Nutrition Department and Information

The Nutrition Department is responsible for creating and maintaining the extensive database, incorporating new nutrient recommendations into the program and a host of other objectives. On this page you will find links to many answers about the nutrient database, a variety of tables and support documents and a look at the folks who put it all together.
information nutritionextra

questionLabeling Resource Center
Visit our Labeling Resource Center to find the answers to your Label/Nutrition Facts creation questions.

notesReference and Support Information

Resource tables and other nutritional data; Sources, abbreviations, and explanatory documents.

linksUseful Internet sites
Key sources of nutritional information

flowerFrom Eliz
Nutrient Highlight - Vitamin E
From ESHA's Nutrition Department Manager

flowerMore about the Nutrition Department and Database
General Information about the ESHA database and the Nutrition staff.

From Eliz

Wondering which form a nutrient to use? I will be highlighting various ones. Let me know your requests!

Nutrient Highlight - Vitamin E

Both Food Processor and Genesis software products provide Vitamin E in four different units:

Vitamin E alpha-tocopherol
The DRI standard unit

Vitamin E IU
The labelling standard unit

Vitamin E alpha-tocopherol equivalents (aTE)
The 1998 RDA standard unit
This is no longer used in the US and is kept in the software for legacy purposes only.

Vitamin E mg
The total Vitamin E from all forms (alpha, beta, gama, delta)
This is no longer used in the US and is kept in the software for legacy purposes only.

Typically, our data sources provide Vitamin E data in either mg alpha-tocopherol or IU units. We convert between these units mathematically as we add individual food items to the database, so that both units are available for you to use. We use this formula for converting:

1 IU Vitamin E = 0.67 mg RRR-alpha-tocopherol (natural)

1 IU Vitamin E = 0.909 mg all rac alpha-tocopherol (synthetic)

Elizabeth eliz@esha.com

Nutrition Department Manager Elizabeth Braithwaite, MPH, RD, has worked in the field of nutrition for more than 25 years. For the past 20 years she has specialized in nutritional software and databases, lending her expertise to the ever-changing field of nutrition research.

 

Labeling Resource Center

Information and contacts to assist the Genesis labeling customer.

smalllabel

The Genesis software is a powerful tool that allows you to create camera ready Nutrition Facts panels for your products. The complex labeling regulations concerning format and standards are built into Genesis, however there are decisions that you, the user, will need to make as you use the program to ensure that you have accurate labels for your products. In this section, we have placed resource information that we have found particularly helpful for our labeling customers.

Some Helpful Information

Suggested Resources:
Genesis training sessions
Genesis R&D SQL Knowledge Base
Genesis R&D Knowledge Base
Consultants & Referrals
US Labeling Regulations
Canadian Labeling Regulations

Advanced Help:
If you would like assistance beyond the suggested resources above, these consulting businesses are very experienced and knowledgeable in creating Nutrition Facts panels with the Genesis software.
US - Food Consulting Company
Canadian - Nu Connexions

Labeling - Helpful Information

This page lists resources and information that users have found helpful for nutrition labeling

RACC - Reference Amounts Customarily Consumed Per Eating Occasion
This is a reference chart that is published in the Code of Federal Regulations (CFR 101.12b). The reference amounts are used as the basis for determining serving sizes for specific products.

Questions and Answers Regarding Food Allergens
These questions and answers from the FDA site provide practical guidelines for using the new food allergen labeling laws.

Reference & Support Information

Nutritional Standards

Labeling Standards

Food and Nutrients

Supporting Documents for the Software

Other Information

Food name abbreviations in the ESHA database (60 char names)

ABBREVIATIONS USED IN FOOD ITEM NAMING

Full Name

Abbrev

Full Name

Abbrev

Full Name

Abbrev

added

add

flavors

flvrs

refrigerated

refrig

added water

add wtr

Food Chemical

FCC

regular

reg

all natural

all nat

Codex

 

rehydrated

rehyd

artificial

art

fortified

fort

roasted

rstd

aspartame

asp

from

f/

saccharin

sacc

assorted

asrtd

frozen

fzn

serving

svg

Australia

Austl

grilled

grld

shoulder

shldr

average

avg

high

hi

shredded

shred

baked

bkd

hydrogenated

hydrog

skim milk

skm mlk

baking

bkg

imitation

imit

skinless

w/o skin

barbecue

bbq

individual

indv

slice

slc

boiled

ckd

individually

iqf

small

sml

boneless

w/o bone

quick frozen

 

