Crediting Whole Grains in the NSLP and SBP
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Effect of Alkaline Soaking and Cooking on the Proximate, Functional and Some Anti-Nutritional Properties of Sorghum Flour
AU J.T. 14(3): 210-216 (Jan. 2011) Effect of Alkaline Soaking and Cooking on the Proximate, Functional and Some Anti-Nutritional Properties of Sorghum Flour Ocheme Ocheme Boniface and Mikailu Esther Gladys Food Science and Nutrition Department, Federal University of Technology Minna, Nigeria E-mail: <[email protected]; [email protected]> Abstract The effect of nixtamalization on the functional, proximate, and anti-nutritional properties of sorghum flour was studied. Flour samples were produced from soaked sorghum grains and cooked sorghum grains. A portion of sorghum grains were soaked in water and 1% lime solution for 24 hours and some were cooked for 30 minutes in both water and 1% lime solution. At the end of soaking and cooking, the grains were sundried; milled; sieved with a 0.25 mesh screen; and packaged. Alkaline cooking of sorghum resulted in flour with significantly higher protein; water and oil absorption capacity; pH; hygroscopicity; phytate and trypsin inhibitor and significantly lower ash; tannins and cyanide content than flours from untreated and water treated sorghums, while alkaline soaking resulted in flour with significantly higher carbohydrate; water and oil absorption capacity; and pH and significantly lower packed bulk density and hydrogen cyanide than flours from untreated and water treated sorghum. Keywords: Nixtamalization, functional properties, anti-nutritional properties, soaking, cooking. Introduction Unleavened bread (tortilla) is a common food in central and South America produced from Nixtamalization refers to a process of sorghum cooked in lime solution (Asiedu preparing maize (corn) in which the grain is 1989). In nixtamalization, dried cereal grains cooked and soaked in alkaline solution, usually are cooked in an alkaline solution at or near its lime solution, and then dehulled (Ocheme et al. -
Warren V. the Stop & Shop Supermarket Company
Case 7:20-cv-08718 Document 1 Filed 10/19/20 Page 1 of 17 Sheehan & Associates, P.C. Spencer Sheehan 60 Cuttermill Rd Ste 409 Great Neck NY 11021 Tel: (516) 268-7080 Fax: (516) 234-7800 [email protected] United States District Court Southern District of New York 7:20-cv-08718 Kari Warren, individually and on behalf of all others similarly situated, Plaintiff, - against - Class Action Complaint The Stop & Shop Supermarket Company LLC, Defendant Plaintiff by attorneys alleges upon information and belief, except for allegations pertaining to plaintiff, which are based on personal knowledge: 1. The Stop & Shop Supermarket Company LLC (“defendant”) manufactures, distributes, markets, labels and sells graham crackers purporting to be sweetened primarily with honey and containing a predominant amount of whole grain graham flour under their Stop and Shop brand (“Products”). 2. The Products are available to consumers from defendant's retail stores and their online ordering services and are sold in boxes of 14.4 OZ (408g). 3. The relevant representations include “Graham Crackers,” “Honey,” dark brown crackers, a honey dipper and copious amounts of honey on top of the crackers. 1 Case 7:20-cv-08718 Document 1 Filed 10/19/20 Page 2 of 17 4. The representations are misleading because despite the touted presence of honey and whole grain graham flour, the amount of these ingredients is less than consumers expect. 5. The Product’s representations convey that honey is the exclusive, primary and/or most significant sweetener in the Products. 6. However, the Product is sweetened primarily with sugar and contains only a miniscule amount of honey. -
Stone-Boiling Maize with Limestone: Experimental Results and Implications for Nutrition Among SE Utah Preceramic Groups Emily C
