Maize in the Ghanaian Diet
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Product List FOODLINK AUSTRALIA PTY LTD ABN 86132703229 Also Trading As Demcos Seafood 3 the Crescent KINGSGROVE NSW 2208 Phone No
Product List FOODLINK AUSTRALIA PTY LTD ABN 86132703229 Also trading as Demcos Seafood 3 The Crescent KINGSGROVE NSW 2208 Phone No. 02 9666 4818 Fax: 02 9666 4640 Email [email protected] Website www.foodlinkaustralia.com.au All Prices are Shown ex GST Items Marked "*" indicate Random Weight As of 13. December 2017 No. Description Zone UOM Disc. % GST Bakery Speciality Chocolate 100752 COCOA POWDER 1KG (Natures Secret) Dry (General) EA CTN (12) 103227 COCOA POWDER BULK 25KG (Natures Secret) Dry (General) EA 100753 COCOA POWDER DUTCH 1KG (Natures Secret) Dry (General) EA CTN (12) Choclate Cooking Compound 103642 CARAMEL FUDGE SAUCE 1.89L (Monin) Dry (General) EA CTN (4) 100703 CHOC FUDGE A10 (IXL) Dry (General) EA CTN (3) 100708 CHOC SPRINKLES 735GM (Masterfoods) Dry (General) EA CTN (6) 104138 TABASCO CHIPOTLE 1.89L (Tabasco) Dry (General) EA CTN (2) 104137 TABASCO GREEN 1.89L (Tabasco) Dry (General) EA CTN (2) 104135 TABASCO RED 1.89L (Tabasco) Dry (General) EA CTN (2) Custard / Custard Powder 100934 CUSTARD POWDER 3KG 6X500GM (Bingo) Dry (General) EA CTN (6) 100935 CUSTARD POWDER 5KG (Sunshine) Dry (General) EA Essences / Vanilla Bean 103463 ALMOND ESSENCE 50ML (Aeroplane) Dry (General) EA CTN (6) 101344 IMITATION VANILLA ESSENCE 575ML (Aeroplane) Dry (General) EA CTN (12) 101492 LEMON MYRTLE 160GM (Vic Cherikoff) Dry (General) EA CTN (6) 101493 LEMON MYRTLE 705GM (Masterfoods) Dry (General) EA CTN (6) 101889 ORANGE ESSENCE QUEEN 100ML () Dry (General) EA CTN (6) 101932 PARISIAN ESSENCE 2LT (Aeroplane) Dry (General) EA -
Paper 2 USES and PROCESSING of GRAIN MAIZE in NEW ZEALAND P .L
Paper 2 USES AND PROCESSING OF GRAIN MAIZE IN NEW ZEALAND P .L. Chappell Cereal Development Manager, Wattie Industries Ltd., Auckland. INTRODUCTION Table 1: Composition of the kernel of mature dent maize. Maize grain use in New Zealand is split approximately Dry weight Starch Fat Protein 700Jo in the feed industry, 190Jo in the wet milling industry (llJo) (OfoDM) (%DM) (%DM) and lOOJo in the dry milling industry. A small quantity may be used for alcohol manufacture, but for reasons of Endosperm 83 86 1 9 commercial confidentiality I have been unable to determine Germ 11 7 35 18 the quantity used in that industry. Pericarp 6 7 1 4 In this paper I will discuss each industry in turn, but Whole kernel 100 73 5 10 first I will digress to briefly describe the composition of the (DM =dry matter) dent maize kernel because this broadly dictates the processing uses of maize, both because of its chemical The endosperm is the principal source of starch which composition and physical state. is in two forms; large starch granules with a thin protein Aleurone matrix lightly packed together in the floury endosperm; and layer Dent smaller starch granules which are surrounded by a thicker Pericorp protein matrix tightly packed in the horny endosperm. The germ, or embryo, is the principal source of fat, which is the Floury endosperm basis of the oil industry. The protein, which is more Scutellum uniformly distributed, is an important ingredient in animal feed. Horny endosperm Pnmary FEED GRAIN INDUSTRY shoot Maize is an important grain in the compound feed Embryonic Germ Q)liS industry in New Zealand. -
Foods with an International Flavor a 4-H Food-Nutrition Project Member Guide
Foods with an International Flavor A 4-H Food-Nutrition Project Member Guide How much do you Contents know about the 2 Mexico DATE. lands that have 4 Queso (Cheese Dip) 4 Guacamole (Avocado Dip) given us so 4 ChampurradoOF (Mexican Hot Chocolate) many of our 5 Carne Molida (Beef Filling for Tacos) 5 Tortillas favorite foods 5 Frijoles Refritos (Refried Beans) and customs? 6 Tamale loaf On the following 6 Share a Custom pages you’ll be OUT8 Germany taking a fascinating 10 Warme Kopsalat (Wilted Lettuce Salad) 10 Sauerbraten (German Pot Roast) tour of four coun-IS 11 Kartoffelklösse (Potato Dumplings) tries—Mexico, Germany, 11 Apfeltorte (Apple net) Italy, and Japan—and 12 Share a Custom 12 Pfefferneusse (Pepper Nut Cookies) Scandinavia, sampling their 12 Lebkuchen (Christmas Honey Cookies) foods and sharing their 13 Berliner Kränze (Berlin Wreaths) traditions. 