smoked

smkd

bottle

btl

industrial

indust

sodium

sod

braised

brsd

instant

inst

steamed

stmd

breaded

brd

international

intl

stewed

stwd

broiled

brld

junior

jr

strained

strnd

calcium

calc

large

lrg

strawberry

straw

California

Calif

medallion

mdln

stuffed

stuff

calorie

cal

medium

med

sugar

sug

caffeine

caff

Microwaved

microwv

sweetened

swtnd

canned

cnd

moisture

moist

sweetener

swtnr

carton

ctn

New Zealand

NZ

tablespoon

tbsp

charbroiled

char

old fashioned

old fash

teaspoon

tsp

chocolate

choc

ounce

oz

textured vegetable

TVP

chopped

chpd

package

pkg

protein

 

cholesterol

cholest

packet

pkt

toasted

tstd

commercial

cmrcl

partially

part

uncooked

unckd

compartment

comp

pasteurized

past

unenriched

unenrich

concentrate

conc

piece

pce

unflavored

unflvrd

condensed

cond

pineapple

pine

unfortified

unfort

condiments

w/cond

powder

pwd

unheated

unhtd

container

cntr

precooked

preckd

United States

USP

cooked

ckd

prepared

prep

Pharmacopoeia

 

cottonseed

cttnsd

processed

proc

unpeeled

w/skin

covered

cvrd

protein

prot

unprepared

unprep

cranberry

cran

ready to bake

rtb

unsweetened

unswtnd

decaffeinated

decaf

ready to cook

rtc

USDA Commodity

USDA

degerminated

degermed

ready to drink

rtd

vacuum

vac

dehydrated

dehyd

ready to eat

rte

vanilla

van

drained

drnd

ready to feed

rtf

vegetable

veg

each

ea

ready to heat

rth

vegetarian

vgtrn

enriched

enrich

ready to serve

rts

vitamin

vit

family

fam

ready to use

rtu

whole

whl

flavor

flvr

recipe

rec

with

w/

flavored

flvrd

reduced

rducd

without

w/o

Functional Foods

The good news with functional foods is that what you do eat may be more important for your health than what you don't eat. Examples include everything from fruits and vegetables to fortified or enhanced foods. Biologically active components in functional foods may impart health benefits or desirable physiological effects. Functional attributes of many traditional foods are being discovered, while new food products are being developed with beneficial components.

Examples of Functional Components

Functional Food information provided by The International Food Information Council Foundation

How diabetic exchanges are calculated

CALCULATING DIABETIC EXCHANGES AT ESHA RESEARCH

The following chart presents information from the American Diabetes Association, Inc., and The American Dietetic Association. It shows the amount of nutrients in one exchange from each exchange category. We use these values to calculate exchanges.

Group/Lists

Carbohydrate
(grams)

Protein
(grams)

Fat
(grams)

Calories

Carbohydrate Group





1 Starch Exchange =

15

3

1 or less

80

1 Fruit Exchange =

15

--

--

60

1 Milk Exchange =

12

8

0-3

90

1 Other Carbohydrate Exchange =

15

Varies

Varies

Varies (70)

1 Vegetables Exchange =

5

2

--

25

Meat and Meat substitute Group





1 Very Lean Meat Exchange =

--

7

0-1

35

1 Lean Meat Exchange =

--

7

3

55

Fat Group





1 Fat Exchange =

--

--

5

45

Single Exchange Methods:

Some foods are very simple to calculate for exchanges. For example, hard candies naturally have a high carbohydrate value, but little to no fat and protein. These foods would then only need to have one exchange calculated for them.

Following are examples of the calculation methods for a single exchange:

Starch Example:

1 cup (195 g) Long Grain Brown Rice-Cooked = 216 Calories

44.9 g carbohydrate

Methods:

There are two ways to determine a starch exchange. The 1st method should be tried first and the 2nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Using the carbohydrate grams per starch exchange:
    Divide the total carbohydrate grams by 15 grams per starch exchange
    44.9 g / 15 g = 2.99 starch exchange
    Test the calorie value by multiplying by 80 calories per starch exchange:
    2.99 x 80 = 239 calories
    Since we have a calorie value in excess of the total calories, this exchange number is incorrect. Use the 2nd method to determine the starch exchange value.


  2. Using the calorie value per starch exchange:
    Divide total calories by 80 to get the starch exchange:
    216 / 80 = 2.7 starch exchange

Result: 2.7 Starch Exchanges


Fruit Example:

1 cup (145 g) Blueberries = 81 Calories

20 g carbohydrate

Methods:

There are two ways to determine a fruit exchange. The 1st method should be tried first and the 2nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total carbohydrate grams by 15 grams per fruit exchange:
    20g / 15g = 1.33 fruit exchange

Test the calorie value by multiplying by 60 calories per fruit exchange:
1.33 x 60 = 80 calories

Result: 1.33 Fruit Exchange

 

If the calorie value had been in excess of the total calories, the 2nd method would then be used to determine the fruit exchange value. Using the calorie value per fruit exchange, Divide total calories by 60 to get the fruit exchange:

81 / 60 = 1.35 fruit exchange

However this example only needed to use the 1 st method. Using the 2nd method gave a different answer and would be incorrect. See results above.

