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Jen,

This sounds like a better way to measure your carabs, but I am not willing

to carry a gram scale around with me or even do it at home. Also, are there

gram scales that talk?

It is probably a more accurate way to measure, but certainly more difficult.

Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

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is there a scale like this that talks? if so, where I would love to have one.

Kell

MSN: Kell@...

Skype: KlarssonNY

" I have never been able to find out precisely what feminism is: I only know that

people call me a feminist whenever I express sentiments that differentiate me

from a doormat or a prostitute. " -- West

Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

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Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

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Guest guest

Yes, there are talking gram scales. Here in Canada the CNIB has them. I

believe Independent Living Aids has some, as well as I'm sure LS & S and

Maxi-Aids in the U.S.

Jen

Re: Carbohydrate factors

is there a scale like this that talks? if so, where I would love to have

one.

Kell

MSN: Kell@...

Skype: KlarssonNY

" I have never been able to find out precisely what feminism is: I only know

that people call me a feminist whenever I express sentiments that

differentiate me from a doormat or a prostitute. " -- West

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Share on other sites

Guest guest

There are gram scales that talk. I was looking at talking scales but I found

one with a display large and high-contrast enough for me to see.

Before this I was using measuring cups to measure carbohydrates, and I find

this method much faster. I use it while I'm at home and for any foods which

I pack such as lunches. For some foods that are packaged you don't have to

use it as it already lists the carbohydrates for the entire package that's

equal to one serving.

I believe there is a scale out there that is tiny (the size of a handheld

calculator) and designed to be used while on the go. Personally I just

estimate carbohydrates if I'm out and about, but I find these are the times

when my blood sugar goes high or low more easily.

I think different things work for different people, though. I don't eat

low-carb so probably don't have as tight control as some others here such as

yourself, but this method is working well for me so far!

Jen

Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

__________ NOD32 4124 (20090602) Information __________

This message was checked by NOD32 antivirus system.

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Guest guest

Yes, and blindmicemart.com also has them.

I ordered one from Dale and it works nice.

Cy, The Anasazi.

_____

From: blind-diabetics

[mailto:blind-diabetics ] On Behalf Of Jesso

Sent: Tuesday, June 02, 2009 6:03 PM

To: blind-diabetics

Subject: RE: Carbohydrate factors

Yes, there are talking gram scales. Here in Canada the CNIB has them. I

believe Independent Living Aids has some, as well as I'm sure LS & S and

Maxi-Aids in the U.S.

Jen

Re: Carbohydrate factors

is there a scale like this that talks? if so, where I would love to have

one.

Kell

MSN: Kellalstown (DOT) <mailto:Kell%40alstown.com> com

Skype: KlarssonNY

" I have never been able to find out precisely what feminism is: I only know

that people call me a feminist whenever I express sentiments that

differentiate me from a doormat or a prostitute. " -- West

Link to comment
Share on other sites

Guest guest

Hello Pat and Kel,

Yes, there is a talking kitchen scale that weighs grams and ounces. It also

weighs pounds and kilograms and works off a 9 volt battery and can weigh up

to 11 pounds in food. It can be bought at Independent Living Aids at

1-. Hope this helps

Ruth

From: blind-diabetics

[mailto:blind-diabetics ] On Behalf Of LaFrance-Wolf

Sent: Tuesday, June 02, 2009 6:04 PM

To: blind-diabetics

Subject: RE: Carbohydrate factors

Jen,

This sounds like a better way to measure your carabs, but I am not willing

to carry a gram scale around with me or even do it at home. Also, are there

gram scales that talk?

It is probably a more accurate way to measure, but certainly more difficult.

Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

__________ NOD32 4124 (20090602) Information __________

This message was checked by NOD32 antivirus system.

http://www.eset.com

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Share on other sites

Guest guest

Thanks. I probably will not do the measuring however. This old dog can

learn new tricks-it just is not wanting too!

Carbohydrate factors

I have been using a scale and carbohydrate factors for the past week and a

half or so, and maybe it's just coincidence, but my blood sugars have been

fantastic (for me). I can go all day only going as high as 9 (160) and not

going low, even when I test an hour after eating! Today I've ranged from 4.8

to 7.8 (86 to 140), and this kind of range before was nearly impossible to

maintain on a consistent basis even though I was using nutritional labels

and measuring cups to measure carbohydrates. The few times I've been above 9

have either been due to basal rates or carbohydrate ratios that need

adjusting (due to warmer weather or hormones or both, who knows) or from

eating out and being unable to count carbohydrates as accurately.