14 Scandinavia With the helpinformation: of neigh- 16 Smorrebrod (Danish Open-faced bors, friends, and relatives of different nationalities, you Sandwiches) 17 Fisk Med Citronsauce (Fish with Lemon can bring each of these lands right into your meeting Sauce) room. Even if people from a specific country are not avail- 18 Share a Custom able, you can learn a great deal from foreign restaurants, 19 Appelsinfromage (Orange Sponge Pudding) books, magazines, newspapers, radio, television, Internet, 19 Brunede Kartofler (Brown Potatoes) travel folders, and films or slides from airlines or your local 19 Rodkal (Pickled Red Cabbage) schools. Authentic music andcurrent decorations are often easy 19 Gronnebonner i Selleri Salat (Green Bean to come by, if youPUBLICATION ask around. Many supermarkets carry a and Celery Salad) wide choice of foreign foods. -
Einstein Bros Bagels
Einstein Bros.® Bagels Ingredient & Nutritional Information Einstein Noah Restaurant Group, Inc. Nutrition information is based upon standard recipes. Variations may occur due to differences in suppliers, customized ordering, and product preparation at the restaurant. Test products or regional items may not be included and may not be available in all areas. A 2,000 calorie daily diet is used as the basis of general nutrition advice. However, individual caloric needs may vary. Visit www.mypyramid.gov for more information. Recommended limits for a 2,000 calorie diet are 20 grams of saturated fat and 2,300 mg of sodium. If you have any questions please call 1.800.BAGEL.ME. For assistance. Last item update: 2/15/2011 Einstein Bros. Nutritional Information Iron (%) Calories Sugars (g.) Protein (g.) Calcium (%) Serving Size Fat (g.) Total Sodium (mg.) (%) A Vitamin Vitamin C (%) Vitamin Trans Fats (g.) Trans Total Carbs. (g.) Total otherwise stated Dietary Fiber (g.) Cholesterol (mg.) Saturated Fat (g.) Calories From Fat Weight (g.); unless Weight Bagel Thin Plain 1 bagel 54 140 10 1 0 0 0 240 25 1 2 4 0 2 0 8 Honey Whole Wheat 1 bagel 54 140 15 1.5 0 0 0 230 27 4 4 5 0 0 2 8 Everything 1 bagel 54 150 15 2 0 0 0 390 25 1 2 4 0 2 0 8 Classic Bagels Plain 1 bagel 101 260 10 1 0 0 0 460 56 2 5 9 0 0 2 20 Honey Whole Wheat 1 bagel 103 260 10 1 0 0 0 440 57 3 8 9 0 0 2 15 Signature Flavors of Bagels Asiago Cheese 1 bagel 115 310 50 5 3 0 15 630 56 2 5 14 0 0 20 20 Black Russian 1 bagel 112 280 30 3.5 0 0 0 520 57 3 4 11 0 8 4 20 Blueberry 1 bagel -
Assessment of Grain Safety in Developing Nations
ASSESSMENT OF GRAIN SAFETY IN DEVELOPING NATIONS by José Rodrigo Mendoza Jiménez A DISSERTATION Presented to the Faculty of The Graduate College at the University of Nebraska In Partial Fulfillment of Requirements For the Degree of Doctor of Philosophy Major: Food Science & Technology Under the Supervision of Professors Andréia Bianchini and Jayne E. Stratton Lincoln, Nebraska December, 2020 ASSESSMENT OF GRAIN SAFETY IN DEVELOPING NATIONS José Rodrigo Mendoza Jiménez, Ph.D. University of Nebraska, 2020 Advisor: Andréia Bianchini Grains are the most widely consumed foods worldwide, with maize (Zea mays) being frequently consumed in developing countries where it feeds approximately 900 million people under the poverty line of 2 USD per day. While grain handling practices are acceptable in most developed nations, many developing nations still face challenges such as inadequate field management, drying, and storage. Faulty grain handling along with unavoidably humid climates result in recurrent fungal growth and spoilage, which compromises both the end-quality and safety of the harvest. This becomes particularly problematic where there is little awareness about health risks associated with poor quality grain. Fungi are contaminants of maize and some can produce toxins, known as mycotoxins, that both devalue crop marketability and have detrimental health effects, especially to those malnourished. As some households depend on their harvest for self- consumption, losses due to fungi endanger their food security. To abate the threat posed by mycotoxigenic fungi on maize among developing nations, this research was conducted as a compilation of works in several countries. More specifically, it describes agricultural practices currently in use in developing nations, provides an overview of mycotoxin prevalence and approaches that can be used to improve grain safety post-harvest through proper storage. -
