The New U.S. Meat Industry
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Teaching of a Basic Meats Course
173 fZACHlNG A BASIC NEATS COURSZ BY OEWORSTRATlOW TECHNIQUES 0 A, We HULLINS .*...--..-*.-..*.*...*...........-.*-...UNIVERSITY OF MISSOURI I find myself in a very awkward situation. In the first place I am following a very noted person, Mr. Ken Warner on the program, who is an authority on teaching methods, and secondly, I am talking to a group of very competent teachers with much more experience in the teaching profession than I have had. However, I would like to present to you our method of teaching a basic meats course at Missouri. Later, we would welcome any comments or questions in the way of constructive criticism or otherwise that any of you might have. First, I would libe to give you an idea of the amount of class hours involved in our basic course and the objectives we have outlined. Our basic meat classes meet 3-2 hour periods per week. These periods are arranged for either a laboratory period or a lecture period, Bowever, in the past it has evolved around one lecture period and two laboratory periods. Our ob- jectives in the course are to familiarize the student with the livestock and meat industry relationships, i.e. live animal carcass comparison, slaughter- ing, cutting, curing and smoking? identification, selection, processing, dis- tribution, utilization of meat and meat products. As more and more subJect material became available in these areas, we found we did not have time to present the students with the subject matter and still do the amount of slaughtering and processing that had been done in the past. -
Meat, Fish and Dairy Products and the Risk of Cancer: a Summary Matrix 7 2
Meat, fish and dairy products and the risk of cancer 2018 Contents World Cancer Research Fund Network 3 Executive summary 5 1. Meat, fish and dairy products and the risk of cancer: a summary matrix 7 2. Summary of Panel judgements 9 3. Definitions and patterns 11 3.1 Red meat 11 3.2 Processed meat 12 3.3 Foods containing haem iron 13 3.4 Fish 13 3.5 Cantonese-style salted fish 13 3.6 Grilled (broiled) or barbecued (charbroiled) meat and fish 14 3.7 Dairy products 14 3.8 Diets high in calcium 15 4. Interpretation of the evidence 16 4.1 General 16 4.2 Specific 16 5. Evidence and judgements 27 5.1 Red meat 27 5.2 Processed meat 31 5.3 Foods containing haem iron 35 5.4 Fish 36 5.5 Cantonese-style salted fish 37 5.6 Grilled (broiled) or barbecued (charbroiled) meat and fish 40 5.7 Dairy products 41 5.8 Diets high in calcium 51 5.9 Other 52 6. Comparison with the 2007 Second Expert Report 52 Acknowledgements 53 Abbreviations 57 Glossary 58 References 65 Appendix 1: Criteria for grading evidence for cancer prevention 71 Appendix 2: Mechanisms 74 Our Cancer Prevention Recommendations 79 2 Meat, fish and dairy products and the risk of cancer 2018 WORLD CANCER RESEARCH FUND NETWORK Our Vision We want to live in a world where no one develops a preventable cancer. Our Mission We champion the latest and most authoritative scientific research from around the world on cancer prevention and survival through diet, weight and physical activity, so that we can help people make informed choices to reduce their cancer risk. -
Economics of Competition in the U.S. Livestock Industry Clement E. Ward
Economics of Competition in the U.S. Livestock Industry Clement E. Ward, Professor Emeritus Department of Agricultural Economics Oklahoma State University January 2010 Paper Background and Objectives Questions of market structure changes, their causes, and impacts for pricing and competition have been focus areas for the author over his entire 35-year career (1974-2009). Pricing and competition are highly emotional issues to many and focusing on factual, objective economic analyses is critical. This paper is the author’s contribution to that effort. The objectives of this paper are to: (1) put meatpacking competition issues in historical perspective, (2) highlight market structure changes in meatpacking, (3) note some key lawsuits and court rulings that contribute to the historical perspective and regulatory environment, and (4) summarize the body of research related to concentration and competition issues. These were the same