Agronomy Publications Agronomy 1-2013 Stone-boiling maize with limestone: experimental results and implications for nutrition among SE Utah preceramic groups Emily C. Ellwood Archaeological Investigations Northwest, Inc. M. Paul Scott United States Department of Agriculture, [email protected] William D. Lipe Washington State University R. G. Matson University of British Columbia John G. Jones WFoasllohinwgt thion Sst atnde U naiddveritsitiony al works at: http://lib.dr.iastate.edu/agron_pubs Part of the Agricultural Science Commons, Agronomy and Crop Sciences Commons, Food Science Commons, and the Indigenous Studies Commons The ompc lete bibliographic information for this item can be found at http://lib.dr.iastate.edu/ agron_pubs/172. For information on how to cite this item, please visit http://lib.dr.iastate.edu/ howtocite.html. This Article is brought to you for free and open access by the Agronomy at Iowa State University Digital Repository. It has been accepted for inclusion in Agronomy Publications by an authorized administrator of Iowa State University Digital Repository. For more information, please contact [email protected]. Journal of Archaeological Science 40 (2013) 35e44 Contents lists available at SciVerse ScienceDirect Journal of Archaeological Science journal homepage: http://www.elsevier.com/locate/jas Stone-boiling maize with limestone: experimental results and implications for nutrition among SE Utah preceramic groups Emily C. Ellwood a, M. Paul Scott b, William D. Lipe c,*, R.G. Matson d, John G. Jones c a Archaeological -
The Art and Science of Baking Ingredients, Techniques, and Recipes for Successful Baking in Your Kitchen
How to Bake The Art and Science of Baking Ingredients, techniques, and recipes for successful baking in your kitchen. DENNIS WEAVER How to Bake The Art and Science of Baking Ingredients, techniques, and recipes for successful baking in your kitchen. Dennis Weaver How to Bake The Art and Science of Baking Fifth Edition. Copyright © 2019 The Prepared Pantry. All rights reserved. Photographs by The Prepared Pantry. Used by permission. The material herein is published by The Prepared Pantry for the private use of individuals and may not be used for commercial purposes without the express consent of the publisher. The information contained herein is believed accurate but the publisher makes no warranties, express or implied, and the recipient is using this information at his or her own risk. For permission to use any material from any part of this book including subsequent chapters for commercial purposes, contact the publisher at: The Prepared Pantry www.preparedpantry.com 2 N. Landmark Lane Rigby, ID 83442 1-208-745-7892 Contents Preface Introduction Chapter 1 Flour—the Basic Ingredient and How to Use it for the Best Baked Goods Chapter 2 The Wonderful World of Eggs Chapter 3 How to Make Bread and Pastries with Yeast Chapter 4 The Secrets of Using Chemical Leaveners—Baking Powder and Baking Soda Chapter 5 Fresh from the Dairy—Dairy Products and How to Use Them Chapter 6 Butter, Shortening, and Oil—The Fats We Bake With Chapter 7 How Sweet it is—How to Use the Family of Sweeteners Chapter 8 Chocolate! How to Make the Best Desserts Preface This fifth edition is expanded from the earlier four editions. -
Crediting Coconut, Hominy, Corn Masa, and Masa Harina in the Cnps
2 Martin Luther King Jr. Drive, SE, Suite 754, East Tower, Atlanta, GA 30334 (404) 656-5957 Brian P. Kemp Amy M. Jacobs Governor Commissioner MEMORANDUM To: Institutions and Sponsors Participating in the Child and Adult Care Food Program (CACFP) and the Summer Food Service Program (SFSP) From: Sonja R. Adams, Director of Provider Services – Nutrition (Original Signed) Date: September 13, 2019 (v.2) Subject: Crediting Coconut, Hominy, Corn Masa, and Masa Harina in the CNPs Legal Authority: USDA Policy Memorandum SP-34-2019, CACFP 15-2019, SFSP 15-2019, August 22, 2019 (rescinding SP 22-2019, CACFP 09-2019, SFSP 08-2019, Crediting Coconut, Hominy, Corn Masa, and Corn Flour in the CNPs, April 17, 2019; SP 02-2013, Corn Masa (Dough) for Use in Tortilla Chips, Taco Shells, and Tamales, October 3, 2012; and TA 01-2008, Crediting of Corn Meal (Cornmeal) and Corn Flour for Grains/Breads Component, December 11, 2007). Cross Reference/ See also: DECAL Policy Memorandum, Update of Food Crediting System to Include Various Food Items Which Were Previously Uncreditable, December 28, 2018. This policy memorandum rescinds and replaces DECAL Policy Memorandum, Crediting Coconut, Hominy, Corn Masa, and Corn Flour in the CNPs, May 17, 2019. As stated above, this memorandum rescinds and replaces DECAL Policy Memorandum, Crediting Coconut, Hominy, Corn Masa, and Corn Flour in the CNPs, May 17, 2019 which was based on expanded Food and Nutrition Service (FNS) policy guidance originally released on December 4, 2018. 1 Such guidance sought to inform participating institutions and sponsors of the credibility of various food items which were previously uncreditable. -
