets or sugar cane. It is useful for baking, not only for its flavor, but also for the texture it imparts to baked foods. Not only does sucrose taste good, but it gives you quick energy. However, there is an enormous downside to that sudden surge of energy. When it is gone, your body craves another “hit” of sugar to maintain the energy. Too much sucrose consumption, just like too much of any of the high-glycemic carbohydrates, leads to excessive insulin surges, which in turn causes the excess carbs to be stored in your fat cells. Because sucrose is a high-glycemic sugar, it is a good idea to substitute other sweeteners. When you are reading labels for sugar content, here are some other forms of sucrose to avoid: raw sugar, brown sugar, turbinado, invert sugar, confectioner’s sugar, cane sugar, crystallized cane juice.
High Fructose Corn Syrup:
This sweetener is manufactured from corn starch and has a high glycemic value; that is, it causes your insulin to surge. There is some controversy as to the safety of consuming large amounts of this sweetener over time. High fructose corn syrup is found in numerous products and is not the same as a product that contains only fructose, which is a low-glycemic sweetener.
Fructose:
Fructose, also known as fruit sugar, is sweeter than table sugar. Use about one-third less when substituting it for table sugar. Not only do you use less of this sweetener, but it has another advantage. Its glycemic value is 20 (with glucose at 100), very low. Fructose metabolizes at a slow rate, helping to control insulin surges. It is recommended for diabetics and others seeking to control their carbs. Whey Low D is a newly developed product that adds lactose to the fructose, causing an even lower glycemic response than fructose alone.
Dextrose or Glucose:
Glucose has an even higher glycemic value than table sugar. On many glycemic indexes, glucose is used as the benchmark for “100”. On labels it can also be called corn sugar. Always avoid this sugar to control your carbs (and your insulin).
Lactose:
Also known as milk sugar, lactose falls about halfway between sucrose and fructose on the glycemic index. It is made from whey and skim milk and is used largely by the pharmaceutical industry.
Honey:
Honey is an invert sugar, formed by an enzyme from nectar. It is a combination of fructose, sucrose, glucose, and maltose and is not a low-glycemic sweetener. If you are controlling your insulin, stay away from this treat. Contrary to common "wisdom", honey contains only trace amounts of minerals and vitamins.
Polyols:
Also known as sugar alcohols, polyols are found naturally in fruits, but also are manufactured commercially. Xylitol has the same sweetness as sucrose; sorbitol, maltitol, and mannitol as half as sweet as table sugar. Sugar alcohols are useful for diabetics and those who are controlling their insulin because of their low glycemic response. These sugar alcohols are found in a number of “sugar free” products. Their main drawback is that they can have a laxative effect when consumed in excess amounts in some people. Exercise caution when trying these products until you see how your own body reacts. Sugar alcohols usually end in the letters "tol" on the label. Isomalt is a sugar alcohol that is an exception.
Alternative Sweeteners
Acesulfame potassium (K):
Useful for diabetics and more than 200 times sweeter than table sugar, acesulfame K holds up well under the heat of cooking and baking. Its brand name is Sunett. The body cannot metabolize this sweetener, and it is excreted in the urine. By itself it can leave a slight aftertaste, but has a nice synergistic sweetening effect when combined with other sweeteners. You can find this sweetener under the brand, DiabetiSweet, where it is combined with Isomalt, making it a nice choice for cooking and baking. Acesulfame K is found in numerous products. It has a long shelf life.
Agave Nectar:
Also labeled as agave syrup, this sweeter has been used for generations to produce tequila. It is more than 90% fructose and is very low on the glycemic index. When substituting this natural form of fructose for table sugar, use about 30% less. It can be substituted one for one for fructose. It is especially useful to add a small amount of agave when cooking with Splenda to offset some of Splenda’s aftertaste and to improve texture of your recipe. It is a very helpful choice for a controlled carb diet.
Aspartame:
Also about 200 times sweeter than sugar, there is a great deal of controversy over the safety of this sweetener. It is made from two amino acids, aspartic acid and phenylalanine. Aspartame, also marketed under the names Nutrasweet and Equal, is found in a wide variety of prepared products. This sweetener does break down when heated and is not useful for cooking or adding to hot beverages.
Maltitol:
Like all sugar alcohols, maltitol does not promote tooth decay. Maltitol has a taste and sweetness similar to table sugar. It does not raise blood glucose (and insulin) levels and is useful for diabetics and low-carbers. Because of its high melting point and stability, it is a particularly helpful choice when making candies. It can also give a creamy texture to foods. Like all sugar alcohols, maltitol can have a laxative effect in some individuals.