I've been using the method " " in the article uses with his insulin

pump and the tare feature on a gram scale and it actually takes me less time

now to count carbohydrates than it did before with measuring cups, plus

gives me a more precise measurement.

Perhaps it is all coincidence and I will jinx myself by posting this and be

16 when I test next, but for those who don't currently use carbohydrate

factors and might be interested, below is the article that got me started.

Jen

Carbohydrate Factors

Meal-planning is one of the cornerstones of diabetes management, and

carbohydrate counting is one of the basics of diabetes meal planning.

Keeping track of the amount of carbohydrate you eat is important because

carbohydrate (rather than protein or fat) is the type of nutrient that

affects blood glucose levels the most. Both eating moderate amounts of

carbohydrate and spreading out the total amount of carbohydrate eaten over

the day can help with blood glucose control. Carbohydrate counting

additionally allows people who use short-acting or rapid-acting insulin

before meals to fine-tune their premeal insulin doses based on the amount of

carbohydrate they plan to eat.

There are several methods of counting carbohydrates, and one of the most

precise is using carbohydrate factors to calculate the amount of

carbohydrate in a portion of food. To use this method, the weight (in grams)

of a portion of food is multiplied by the percentage of the weight of the

food that is carbohydrate (and not protein, fat, water, or other

substances).

For example, carbohydrate accounts for 15% of the weight of any apple. If a

particular apple weighs 225 grams, the amount of carbohydrate in that apple

can be calculated as follows: 225 grams X 0.15 = 34 grams of carbohydrate.

This method can be particularly useful when eating foods that vary in size,

such as fresh fruit, or that are not easily measured by other means. For

example, if the label on a package of potato chips lists the serving size as

15 chips but most of the chips in the bag are broken, it's nearly impossible

to know how many chip pieces make up 15 whole chips. But you can weigh even

the smallest potato chip crumbs and multiply the weight by the carbohydrate

factor for potato chips.

Even when a food can be measured easily in a measuring cup, weighing it and

multiplying its weight by its carbohydrate factor can produce a more

accurate carbohydrate count. For example, it's easy enough to measure out a

cup of cornflakes. But a cup from the top of a newly opened box, with mostly

whole flakes, has a different amount of carbohydrate from a cup from bottom

of the box, which has just a few whole flakes and a lot of crumbs. Weighing

the cup of cornflakes shows you exactly what you have.

Finding carbohydrate factors

Before you can use the carbohydrate factor of a food to evaluate your

portion, you must know what it is. Perhaps the easiest way to get the

carbohydrate factor for a food is to take the information from the Nutrition

Facts panel that is on the label of all packaged foods. The Nutrition Facts

panel on a box of Rice Krispies, for example, says that one serving of the

cereal is 1 1/4 cups, which weighs 33 grams (under laboratory conditions).

The Total Carbohydrate line shows that one serving contains 29 grams of

carbohydrate. To get the carbohydrate factor for this cereal, divide the

weight per serving (33 grams) into the total carbohydrates per serving (29

grams) for a carbohydrate factor of about 0.88 (meaning that 88% of the

weight of Rice Krispies is carbohydrate).

To use this information, put your cereal bowl on your gram scale and zero it

out. Pour in whatever amount of cereal you want, and multiply the weight by

the carbohydrate factor (0.88). Then, while the bowl of cereal is still

sitting on the gram scale, zero out the scale and pour in the milk. Use the

carbohydrate factor for milk (0.05) to figure how many grams of carbohydrate

you've added to the cereal. If you want some banana slices in your cereal,

zero out the scale again and slice in as much banana as you want. Multiply

the weight of the banana slices by the carbohydrate factor for bananas

(0.23), and add that to your running total. Result? One bowl of cereal with

the exact amount of carbohydrate known-and only one bowl and one spoon to

wash.

For another example of calculating carbohydrate factors from a food's

Nutrition Facts panel, see " Carbohydrate Factors at a Glance. " For other

resources for finding carbohydrate factors, see " Where to Find Carbohydrate

Factors. " Our " Carbohydrate Factor Reference List " shows the carbohydrate

factors for several foods.

To use carbohydrate factors correctly, you must weigh the food exactly as

you will eat it. If you peel the food before eating it, you should peel it

before weighing it. If you cook the food before eating it, you should cook

it before weighing it.

Here, however, some caution is in order. The Nutrition Facts information

found on packages of rice, pasta, popcorn, dried legumes, and similar foods

is for the raw or dry item, not the cooked product, so you cannot use the

label information the way you can for cold cereal. For items like these,

it's better to use a resource such as the USDA National Nutrient Database

for Standard Reference, a searchable government Web site located at

www.nal.usda.gov/fnic/foodcomp/search, which lists nutrients in cooked

portions of food as well as uncooked.