Head of Xilonen, Goddess of Young Maize A.D
Head of Xilonen, Goddess of Young Maize A.D. 1400/1500 Aztec (Mexica), Tenochtitlan, Mexico THE ART INSTITUTE OF CHICAGO Department of Museum Education Division of Teacher Programs Crown Family Educator Resource Center This sculptural fragment depicts Xilonen, the youthful Aztec Aztec (Mexica) (Mexica) goddess of new maize (corn). Carved in the round, this dark grey basalt bust was originally painted in bright naturalistic colors; the two indented strips in her cheeks most Tenochtitlan, Mexico likely would have been filled withturquoise or shell. Rising from her floral headband is a pair of large, realistically represented ears of maize, the long tassels flowing down her back. This feature, along with the rhomboid-shaped pendant around her neck, identifies her as Xilonen, whose name derives from the Nahuatl words xilotl (tender ears of maize) and nen Head of Xilonen, Goddess (benefit or good). of Young Maize The many existing carvings of Xilonen suggest her importance in Aztec culture as one of three female maize deities repre- A.D. 1400/1500 senting stages of crop growth and maturation; Xilonen’s teotl (divine power) embodied fertility. The Aztec believed that Basalt representations of deities were imbued with the teotl of the gods themselves. Sculptures of Xilonen and other deities 32.4 x 20.3 x 12.1 cm (12 3/4 x 8 x 4 3/4 in.) played a role in the great festivals held in the open plazas and temple platforms. While this particular sculpture likely would African and Amerindian Art Purchase Fund, have functioned as an effigy for worship in a communal 1986.1091 temple, the cult of Xilonen was also observed in the home. -
Additional Creditable Foods
Michigan Office 139 W. Lake Lansing Rd., Suite 120 • East Lansing, MI 48823 Telephone: (800) 234-3287 • FAX: (517) 332-5543 Illinois Office 4415 W. Harrison St., Suite 535 • Hillside, IL 60162 Telephone: (800) 284-5273 • FAX: (708) 236-0872 www.acdkids.org Additional Creditable Foods COCONUT • Fresh, frozen, or dried coconut is creditable as a fruit by volume. Coconut flour and coconut • Dried coconut credits as twice the volume served. Unsweetened oil are not creditable. dried coconut is preferable due to less added sugars (ex. ¼ cup dried coconut credits as ½ cup of fruit). • At least ¹/8 cup must be served. Additional fruit should be served to meet the minimum serving sizes. • Coconut water labeled as 100% juice credits as juice by volume and counts towards the juice limit of once per day. CORN PRODUCTS Corn Masa, Masa Harina, Nixtamalized Corn Flour/Cornmeal • Corn Masa and Masa Harina are creditable as Whole Grain- Nixtamalizaion: a process in Rich (WGR) grains. which corn is soaked in an alkaline • Cornmeal, corn flour and corn products* treated with slaked slaked lime solution that helps release lime through a process called Nixtamalization are creditable nutrients. When corn undergoes this as WGR grains. process it is considered WGR in Child *Corn products must be made from whole grain Nutrition Programs. corn, be treated with slaked lime (nixtamalized), or be enriched to be creditable in Child Nutrition Programs. To check if corn has been nixtamalized, refer to the following phrases found on an ingredient list: • Treated with lime • Ground corn treated with lime • Ground corn with trace of lime • Calcium hydroxide Slaked lime and lime (citrus fruit) flavor are not the same. -
A Comparative Study of Protein Changes in Normal and Quality Protein Maize During Tortilla Making
A Comparative Study of Protein Changes in Normal and Quality Protein Maize During Tortilla Making ENRIQUE I. ORTEGA,' EVANGELINA VILLEGAS,I and SURINDER K. VASAL2 ABSTRACT Cereal Chem. 63(5):446-451 Protein changes were evaluated in two different maize genotypes of as nitrogen content increased in the glutelin fraction and in the residue after contrasting protein quality made into tortillas. In both types of maize, fractionation. Tortillas made from quality protein maize (QPM) had a albumins, globulins, zeins, and glutelinlike components became insoluble superior amino acid score mainly because of their very high lysine and after interacting with other biochemical entities catalyzed by the alkaline tryptophan