Thermal Behavior Characterization of a Sugar-Based Model System and Commercial Confections Across the Stages of Sugar Cooking
THERMAL BEHAVIOR CHARACTERIZATION OF A SUGAR-BASED MODEL SYSTEM AND COMMERCIAL CONFECTIONS ACROSS THE STAGES OF SUGAR COOKING BY MELISSA WANG THESIS Submitted in partial fulfillment of the requirements for the degree of Master of Science in Food Science and Human Nutrition with a concentration in Food Science in the Graduate College of the University of Illinois at Urbana-Champaign, 2017 Urbana, Illinois Adviser: Professor Shelly J. Schmidt Abstract The stages of sugar cooking, although long-existing and widespread in the confection industry, are lacking in thermal behavior profile descriptions, which are crucial to confection functionality. Thermal behavior parameters, such as the glass transition temperature (Tg), are indicative of confection material structure and textural behavior. Tg plays an important role in governing the quality and shelf life of sugar-based confection, and is influenced by moisture content, formulation, and other factors. This study aimed to connect thermal behavior parameters to the stages of sugar cooking. Thus, the objective of this research was to investigate the thermal behavior of the six stages of sugar cooking, as well as representative commercial confections from each stage. A model sugar-based confectionery system was developed and representative commercial confections belonging to each stage of sugar cooking were selected. The model system consisted of a 70:30 ratio of sucrose to corn syrup and a 70:30 ratio of solids to moisture. To investigate the thermal behavior of the stages of sugar cooking, differential scanning calorimetry (DSC), moisture content, and water activity analyses were conducted for the model system and representative commercial confections. The average Tg midpoint of the model system increased from thread to hard crack stage, corresponding to loss of water from increased cooking time and temperature. -
The Index of ESHA Foods & Codes
The Index of ESHA Foods & Codes Abbreviations 2 Manufacturer Codes 3 Database Changes 7 Foods & Codes GENDAT Database 8 BRANDS Database 143 Full Name Abbreviation Full Name Abbreviation added add package pkg added water add wtr packet pkt artificial art partially part aspartame asp pasteurized past assorted asstd piece pce Australia Austl pineapple pine average avg powder pwd baked bkd precooked preckd baking bkg prepared prep barbeque bbq processed proc boiled ckd protein prot boneless w/o bone ready to bake rtb bottle btl ready to cook rtc bottled btld ready to drink rtd braised brsd ready to eat rte breaded brd ready to feed rtf broiled brld ready to heat rth calcium calc ready to serve rts California Calif ready to use rtu calorie cal recipe rec caffeine caff reconstituted reconst canned cnd reduced rducd carton ctn refrigerated refrig charbroiled char regular reg chocolate choc rehydrated rehyd chopped chpd roasted rstd cholesterol cholest saccharin sacc commercial cmrcl serving svg compartment comp skim milk skm mlk concentrate conc skinless w/o skin condensed cond small sml cooked ckd smoked smkd cottonseed cttnsd sodium sod covered cvrd steamed stmd cranberry cran stewed stwd decaffeinated decaf strained strnd degerminated degermed strawberry straw dehydrated dehyd stuffed stuff each ea sugar sug enriched enrich sweetened swtnd flavor flvr sweetener swtnr flavored flvrd synthetic synth Food Chemical Codex FCC tablespoon tbsp fortified fort teaspoon tsp from f/ textured vegetable protein TVP frozen fzn toasted tstd high hi uncooked -
Maize Processing in Tanzania: Prospects for SME Participation