objectives I stated in a presentation made at a conference in December 2009, The Economics of Structural Change and Competition in the Food System, sponsored by the Farm Foundation and other professional agricultural economics organizations. The basis for my conference presentation and this paper is an article I published, “A Review of Causes for and Consequences of Economic Concentration in the U.S. Meatpacking Industry,” in an online journal, Current Agriculture, Food & Resource Issues in 2002, http://caes.usask.ca/cafri/search/archive/2002-ward3-1.pdf. This paper is an updated, modified version of the review article though the author cannot claim it is an exhaustive, comprehensive review of the relevant literature. Issue Background Nearly 20 years ago, the author ran across a statement which provides a perspective for the issues of concentration, consolidation, pricing, and competition in meatpacking. -
100195– Tuna, Chunk Light, Canned (K) Category
100195– Tuna, Chunk Light, Canned (K) Category: Meat/Meat Alternate PRODUCT DESCRIPTION NUTRITION FACTS This item is canned tuna packed in water with Serving size: 1 ounce (28 g)/1 MMA tuna, vegetable broth. The product contains a drained commercial Kosher certification. It is delivered in cases containing six 66.5-ounce cans. Amount Per Serving Calories 30 CREDITING/YIELD Total Fat 0g One case of tuna contains about 307 servings Saturated Fat 0g of drained tuna. Trans Fat 0g CN Crediting: 1 ounce of drained tuna credits Cholesterol 15mg as 1 ounce equivalent meat/meat alternate. Sodium 130mg Total Carbohydrate 0g CULINARY TIPS AND RECIPES Dietary Fiber 0g Canned tuna can be used in salads, sandwiches, or casseroles. Sugars 0g Mix tuna with chopped vegetables, mustard, Protein 6g and a little mayo for a tasty tuna topping to put on salad, whole grain sandwiches or crackers. Source: USDA Foods Vendor Labels For more culinary techniques and recipe ideas, visit the Institute of Child Nutrition or USDA’s Allergen Information: Product contains fish and soy. Please Team Nutrition. refer to allergen statement on the outside of the product package to confirm any vendor-specific information. For more information, please contact the product manufacturer directly. FOOD SAFETY INFORMATION For more information on safe storage and Nutrient values in this section are from the USDA National cooking temperatures, and safe handling Nutrient Database for Standard Reference or are representative practices please refer to: Developing a School values from USDA Foods vendor labels. Please refer to the product’s Nutrition Facts label or ingredient list for product- Food Safety Program Based on the Process specific information. -
Eating Less Meat
Eating Less Meat South Durham Green Neighbors This is the fourth in a series on taking larger steps toward sustainability. You know yourself best. What would it take to get yourself to eat less meat? Are Plant-based Diets Really That Great? Yes! PlantPure Nation, a documentary on plant-based diets, makes claims about the environmental and health benefits of those diets. A check on two databases of articles, Proquest Central and Pub Med, backs up these claims. (See references below.) Note: Plant-based diets vary from complete veganism to a diet of primarily plants with small quantities of fish +/- chicken and no red meat. Environmentally, British researchers have found that the plant-based diets results in lower greenhouse gas emissions. The age-and-sex-adjusted mean GHG emissions in kilograms of carbon dioxide equivalents per day (kgCO2e/day) were: 7.19 for high meat-eaters, 3.91 for fish-eaters, 5.63 for medium meat-eaters, 3.81 for vegetarians and 4.67 for low meat-eaters, 2.89 for vegans. In other words, eating lots of meat = bad, eating less or no meat = good. Medical research articles can be confusing, but by checking medical review articles you can avoid trying to make sense of lots of individual research studies. In these reviews, researchers look at all the studies they can find on a topic, check the quality of the research, and crunch the numbers to find out what the evidence really says. Below are some sources, but here’s the bottom line: Plant-based diets significantly reduce the risk of: Diabetes Obesity Hypertension Total cholesterol LDL Cholesterol Colorectal cancer Stroke When it comes to plant-based diets, what’s not to like? Creating Your Plan If you still want to eat meat, there’s an easy way to make sure you are at least not overindulging in it: Think of your plate as a circle divided roughly into quarters. -