Saccharine:
This sweetener has been around for close to a hundred years and is 200 time sweeter than table sugar. It is produced from a substance found in grapes. The human body cannot break it down, so it does not produce an insulin response. It is often found in soft drinks and in sweeteners like Sweet ‘N Low. It can be useful in recipes like salad dressings and punch, which do not depend on the volume and texture provided by normal sugars.
Sorbitol:
This sugar alcohol is found in a number of products, especially those that need to become dry or hardened, like candies and confectionaries. Like other sugar alcohols, it does not contribute to tooth decay. Sorbitol is often used in “reduced calorie” and “light” products. Excess consumption may have a laxative effect.
Stevia:
This South American plant has also been called the honeyleaf. Although not approved as a sweetener by the FDA, stevia has been safely used in Japan for the purpose of sweetening for about 25 years. It has only been approved as a food additive in the United States. Stevia products are not standardized, and not all are of the same quality. The pure white powdered extract has the least aftertaste. When using stevia, combine it with at least one other sweetener for better results. Stevia is stable to 400 degrees F, so it holds up well when cooking. However, it will not add texture to baked goods.
Sucralose:
Sold under the brand name of Splenda, sucralose is useful as a one to one substitute for table sugar. It is stable when heated and does not break down in cooking. However, I feel you do lose a little of the texture in some baked goods. For some people, it also has a slight aftertaste. Because of this, I often substitute a small part of the Splenda with fructose, agave, or Whey Low D. Sucralose does not promote tooth decay.
--------------------------------------------------------------------------------
Sugars:
Sucrose (table sugar):
Sucrose is usually made from sugar beets or sugar cane. It is useful for baking, not only for its flavor, but also for the texture it imparts to baked foods. Not only does sucrose taste good, but it gives you quick energy. However, there is an enormous downside to that sudden surge of energy. When it is gone, your body craves another “hit” of sugar to maintain the energy. Too much sucrose consumption, just like too much of any of the high-glycemic carbohydrates, leads to excessive insulin surges, which in turn causes the excess carbs to be stored in your fat cells. Because sucrose is a high-glycemic sugar, it is a good idea to substitute other sweeteners. When you are reading labels for sugar content, here are some other forms of sucrose to avoid: raw sugar, brown sugar, turbinado, invert sugar, confectioner’s sugar, cane sugar, crystallized cane juice.
High Fructose Corn Syrup:
This sweetener is manufactured from corn starch and has a high glycemic value; that is, it causes your insulin to surge. There is some controversy as to the safety of consuming large amounts of this sweetener over time. High fructose corn syrup is found in numerous products and is not the same as a product that contains only fructose, which is a low-glycemic sweetener.
Fructose:
Fructose, also known as fruit sugar, is sweeter than table sugar. Use about one-third less when substituting it for table sugar. Not only do you use less of this sweetener, but it has another advantage. Its glycemic value is 20 (with glucose at 100), very low. Fructose metabolizes at a slow rate, helping to control insulin surges. It is recommended for diabetics and others seeking to control their carbs. Whey Low D is a newly developed product that adds lactose to the fructose, causing an even lower glycemic response than fructose alone.
Dextrose or Glucose:
Glucose has an even higher glycemic value than table sugar. On many glycemic indexes, glucose is used as the benchmark for “100”. On labels it can also be called corn sugar. Always avoid this sugar to control your carbs (and your insulin).
Lactose:
Also known as milk sugar, lactose falls about halfway between sucrose and fructose on the glycemic index. It is made from whey and skim milk and is used largely by the pharmaceutical industry.
Honey:
Honey is an invert sugar, formed by an enzyme from nectar. It is a combination of fructose, sucrose, glucose, and maltose and is not a low-glycemic sweetener. If you are controlling your insulin, stay away from this treat. Contrary to common "wisdom", honey contains only trace amounts of minerals and vitamins.
Polyols:
Also known as sugar alcohols, polyols are found naturally in fruits, but also are manufactured commercially. Xylitol has the same sweetness as sucrose; sorbitol, maltitol, and mannitol as half as sweet as table sugar. Sugar alcohols are useful for diabetics and those who are controlling their insulin because of their low glycemic response. These sugar alcohols are found in a number of “sugar free” products. Their main drawback is that they can have a laxative effect when consumed in excess amounts in some people. Exercise caution when trying these products until you see how your own body reacts. Sugar alcohols usually end in the letters "tol" on the label. Isomalt is a sugar alcohol that is an exception.
