Pseudocereals and Less Common Cereals

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Format: Hardcover
Pub. Date: 2002-09-01
Publisher(s): Springer Verlag
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Summary

This book, written by leading grain scientists from Europe and Africa, examines six such grains that have been important food crops in various parts of the world and have the potential for much greater and more widespread use. The chemistry, nutritional value, food processing technologies and potential applications of three true cereals: sorghum, spelt wheat and the major millet species, and three dicotyledonous pseudocereals: grain amaranth, buckwheat and quinoa are discussed. Just three cereal grains account for more than 75% of all grains produced worldwide. This causes high risks for the future of humankind via catastrophic food crop failures and is detrimental to our long-term health. In addition, the intensive cultivation practices needed to produce the required high yields of these cereals is frequently leading to environmental degradation, and they are often inappropriate in the Developing World.

Table of Contents

The Major Seed Storage Proteins of Spelt Wheat, Sorghum, Millets and Pseudocereals
1(24)
Peter R. Shewry
Introduction
1(1)
Storage Protein: Types and Properties
2(2)
11S Globulins
2(1)
7S Globulins
2(1)
2S Albumins
3(1)
Prolamins
3(1)
Spelt Wheat
4(2)
Wheat Gluten Proteins
5(1)
Sorghum and Millets
6(6)
Sorghum, Coix and Maize Prolamins
7(1)
α-Prolamins
8(1)
β-Prolamins
8(1)
γ-Prolamins
9(1)
δ-Prolamins
9(1)
Millet Prolamins
9(1)
Pearl Millet (Pennisetum glaucum)
10(1)
Italian or Foxtail Millet (Setaria italica)
10(1)
Other Millets
11(1)
Fonio (Digitaria exilis)
11(1)
Tef (Eragrostis tef) and Ragi (Eleusine coracana)
12(1)
Conclusions: Sorghum and Millet Prolamins
12(1)
Pseudocereals
12(8)
Quinoa
13(2)
Buckwheat
15(1)
Amaranthus
16(4)
Conclusions: Storage Proteins of Pseudocereals
20(1)
References
20(5)
Sorghum
25(68)
John R. N. Taylor
Peter S. Belton
Introduction
25(1)
Production and Importance
26(1)
Sorghum Types
27(1)
Grain Structure
28(2)
Chemical Composition
30(15)
Proteins
30(8)
Starch
38(2)
Lipids
40(2)
Phenolic Compounds
42(1)
Grain Nutritional Properties
43(2)
Milling
45(3)
Traditional Foods
48(4)
Fermented Foods
49(1)
Rice-Type Foods
49(1)
Pancakes and Breads
49(1)
Steamed and Boiled Dough Products
50(1)
Porridges and Gruels
51(1)
Traditional Alcoholic and Non-Alcoholic Fermented Beverages
52(13)
Traditional Clear Beers
52(1)
Opaque Beers
53(1)
Traditional Sorghum Malting and Opaque Beer Brewing
54(1)
Industrial Sorghum Malting
55(5)
Industrial Opaque Beer Brewing
60(5)
Chinese Distilled Beverage
65(1)
Nutritional Value of Sorghum Foods
65(5)
Malted Sorghum
65(2)
Fermented Sorghum Porridge
67(2)
Sorghum Beer
69(1)
Non-Traditional Foods
70(5)
Bread, Cakes and Cookies
70(1)
Composite Flour Bread
71(2)
Wheatless Bread
73(1)
Cakes and Cookies
74(1)
Noodles and Pasta
74(1)
Tortillas
75(1)
Non-Traditional Beverages
75(4)
Lager Beers and Stouts
75(1)
Sorghum Adjunct Brewing
76(1)
Sorghum Malt Brewing
77(2)
Non-Alcoholic Malt Beverages
79(1)
Sorghum as a Novel Nutrient in Foods
79(2)
References
81(12)
Quinoa
93(30)
John R. N. Taylor
Mary L. Parker
Introduction
93(1)
Production
93(2)
Plant and Grain Structure
95(4)
Plant Morphology
95(1)
Grain Structure
96(3)
Chemical Composition and Nutritional Value
99(9)
General Chemical Composition
99(1)
Proteins
100(1)
Lipids
101(1)
Carbohydrates
102(1)
Sugars
102(1)
Starch
103(1)
Dietary Fibre
104(1)
Minerals
105(1)
Vitamins
106(1)
Enzymes
106(1)
Antinutrients
106(1)
Saponins
106(2)
Other Antinutrients
108(1)
Processing
108(7)
Removal of Saponins
109(2)
Dry Milling
111(1)
Wet Cooking
111(2)
Dry and Semi-Dry Cooking
113(1)
Bread, Cake, and Cookie Making
114(1)
Malting and Fermentation
114(1)
Novel Applications
115(3)
Saponins
115(1)
Starch
115(1)
Gluten-Free Pasta
116(1)
Tempeh
116(1)
Instant Infant Porridge
116(2)
Concluding Remarks
118(1)
References
119(4)
Buckwheat
123(30)
Peter Biacs
Erzsebet Aubrecht
Iren Leder
Jozsef Lajos
Introduction
123(1)
Taxonomy, Distribution, Morphology and Cultivation of Buckwheat
123(5)
Taxonomical Name and Position
123(1)
World Distribution
124(2)