content, which was not significantly affected during tortilla pH and the heat produced in tortilla-making. Increased nitrogen recovery preparation. The superiority of the product obtained with the QPM sample with solvents having alkaline pH, a reducing agent, and sodium dodecyl was demonstrated by its high content of available lysine. Although the in sulfate indicate that hydrophobic interactions may have been involved in vitro digestibility of protein with pepsin and the amount of availablelysine this change in solubility of proteins that are more easily solubilized in the changed during tortilla-making, no evidence was found of a specific unprocessed maize grain. In vitro protein digestibility with pepsin declined detrimental effect on the protein quality of the original QPM grain. Improving the protein quality of cereal grains has been a major Various researchers have investigated nixtamalization and other concern of agricultural scientists for the last two decades. Mutant aspects of tortilla making. Chemical changes that occur during the germ plasm with high levels of lysine has been identified in maize lime treatment of corn (Bressani and Scrimshaw 1958) and during (Mertz et al 1964), sorghum (Singh and Axtell 1973), and barley preparation of tortillas (Bressani et al 1958) are reported. -
Nixtamalization Was Developed in Ancient Mesoamerica Sometime Before 1200BCE
History The process of nixtamalization was developed in ancient mesoamerica sometime before 1200BCE. As corn cultivation spread from mesoamerica the technology of nixtamalization spread with it. Different tribes and cultures used and continue to use different materials and details in the overall process. While European colonizers in the north adopted the cultivation of corn, they didn't widely adopt the process of nixtamalization, this has contributed to several historical outbreaks of pellagra, a nutrient deficiency disease caused by the lack of niacin. The word nixtamalization comes from the Nahuatl (Aztec) word nixtamalli, a compound word comprised of the words for ashes and unformed corn dough. Benefits Nixtamalization has several benefits: • Changes texture of corn dough, allowing a suitable texture for tortillas (compare the texture of corn bread to tortillas) • Changes and enhances flavor and aroma • Depending on the alkali used, adds significant amounts of calcium or potassium, as well as other potential minerals in smaller amounts. • Converts niacytin to bio-available niacin (vitamin B3) • Destroys toxins produced by molds that commonly effect drying corn Equipment: Essential: • Non-reactive Pot (stainless steel or glass) • Some form of strainer, ideally with larger holes. A over-the-sink strainer made from 1/4" mesh seems to be ideal. • Some way to grind the corn, if desired. A purpose built grinder can be ordered for around $20 on eBay (search for corn grinder) or from www.westonsupply.com, but you can also get decent results from a food processor or blender. • Frying pan, ideally cast iron, if you want to make tortillas. Optional: • Tortilla press, balls of tortilla dough can be rolled out with a rolling pin, or squished under a flat bottom casserole dish, but a tortilla press makes them quicker and easier. -
Grains – Finding All the Answers
Grains – Finding All the Answers Linda Stull School Nutrition Programs August 2014 GRAINS 2 Grain Requirements for the NSLP and SBP: USDA Memo SP 30-2012 Addresses the new implementation of “ounce equivalencies” (oz eq) in the school meal programs and defines “whole grain-rich” (WGR) Quantities of grains are based on ounce equivalencies in a manner that is consistent with the DGAs and MyPlate food guidance system Beginning July 1, 2013, all grains must be credited using “oz eq” method 3 Ounce Equivalencies Calculating Ounce Equivalencies Can credit ounce equivalencies based on: ◦ 1) ounce weights listed in SP 30-2012 & updated Exhibit A ◦ 2) grams of creditable grain in each product portion Documented by standardized recipe Product formulation statement signed by manufacturer 6 Ounce Equivalent Standards Grain products must be credited using the oz eq method ◦ Baked goods - 16 grams of creditable grain to provide 1 oz eq credit . Breads . Biscuits . Bagels ◦ Cereal grains - 28 grams (approximately 1.0 ounce by weight) of dry product, the cooked volume equivalent is ½ cup cooked . Oatmeal . Pasta . Brown rice ◦ Ready-to-eat cereal - 28 grams or 1.0 ounce of product is considered an ounce equivalent . 