Maize Processing in Tanzania: Prospects for SME Participation Project Brief, June 2020 ES/S0001352/1 Dr H.B.Lunogelo, Dr Hazel Gray and Professor Fortunata Makene www.iiap.info Project Overview Innovation and Inclusion Industrialisation in Agro-Processing is a two-year collaboration between researchers from the University of Edinburgh, the University of Johannesburg, and the Economic and Social Research Foundation, Tanzania. The project is a comparative study conducted across Tanzania and South Africa focusing on three value chains: maize meal, citrus and dairy. The three aims of the study are: First, to describe the factors that determine innovation and inclusion in agro-processing Second, explain the challenges to promoting SME participation in agro-processing value chains Third, to use these findings to support industrial policy formulation at the national and regional level In this project brief, we set out the key issues arising from our scoping work on maize milling in Tanzania. 1: Summary As an economic crop, maize accounts for 74.3% of cereals production and 66% of all crops harvested annually (NBS, 2017)1. It contributes about 40% of calorific foods consumed (Bymolt et.al., 20172). Maize flour is used to make a meal popularly known as ‘ugali’. SMEs play a major role in the midstream of the maize value chain. Micro and small-scale maize millers are particularly prominent in rural settings and small trading centres but they also operate in larger towns and cities. The maize milling business has also attracted medium and large- scale investors with national and regional market outreach for their milled and packaged products. -
Determination of Good Milling Quality of White Maize For
THE SOUTHERN AFRICAN GRAIN LABORATORY NPC Quality is our passion DETERMINATION OF GOOD MILLING QUALITY OF WHITE MAIZE FOR HUMAN CONSUMPTION USING NIT March 2016 Wiana Louw Technical experts: Dr Corinda Erasmus Foss Grain Network Meeting Network Grain Foss Dr Paul Williams nd 22 INTRODUCTION MAIZE PRODUCTION IN SOUTH AFRICA MAIZE PROCESSING AND CONSUMPTION IN SOUTH AFRICA WHY DEVELOP A MILLING INDEX CALIBRATION PROCESS FOLLOWED TO DEVELOP THE CALIBRATION MODEL OUTLINE OF THE OF THE PRESETATION OUTLINE CONCLUSIONS AND ROLL-OUT PROCESS TOTAL RSA AREA UTILIZED FOR MAIZE PRODUCTION (11 SEASONS) 4.000.000 3.000.000 White Yellow 2.000.000 Ha Total 1.000.000 0 2013/14 2003/04 2004/05 2005/06 2006/07 2007/08 2008/09 2009/10 2010/11 2011/12 2012/13 Season MAIZE PRODUCTION IN SOUTH AFRICA IN PRODUCTION MAIZE MAIZE PRODUCTION IN RSA (11 SEASONS) 15.000.000 14.000.000 13.000.000 12.000.000 11.000.000 10.000.000 White 9.000.000 Yellow 8.000.000 Total Tons Tons 7.000.000 6.000.000 5.000.000 4.000.000 3.000.000 2.000.000 2011/12 2003/04 2004/05 2005/06 2006/07 2007/08 2008/09 2009/10 2010/11 2012/13 2013/14 MAIZE PRODUCTION IN SOUTH AFRICA IN PRODUCTION MAIZE Season MAIZE YIELD IN RSA (11 SEASONS) 6,00 5,00 White Yellow 4,00 t/ha Total 3,00 2,00 2003/04 2004/05 2005/06 2006/07 2007/08 2008/09 2009/10 2010/11 2011/12 2012/13 2013/14 Season MAIZE PRODUCTION IN SOUTH AFRICA IN PRODUCTION MAIZE MAIZE IMPORTS AND EXPORTS (10 MARKETING SEASONS) 3000 2500 2000 1500 1000 Thousand Ton Thousand 500 0 04/05 05/06 06/07 07/08 08/09 09/10 10/11 11/12 12/13 -
Florida's Amaizin Grain
University of Florida/Volusia County Extension Florida Agriculture Facts What is Extension? RN Florida growers produce sweet ..CO and field corn throughout many n . Extension is a partnership between state, fed- ai Gr areas of the sate. Sweet corn is eral, and county governments to provide scien- in’ aiz grown mostly tific knowledge and expertise to the public. The Am for fresh market University of Florida (UF), together with Flor- ’s rida and contributes ida A & M University (FAMU), administers the Flo Florida Cooperative Extension Service. greater than $100 million annually to the state’s economy. Our Mission Most of the The University of Florida's Institute of Food and sweet corn pro- Agricultural Sciences (UF/IFAS) is a federal, duction is in south Florida. Sweet state, and county partnership dedicated to devel- corn is grown in south Florida