Alternative Sweeteners
Acesulfame potassium (K):
Useful for diabetics and more than 200 times sweeter than table sugar, acesulfame K holds up well under the heat of cooking and baking. Its brand name is Sunett. The body cannot metabolize this sweetener, and it is excreted in the urine. By itself it can leave a slight aftertaste, but has a nice synergistic sweetening effect when combined with other sweeteners. You can find this sweetener under the brand, DiabetiSweet, where it is combined with Isomalt, making it a nice choice for cooking and baking. Acesulfame K is found in numerous products. It has a long shelf life.
Agave Nectar:
Also labeled as agave syrup, this sweeter has been used for generations to produce tequila. It is more than 90% fructose and is very low on the glycemic index. When substituting this natural form of fructose for table sugar, use about 30% less. It can be substituted one for one for fructose. It is especially useful to add a small amount of agave when cooking with Splenda to offset some of Splenda’s aftertaste and to improve texture of your recipe. It is a very helpful choice for a controlled carb diet.
Aspartame:
Also about 200 times sweeter than sugar, there is a great deal of controversy over the safety of this sweetener. It is made from two amino acids, aspartic acid and phenylalanine. Aspartame, also marketed under the names Nutrasweet and Equal, is found in a wide variety of prepared products. This sweetener does break down when heated and is not useful for cooking or adding to hot beverages.
Maltitol:
Like all sugar alcohols, maltitol does not promote tooth decay. Maltitol has a taste and sweetness similar to table sugar. It does not raise blood glucose (and insulin) levels and is useful for diabetics and low-carbers. Because of its high melting point and stability, it is a particularly helpful choice when making candies. It can also give a creamy texture to foods. Like all sugar alcohols, maltitol can have a laxative effect in some individuals.
Saccharine:
This sweetener has been around for close to a hundred years and is 200 time sweeter than table sugar. It is produced from a substance found in grapes. The human body cannot break it down, so it does not produce an insulin response. It is often found in soft drinks and in sweeteners like Sweet ‘N Low. It can be useful in recipes like salad dressings and punch, which do not depend on the volume and texture provided by normal sugars.
Sorbitol:
This sugar alcohol is found in a number of products, especially those that need to become dry or hardened, like candies and confectionaries. Like other sugar alcohols, it does not contribute to tooth decay. Sorbitol is often used in “reduced calorie” and “light” products. Excess consumption may have a laxative effect.
Stevia:
This South American plant has also been called the honeyleaf. Although not approved as a sweetener by the FDA, stevia has been safely used in Japan for the purpose of sweetening for about 25 years. It has only been approved as a food additive in the United States. Stevia products are not standardized, and not all are of the same quality. The pure white powdered extract has the least aftertaste. When using stevia, combine it with at least one other sweetener for better results. Stevia is stable to 400 degrees F, so it holds up well when cooking. However, it will not add texture to baked goods.
Sucralose:
Sold under the brand name of Splenda, sucralose is useful as a one to one substitute for table sugar. It is stable when heated and does not break down in cooking. However, I feel you do lose a little of the texture in some baked goods. For some people, it also has a slight aftertaste. Because of this, I often substitute a small part of the Splenda with fructose, agave, or Whey Low D. Sucralose does not promote tooth decay.
J
jenscats5
Guest
ASU said:Who is having 5 packets of splenda???
I've been having my morning coffee plain with some nondairy powdered milk
But the Black tea needs the stevia
She's talkin' bout me......
StellarTiggy said:
Don't you know it's the American way to be addicted to High Fructose Corn Syrup??
It was the innovation of the early 70's when I was a very small child........ us little kids were given sugar water to keep us quiet...... oh, you were born yet....... 
J
jenscats5
Guest
^^ BTW I hope you guys realize I'm just messin' with ya......
ASU
New member
toots13 said:I too like Stevia, but have a question. I have a white stevia powder by NuNaturals and for 1/2 teaspoon, no cal, 1 Carb. per serving. I don't use alot but couldn't you rack up some unnessary carbs?
Toots13
That one gram of carb from the stevia is fiber carb, since stevia comes from a green leaf
unless your brand "NuNaturals" is processed stevia and have added things
ASU
New member
Some info on Splenda
http://money.excite.com/jsp/nw/nwdt...390389&date=20050131&alias=/alias/money/cm/nw
http://money.excite.com/jsp/nw/nwdt...390389&date=20050131&alias=/alias/money/cm/nw
