Pastry

Pastry

PILLSBURY, Traditional Fudge Brownie Mix, dry

22.1%
441 kcal

Energy

17.3%
12.1 g

Fat

13%
2.6 g

Saturates

55.1%
49.6 g

Sugar

12.2%
0.7 g

Salt

carbs
71%
fat
25%
protein
4%

Caloric Ratio

Nutrition

Calories % Daily Value
Total Calories 441 (1846 kJ)
22%
from Carbohydrate 313 (1311 kJ)
from Fat 109 (456 kJ)
from Protein 19 (80 kJ)
from Alcohol 0 (0 kJ)
Carbohydrates % Daily Value
Total Carbohydrates 78.3 g
28%
Dietary Fiber ~
Starch ~
Sugars 49.6 g
Sucrose ~
Glucose ~
Fructose ~
Lactose ~
Maltose ~
Galactose ~
Fats & Fatty Acids % Daily Value
Total Fat 12.1 g
17%
Saturated Fat 2.6 g
13%
Butyric Acid ~
Caproic Acid ~
Caprylic Acid 5.0 mg
Capric Acid 5.0 mg
Lauric Acid 5.0 mg
Tridecylic Acid ~
Myristic Acid 9.0 mg
Pentadecanoic Acid 5.0 mg
Palmitic Acid 1,258.0 mg
Margaric Acid 10.0 mg
Stearic Acid 1,244.0 mg
Arachidic Acid 38.0 mg
Behenic Acid 29.0 mg
Lignoceric Acid ~
Monounsaturated Fat 5.9 g
Myristoleic Acid 5.0 mg
15:1 ~
Palmitoleic Acid 19.0 mg
16:1 c ~
16:1 t ~
17:1 5.0 mg
Oleic Acid 5,847.0 mg
18:1 c ~
18:1 t ~
Gadoleic Acid 38.0 mg
Erucic Acid ~
22:1 c ~
22:1 t ~
Nervonic Acid ~
Polyunsaturated Fat 0.8 g
Linoleic Acid 756.0 mg
18:2 CLAs ~
18:2 n-6 c,c ~
18:2 t,t ~
18:2 i ~
18:2 t ~
Linolenic Acid 24.0 mg
alpha-Linolenic Acid ~
gamma-Linolenic acid ~
Parinaric Acid ~
Eicosadienoic Acid ~
Eicosatrienoic Acid 5.0 mg
20:3 n-3 ~
Dihomo-gamma-linolenic acid ~
Arachidonic Acid 5.0 mg
20:4 n-6 ~
Timnodonic Acid ~
Clupanodonic Acid ~
Docosahexaenoic Acid ~
Trans Fat ~
Omega-3 Fatty Acids 24.0 mg
Omega-6 Fatty Acids 756.0 mg
Sterols % Daily Value
Cholesterol ~
Phytosterols ~
Campesterol ~
Stigmasterol ~
Beta-sitosterol ~
Protein & Amino Acids % Daily Value
Protein 4.8 g
10%
Essential Aminos
Histidine ~
Isoleucine ~
Leucine ~
Lysine ~
Methionine ~
Phenylalanine ~
Threonine ~
Tryptophan ~
Valine ~
Non-essential Aminos
Alanine ~
Arginine ~
Aspartic Acid ~
Cystine ~
Glutamic Acid ~
Glycine ~
Proline ~
Serine ~
Tyrosine ~
Other Nutrients % Daily Value
Alcohol ~
Water 3.1 g
Ash 1.7 g
Caffiene ~
Theobromine ~
Vitamins % Daily Value
Betaine ~
Choline ~
Vitamin A ~
Vitamin B1 (thiamine) ~
Vitamin B2 (riboflavin) ~
Vitamin B3 (niacin) ~
Vitamin B5 (pantothenic acid) ~
Vitamin B6 (pyridoxine) ~
Vitamin B9 (folate) ~
Vitamin B12 (cobalamin) ~
Vitamin C ~
Vitamin D ~
Vitamin E ~
Vitamin K ~
Minerals % Daily Value
Calcium ~
Copper ~
Fluoride ~
Iron 2.8 mg
16%
Magnesium ~
Manganese ~
Phosphorus ~
Potassium ~
Sodium 292.0 mg
12%
Zinc ~
Pastry

About Pastry

Pastry is the name given to various kinds of baked products made from ingredients such as flour, sugar, milk, butter, shortening, baking powder, and eggs. Small tarts and other sweet baked products are called "pastries." Pastry may also refer to the dough from which such baked products are made. Pastry dough is rolled out thin and used as a base for baked products. Common pastry dishes include pies, tarts, quiches and pasties. Read More

Pastry is the name given to various kinds of baked products made from ingredients such as flour, sugar, milk, butter, shortening, baking powder, and eggs. Small tarts and other sweet baked products are called "pastries." Pastry may also refer to the dough from which such baked products are made. Pastry dough is rolled out thin and used as a base for baked products. Common pastry dishes include pies, tarts, quiches and pasties. Pastry is differentiated from bread by having a higher fat content, which contributes to a flaky or crumbly texture. A good pastry is light and airy and fatty, but firm enough to support the weight of the filling. When making a shortcrust pastry, care must be taken to blend the fat and flour thoroughly before adding any liquid. This ensures that the flour granules are adequately coated with fat and less likely to develop gluten. On the other hand, overmixing results in long gluten strands that toughen the pastry. In other types of pastry such as Danish pastry and croissants, the characteristic flaky texture is achieved by repeatedly rolling out a dough similar to that for yeast bread, spreading it with butter, and folding it to produce many thin layers.