1 cup of flakes or rounds . 1 ¼ cups puffed cereal . ¼ cup granola 8 Comparing the Two Methods of Calculating Ounce Equivalencies 11 12 Whole Grain-Rich Criteria Beginning SY 2014-15, all grains served must be whole grain-rich ◦ Lunch ◦ Breakfast 18 What is a Whole Grain? Whole Grain-Rich vs Whole Grain SY 2014-2015: All grains must be whole grain-rich (not 100% whole grain) ◦ Whole grain-rich = At least 50% whole grain and rest of product/blend must be enriched refined flour What Foods Meet Whole Grain-Rich Criteria? Contain 100% whole grain OR Contain a blend of whole-grain meal and/or flour and enriched meal and/or flour of which at least 50% is whole grain. -
Effect of Nixtamalization on Mycotoxin-Contaminated Corn
NebGuide Nebraska Extension Research-Based Information That You Can Use G2329· Index: Food Science & Technology Issued January 2021 Effect of Nixtamalization on Mycotoxin- Contaminated Corn José Rodrigo Mendoza, Post-doctoral Research Associate Andréia Bianchini, Associate Professor Corn (Zea mays) is a staple food in Mexico and both Central and South America with rapid growth in con- sumption in Europe and the United States (2, 10). This agricultural commodity is prone to fungal damage due to inadequate pre- and post- harvest handling practices, which can lead to a reduction of yield and quality. More- over, the presence of certain molds is often accompanied by mycotoxin contamination, compromising the safety of corn. Mycotoxins are defined as secondary metabolites of filamentous fungi (molds), predominantly belonging to the genera Alternaria, Aspergillus, Claviceps, Fusarium, and Penicillium (9). Human and animal exposure to mycotoxins occurs Fig. 1. Exemplification of hypothesized fate of some my- primarily through food and can result in acute or chronic cotoxins during corn nixtamalization. Some mycotoxins can be partially solubilized while in other cases they can be intoxications, known as mycotoxicoses, with symptoms masked and still be present in food. varying depending on dosage, length of exposure, specific toxin, and the health of the individual (31). Controlling mycotoxins poses a challenge worldwide, being most problematic in tropical and subtropical regions. endosperm structure, and allows diffusion of water and The two primary fungal toxin groups affecting corn are calcium ions into the inner starch portion of the kernel aflatoxins and fumonisins 3( , 25). However, other toxins which may have an influence on mycotoxin contamina- such as zearalenone, deoxynivalenol, citrinin, and ochra- tion (Figure 1). -
Historic, Archived Document Do Not Assume Content Reflects Current
Historic, archived document Do not assume content reflects current scientific knowledge, policies, or practices. 1253 * Issued April 15,191G. U. S. DEPARTMENT OF AGRICULTURE. FARMERS' BULLETIN 389. BREAD AND BREAD MAKING. BY HELKN W. ATWJ^Tl&R. PREPARED UNDER THE SUPERVISION OF THE OFFICE OF EXPERIMENT STATIONS. JV. C. TRXJE^, Director. WASHINGTON : GOVERNMENT PRINTING OFFICE-. 1910. LETTER OF TRANSMITTAL. U. S. DEPARTMENT OF AGRICULTURE, OFFICE OF EXPERIMENT STATIONS, Washington, D. Ö., January 31, 1910. SIR: I have the honor to transmit herewith an article on Bread and Bread Making, prepared by Miss Helen W. Atwater in accordance with instructions given by the Director of this Office. In preparing this bul- letin Miss Atwater has consulted the available sources of information, including standard works on the subject, as well as the reports of investi- gations relating to bread and bread making which have been conducted under the auspices of this Office, especially those carried on under the supervision of Director C. D. Woods, of the Maine Agricultural Ex- periment Station, and by Prof. Harry Snyder, at the Minnesota Ag- ricultural Experiment Station. Perhaps no topic connected with the subject of human food is of more general interest than bread, and no crops are more important to the farmer than the bread-yielding cereals. This bulletin, which summarizes the most recent information on the use of cereals for bread making, is believed to be useful and timely, and its publication as a Farmers' Bulletin is therefore recommended. It is designed to supersede Farmers' Bulletin No. 112, bearing a similar title and issued in 1900.