Morphology
126(1)
Cultivation of Buckwheat
127(1)
Climate and Soil Requirements
127(1)
Preparation of Soil, Sowing
127(1)
Diseases, Parasites and Weeds of Buckwheat
127(1)
Harvesting Drying and Storage
128(1)
Chemical Composition of Buckwheat
128(9)
Buckwheat as a Dietary Source
128(1)
Minerals
129(1)
Proteins
130(1)
Amino Acid Composition
130(2)
Immunological Character and Cross Reactions of Buckwheat
132(2)
Non-Starch Polysaccharides
134(1)
Starch
134(1)
Inhibitors
134(1)
Flavonoid Contents
135(1)
Therapeutic Uses of Buckwheat
135(1)
Detoxifying Acid Soils Aluminium with Buckwheat
136(1)
Buckwheat Utilization
137(10)
Food
138(1)
Feed
139(1)
Buckwheat Honey
140(1)
Buckwheat Hulls
140(1)
Buckwheat Hulling and Milling
141(2)
Buckwheat Milling
143(1)
Buckwheat Products Processed Using Hydrothermal Technologies
144(1)
Bakery, Pasta and Confectionery Products
145(2)
References
147(6)
Spelt Wheat
153(24)
Raimondo Cubadda
Emanuele Marconi
Introduction
153(1)
Spelt Today
154(1)
Chemical Properties
155(9)
Proximate Composition
155(1)
Proteins
155(1)
Protein Content
155(3)
Protein Composition
158(2)
Digestible Carbohydrates
160(1)
Dietary Fibre
160(1)
Lipids
161(1)
Minerals, Vitamins, and Other Components
162(2)
Technological Characteristics of Spelt
164(4)
Milling Properties
164(1)
Flour Quality
165(3)
Spelt Products and their Characteristics
168(5)
Bread
168(1)
Pasta
169(3)
Breakfast Cereals
172(1)
Conclusions
173(1)
References
173(4)
Millets
177(42)
A. Babatunde Obilana
Eric Manyasa
Introduction
177(9)
Pearl Millet
179(2)
Finger Millet
181(3)
Fonio
184(1)
Tef
185(1)
Grain Structure
186(5)
Pearl Millet
188(1)
Finger Millet
189(1)
Fonio
190(1)
Tef
190(1)
Nutritional and Chemical Properties
191(12)
Pearl Millet
191(1)
Nutritional Properties
191(1)
Chemical and Biological Properties
192(4)
Finger Millet
196(1)
Nutritional Properties
196(1)
Chemical and Biological Properties
197(2)
Fonio
199(1)
Nutritional Properties
199(1)
Chemical and Biological Properties
199(1)
Tef
200(1)
Nutritional Properties
200(1)
Chemical and Biological Properties
201(2)
Technological Properties
203(8)
Pearl Millet Processing
204(1)
Milling
204(1)
Porridge and Bread Making
204(2)
Compositing (Blending)
206(1)
Malting and Fermentation
206(1)
Finger Millet Processing
207(1)
Milling
207(1)
Malting and Fermentation
208(1)
Popping
209(1)
Fonio Processing
210(1)
Tef Processing
210(1)
Conclusion
211(3)
References
214(5)
Grain Amaranth
219(42)
Emerich Berghofer
Regine Schoenlechner
Introduction
219(2)
Historical Facts
219(1)
Present Situation
220(1)
The Amaranth Plant
221(5)
Botanical and Agricultural Aspects
221(2)
Taxonomy
223(1)
Morphology of the Seeds
224(2)
Composition, Nutritional, and Functional Properties of Grain Amaranth
226(8)
Proteins
226(1)
Protein Quality
226(1)
Fats
227(1)
Fatty Acid Pattern
228(1)
Phospholipids
228(1)
Tocols
228(1)
Squalene
228(1)
Influence of Amaranth on Lipid Metabolism in Humans
228(1)
Carbohydrates
229(1)
Low Molecular Weight Carbohydrates
229(1)
Starch
229(2)
Minerals
231(1)
Vitamins
231(1)
Dietary Fibre
231(1)
Plant Secondary Metabolites
231(1)
Phytic Acid
232(1)
Tannins
232(1)
Protease Inhibitors
233(1)
Saponins
233(1)
Pigments
234(1)
Amaranth Processing
234(18)
Cooking
234(1)
Boiling
234(2)
Lime Cooking
236(1)
Popping
236(1)
Technological Realization of Popping
236(1)
Physico-Chemical Changes During Popping
237(1)
Nutritional Changes During Popping
238(1)
Production of Wholemeal Flour and Flour Fractions
238(1)
Milling
238(2)
Storability of Amaranth Flour Fractions
240(2)
Production of Bread and Pasta Products
242(1)
Bread and Baked Goods
242(1)
Pasta and Noodle Products
243(1)
Production of Convenience Products
244(1)
Drum Drying
244(1)
Extrusion Cooking
245(1)
Breakfast Cereals
246(1)
Muesli and Granola Bars
247(1)
Germination (Malting)
247(1)
Fermented Foods
248(1)
Production of Protein Concentrates and Protein Flours
249(1)
Amaranth Starch
249(1)
Amaranth Starch Production
249(1)
Possible Fields of Application of Isolated Amaranth Starch
250(1)
Starch Hydrolysis Products
251(1)
Amaranth Oil Production
251(1)
Isolation of Squalene
252(1)
Conclusions -- Future Outlook
252(1)
References
253(8)
Subject Index 261

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