Milk Example:

1 cup (245 g) Lowfat Dry Milk + Water = 84 Calories
11.9 g carbohydrate

Methods:

There are two ways to determine a milk exchange. The 1st method should be tried first and the 2nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total carbohydrate grams by 12 grams per milk exchange:
    11.9g / 12g = 0.991 milk exchange
  2. Test for the calorie value by multiplying by 90 calories per milk exchange:
    0.991 x 90 = 89 calories

    Since we have a calorie value in excess of the actual calories, use the 2nd method to determine the milk exchange value.

  3. Using the calorie value per milk exchange:

Divide total calories by 90 to get the milk exchange:

84 / 90 = 0.93 milk exchange

Result: 0.93 Milk Exchanges

Other Carbohydrate Example:

52 pieces (15 g) Cinnamon Imperials Candy = 60 Calories

15 g carbohydrate

Methods:

There are two ways to determine an other carbohydrate exchange. The 1st method should be tried first and the 2nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total carbohydrate grams by 15 grams per other carbohydrate exchange:
    15g / 15g = 1 other carbohydrate exchange
  2. Test for the calorie value by multiplying by 70 calories per other carbohydrate exchange:
    1 x 70 = 70 calories

    Since we have a calorie value in excess of the actual calories, use the 2nd method to determine the other carbohydrate exchange value.

  3. Using the calorie value per other carbohydrate exchange:

Divide total calories by 70 to get the other carbohydrate exchange:

60 / 70 = 0.85 other carbohydrate exchange

Result: 0.85 Other Carbohydrate Exchanges

 

 

Vegetable Example:

½ cup (50 g) Cauliflower, fresh, Chopped = 12.5 Calories
2.61 g carbohydrate

Methods:

There are two ways to determine a vegetable exchange. The 1st method should be tried first and the 2nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total carbohydrate grams by 5 grams per vegetable exchange:
    2.61g / 5g = 0.52 vegetable exchange
  2. Test for the calorie value by multiplying by 25 calories per vegetable exchange:
    0.5 x 25 = 13 calories

    Since we have a calorie value in excess of the actual calories, use the 2nd method to determine the vegetable exchange value.

  3. Using the calorie value per vegetable exchange:

Divide total calories by 25 to get the vegetable exchange:

12.5 / 25 = .5 vegetable exchange

Result: 0.5 Vegetable Exchange

Very Lean Meat Example:

1 fillet (116 g) Burbot Fish, raw = 104.4 calories

22.39 g protein

This food item has too little fat to earn a fat exchange

Methods:

There are two ways to determine a very lean meat exchange. The 1 st method should be tried first and the 2 nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total protein grams by 7 grams per very lean meat exchange:
    22.39g / 7g = 3.19 very lean meat exchange
  2. Test for the calorie value by multiplying by 35 calories per very lean meat exchange:

    3.19 x 35 = 111.65 calories

    Since we have a calorie value in excess of the actual calories, use the 2nd method to determine the very lean meat exchange value.

  3. Using the calorie value per very lean meat exchange:

Divide total calories by 35 to get the very lean meat exchange:

104.4 / 35 = 2.98 very lean meat exchange

Result: 2.98 Very Lean Meat Exchange


Fat Example:

1 tbsp Margarine, Stick = 102.13 Calories
11.4 g fat

Methods:

There are two ways to determine a fat exchange. The 1 st method should be tried first and the 2 nd method should be used only if the calorie value results of the 1 st method, when checked, go over the total calories of the product:

  1. Divide the total fat grams by 5 grams per fat exchange:
    11.4g / 5g = 2.28 fat exchange
  2. Test for the calorie value by multiplying by 45 calories per fat exchange:
    2.28 x 45 = 102.6 calories

    Since we have a calorie value in excess of the actual calories, use the 2nd method to determine the fat exchange value.


  3. Using the calorie value per fat exchange:

Divide total calories by 45 to get the fat exchange:

102.13 / 45 = 2.26 fat exchange

Result: 2.26 Fat Exchanges

How Pyramid Values are calculated

CALCULATING FOOD GUIDE PYRAMID VALUES AT ESHA RESEARCH

 

The Pyramid Tip:

Cheese, meat, eggs, soybeans/vegetarian products, and nut food groups all have an inherent or integral (naturally occurring) amount of fat in a standard amount. If any food contains the average inherent amount of fat or less for that food group, there will not be a value shown in the tip of the pyramid. If the food contains fat grams in excess of the naturally occurring amount of fat per standard amount, it will show a value in the tip of the pyramid. For example, 100 g of lean beef contains an average of 11 g of fat. Any cut of beef that has more than 11 g of fat per 100 g of beef will have a value in the tip of the pyramid.