Sep- oping knowledge in agriculture, human and tember through May. Production natural resources, and the life sciences and to proceeds into central and northern making that knowledge accessible to sustain and enhance the quality of human life. areas with the increased tempera- Kathleen M. Bryant tures of spring and summer. Sweet Extension Agent corn varieties in Florida mature in Family and Consumer Sciences [email protected] roughly 75 to 90 days. [email protected] The Foundation for The Gator Nation Field corn production occurs Jill A. Taufer, RD, LD/N mostly in central and north Florida. Extension Program Agent Family and Consumer Sciences Field corn is used mostly for silage [email protected] and grain. Corn for grain and si- [email protected] lage is grown during spring and Karen Stauderman summer and matures in an aver- Extension Agent Residential Horticulture age of 120 days. -
GRAS Notice 701, Pyrroloquinoline Quinone Disodium Salt
Pyrroloquinoline quinone (PQQ) disodium salt GRAS Notice (GRN) No. 701 https://www.fda.gov/Food/IngredientsPackagingLabeling/GRAS/NoticeInventory/default.htm GENERALLY RECOGNIZED AS SAFE (GRAS) NOTICE OF PYRROLOQUINOLINE QUINONE DISODIUM SALT AS A FOOD INGREDIENT Prepared for: Nutraland USA, Inc. Prepared by: NutraSource, Inc. 6309 Morning Dew Court Clarksville, MD 21029 Tel: 410-531-3336; [email protected] 1 Pyrroloquinoline quinone (PQQ) disodium salt GENERALLY RECOGNIZED AS SAFE (GRAS) STATUS OF Pyrroloquinoline quinone (PQQ) AS A FOOD INGREDIENT Table of contents PART 1. SIGNED STATEMENTS AND A CERTIFICATION 4 1.A. Name and Address of the Notifier 4 1.B. Common or Trade Name 4 1.C. Applicable Conditions of Use of the Notified Substance 4 1.C.1. Foods in Which the Substance is to be Used 4 1.C.2. Levels of Use in Such Foods 4 1.C.3. Purpose for Which the Substance is Used 5 1.C.4. Description of the Potential Population Expected to Consume the Substance 5 1.D. Basis for the GRAS Determination 5 1.E. Availability of Information 5 1.F. Availability of FOIA Exemption 5 1.G. Certification 5 PART 2. INFORMATION ABOUT THE IDENTITY OF THE NOTIFIED SUBSTANCE 6 2.A. Scientific Information About the Identity of the Notified Substance 6 2.A.1. Scientific Information Sufficient to Identify the Biological Source 6 2.A.2. Potential Toxicants in the Source of the Notified Substance 7 2.A.3. Particle Size 7 2.B. Method of Manufacture 7 2.C. Specifications of Pyrroloquinoline quinone disodium salt 12 2.D. -
Post-Harvest Operations
MAIZE Post-harvest Operations - Post-harvest Compendium MAIZE: Post-Harvest Operation Organisation:Food and Agriculture Organization of the United Nations (FAO), AGST Author: Danilo Mejía, PhD, AGST. Edited by AGST/FAO: Danilo Mejía, PhD, FAO (Technical) Last reviewed: 15/05/2003 1. Introduction ........................................................................................................................ 2 1.1 Economic and Social Impact. ...................................................................................... 7 1.2 World trade ................................................................................................................ 12 1.3 Maize primary products. ............................................................................................ 15 1.4 Secondary and derived products from maize ............................................................. 21 1.5 Requirements for export and quality assurance. ........................................................ 28 1.6 Consumer preferences. ............................................................................................... 30 1.7 Others. ........................................................................................................................ 32 2. Post-production Operations ......................................................................................... 38 2.1. Pre-harvest operations. .............................................................................................. 38 2.2. Harvesting ................................................................................................................