Analyzing recipes

Once you know how to figure and use carbohydrate factors for individual

foods or combinations of foods, you can use them to analyze recipes with

multiple ingredients, as well. It's merely a matter of figuring the grams of

carbohydrate for each ingredient, adding them up, preparing the dish, then

weighing the entire dish and dividing the weight of the dish by the total

number of grams of carbohydrate in the dish. The result is the carbohydrate

factor of the dish.

Say you're making a pot of chili using canned goods and packaged seasonings.

Using the information on the labels, list the ingredients, amounts to be

used, and grams of carbohydrate in those amounts. For the chili, it would

look like this:

1 pound hamburger ... 0 g

1 can (14 1/2 ounces) diced tomatoes ... 14 g

1 can (15 1/2 ounces) kidney beans ... 80 g

1 package seasoning mix ... 20 g

TOTAL ... 114 g

After it's cooked, weigh the entire batch of chili on your gram scale. Take

the total weight and divide that into 114 (the total grams of carbohydrate

in the recipe). The result is the carbohydrate factor for your pot of chili.

Now place the bowl you will eat from on your scale, zero it out, and ladle

up however much you want to eat. Multiply the weight of your portion by the

carbohydrate factor. Don't forget to also weigh any crackers, taco chips, or

cheese that you like to eat with your chili and calculate its carbohydrate

content as well using its carbohydrate factor.

A lifetime of calculations?

At first, using carbohydrate factors requires a fair amount of time and

arithmetic, but over time, it gets easier. For one thing, most people eat

the same 75 foods over and over again. If you remember to write down the

carbohydrate factors of the foods you eat regularly, there's no need to

recalculate them. Simply keep a list in a convenient place to use when

you're ready to eat. For recipes, write the carbohydrate factor on the

recipe card or in the cookbook (but remember that you'll have to recalculate

if you substitute ingredients).

, 16, has found a way to make using this system convenient and

user-friendly. has his own kitchen drawer, in which he keeps his

scale and calculator. On the inside of the cabinet door above his drawer, he

has taped his list of carbohydrate factors for the foods he eats regularly.

also keeps package labels for items such as granola bars and

Halloween candy that are individually wrapped but bought in bulk, so that

only the outside box or bag has a Nutrition Facts panel.

When it's time for dinner, pulls out his scale and calculator, places

his dinner plate on the scale, and zeros it out. He then serves himself,

weighing each item as he adds it to the plate, and looking up the

carbohydrate factor on his list. For example, he might first serve himself

some rice, check its carbohydrate factor, and multiply the weight of the

rice by its carbohydrate factor. He places the result of that calculation in

the calculator memory, zeros out the scale again, and adds some broccoli to

his plate. Once again he looks up the carbohydrate factor, multiplies it by

the weight of the broccoli, and adds that result to the grams of

carbohydrate in the rice. He repeats this for each meal item, keeping a

running tally of the grams of carbohydrate he is about to consume. When he's

got his total, he programs his insulin pump to deliver just the right bolus

dose to cover the carbohydrate in his meal. If comes back for

seconds, he repeats the whole process, and when it's time for dessert, he

does it again.

Who can benefit?

Using carbohydrate factors can be a useful addition to the diabetes toolbox

of anybody who wants to improve his overall blood glucose control. For

people who use insulin, getting a really accurate carbohydrate count can

mean more accurate dosing of premeal rapid-acting insulin and perhaps fewer

episodes of high or low blood glucose.

For people who use oral diabetes medicines or who manage their diabetes with

diet and exercise, using accurate carbohydrate counts can make it easier to

eat consistent amounts of carbohydrate from one day to the next, and that

can make it easier to determine whether their intake of carbohydrate matches

their pancreas's output of insulin. You know you have a good match when

blood glucose levels two hours after the beginning of a meal are within

target range. If your blood glucose levels after eating are consistently

higher than your goal range, you can precisely lower your carbohydrate

intake and assess the change. (Keep in mind, however, that not all blood

glucose control problems can be resolved by eating less carbohydrate and

that cutting out entire categories of food can leave your diet low in

necessary nutrients. If you're having trouble with blood glucose control in

spite of following a balanced diet, speak to your diabetes team.)

So the next time you need to calculate your food intake, why not leave the

measuring cups and spoons in the drawer and pull out a gram scale instead?

Think of it as another " factor " in helping you manage your diabetes.

Dana Armstrong is the program director and co-owner of the Diabetes Care

Center in Salinas, California. Jan Chait is a freelance writer in Indiana.

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