 

Foods in the Vegetable Group and Fruit Group will not show a value in the tip of the Pyramid (Fats, Oils, and Sweets) unless fat or sugar has been added to the food. For example, boiled peas will only show a value in the Vegetable group, however if a person adds a teaspoon of butter to the peas, a value will also appear in the Fats, Oils, and Sugar tip of the Pyramid.

 

Foods in the Bread, Cereal, Rice, and Pasta Group all have an inherent amount of fat and sugar in a standard amount. The comparison value has been set as equaling the total amount found inherently in a single slice of white bread. If any food contains the average inherent amount of fat or less for that food group as compared to the single slice of white bread, there will not be a value shown in the tip of the pyramid. If the food contains fat or sugar grams in excess of the naturally occurring amount per standard amount, it will show a value in the tip of the pyramid. For example, regular Cream of Wheat might only show a value in the Bread, Cereal, Rice, and Pasta Group; however, a packet of cinnamon roll flavored instant oatmeal will have a value appear in the Fats, Oils, and Sweets tip of the Pyramid.

 

Whole milk and plain yogurt made with whole milk will not show a value in the tip of the Pyramid; however, chocolate milk or yogurt with added fruit would both show values in the tip of the Pyramid because of added sugar.

 

There are no specific recommended serving amounts defined for the tip of the Pyramid at this time. The dietary Guidelines 2000 recommends that the fat content of the U.S. diet not exceed 30 percent of caloric intake, that we should cut back particularly on saturated and trans fat, and that dietary cholesterol should be less than 300 mg/day.

Calculating Pyramid Servings:

Pyramid serving calculations are based upon the food group categories and usage described in the USDA publication, The Food Guide Pyramid, Home and Garden Bulletin #252 and the CSFII study. The categories and portion sizes are summarized here for reference, along with descriptions of gram weights that we have used in calculating pyramid servings for individual foods. Pyramid groups have been assigned to foods using the adult portion sizes that are outlined in Bulletin #252. Foods that are only consumed by persons under 2 years old, such as infant formulas, have not been assigned pyramid groups. Baby foods have been assigned pyramid groups according to adult portion sizes, as they are sometimes used in texture modified adult diets.

All beans (including soy) fall under the following guidelines for Pyramids:

· VegVegetable Serving: Immature or green & typically consumed as a vegetable,

· MeaMeat Serving: Mature or not green & consumed as a bean dish (like lima beans and ham).

 

Categories and serving sizes:

 

1. Bread, Cereal, Rice, and Pasta Group: Eat 6-11 servings each day
Serving Options and Sizes:

a. 1 slice of white bread: average piece = 26 g

b. 1 oz. of ready-to-eat cereal: 28.35 g

c. 1/2 cup of cooked cereal, rice, or pasta: gram weight of 1/2 cup of the specified product, e.g., 1/2 cup of egg noodles, cooked: 80 g

2. Vegetable Group: Eat 3-5 servings each day
Serving Options and Sizes:

a. 1 cup of raw leafy vegetables: gram weight of 1 cup of the specified vegetable, e.g., 1 cup of chopped iceberg lettuce: 56 g

b. 1/2 cup of other vegetables, cooked or chopped raw: gram weight of 1/2 cup of the specified vegetable, e.g., 1/2 cup of canned, sliced carrots-not drained: 123 g

c. 3/4 cup of vegetable juice: gram weight of 3/4 cup of the specified vegetable juice, e.g., 3/4 cup carrot juice: 185 g

3. Fruit Group: Eat 2-4 servings each day
Serving Options and Sizes:

a. 1 (average) medium apple: 138 g, banana: 118 g, orange: 131 g

b. 1/2 cup of chopped, cooked, or canned fruit: gram weight of ½ cup of the specified fruit, e.g., 1/2 cup of raw blackberries: 72 g

c. 3/4 cup of fruit juice: 187 g

4. Milk, Yogurt, and Cheese Group: Eat 2-3 servings each day
Serving Options and sizes:

a. 1 cup of milk: 244 g or yogurt: 245 g

b. 1.5 oz. of natural cheese: 43 g or 2 oz. of process cheese: 56.7 g

c. 1 serving for mixed foods, e.g. milkshakes = 302 mg calcium

5. Meat, Poultry, Fish, Dry Beans, Eggs, and Nuts Group: Eat 2-3 servings each day
Serving Options and sizes:

a. 2.5 oz. of cooked lean meat, poultry, fish, vegetarian meat substitutes: 71g

b. 1/2 cup of cooked dry beans, 1 egg, 2 tablespoons of peanut butter, 1/3 cup of nuts, or ½ c tofu count as 1 oz. lean meat. The gram weight of the 1 oz equivalent will need to be multiplied by 2.5 to get the total gram weight for a serving: e.g. 1 egg = 50 g, so 1 serving of egg = 125 g (50 g x 2.5)