Fish, Meat, Poultry, Dairy, and Eggs
Fish, Meat, Poultry, Dairy, and Eggs Session 4 Background Information Tips Goals Fish, Meat, Assessment Poultry, Dairy, and Eggs In an average WEEK, how many servings Could be Needs to of these foods do you eat? Desirable improved be improved 1. Fish, including canned tuna 2+ 1 0 2. Bacon, sausage, hot dogs or cold cuts 0-2 3-4 5+ like bologna, salami, Spam™ or deli meats including turkey and beef 3. Chicken or turkey, excluding chicken or 3+ 2 0-1 turkey cold cuts On an average DAY, how many servings of these foods do you eat? 4. Red meat like roasts, steaks, stew meat, 0-1 2 3+ ribs, chops, BBQ, ham or hamburger, either alone or in dishes like meatloaf or spaghetti sauce On average, how many servings of these foods do you eat? 5. Dairy products, such as milk, cheese, and Number of servings per day _____ yogurt or Number of servings per week _____ 6. Eggs, including in cooking? Number of servings per day _____ or Number of servings per week _____ Fish, Meat, Poultry, Dairy, and Eggs 83 Fish, Meat, Background Information Poultry, Dairy, and Eggs Why Is Fish Important? Eating fish can reduce your risk for getting heart disease. Tis is because fish are high in healthy fats. How Much Fish Should I Eat? You should eat fish ofen. Try to eat fish at least once a week to help lower your chances of heart disease. What Fish Should I Eat? In deciding what fish to eat, pay attention to mercury levels. -
Economic Energy Efficiency of Food Production Systems
energies Article Economic Energy Efficiency of Food Production Systems Bartłomiej Bajan * , Aldona Mrówczy ´nska-Kami´nska and Walenty Poczta Department of Economics and Economic Policy in Agribusiness, Faculty of Economics, Poznan University of Life Sciences, 60-637 Pozna´n,Poland; [email protected] (A.M.-K.); [email protected] (W.P.) * Correspondence: [email protected]; Tel.: +48-61-846-6379 Received: 19 September 2020; Accepted: 6 November 2020; Published: 8 November 2020 Abstract: The current global population growth forecast carries with it a global increase in demand for food. In order to meet this demand, it is necessary to increase production, which requires an increase in energy consumption. However, forecasted energy production growth is insufficient and traditional sources of energy are limited; hence, it is necessary to strive for greater energy efficiency in food production systems. The study aimed to compare the economic energy efficiency of food production systems in selected countries and identify the sources of diversification in this field. As a measure of energy efficiency, the indicators of the energy intensity of food production were used in this study. To calculate these indicators, a method based on input-output life-cycle assessment assumptions was used, which enables researchers to obtain fully comparable results between countries. The study showed that despite an increase in energy consumption in the food production systems of the analyzed countries by an average of 27%, from 19.3 EJ to 24.5 EJ, from 2000 to 2014, their energy intensity decreased, on average, by more than 18%, from 8.5 MJ/USD to 6.9 MJ/USD. -
Broiler Chickens
The Life of: Broiler Chickens Chickens reared for meat are called broilers or broiler chickens. They originate from the jungle fowl of the Indian Subcontinent. The broiler industry has grown due to consumer demand for affordable poultry meat. Breeding for production traits and improved nutrition have been used to increase the weight of the breast muscle. Commercial broiler chickens are bred to be very fast growing in order to gain weight quickly. In their natural environment, chickens spend much of their time foraging for food. This means that they are highly motivated to perform species specific behaviours that are typical for chickens (natural behaviours), such as foraging, pecking, scratching and feather maintenance behaviours like preening and dust-bathing. Trees are used for perching at night to avoid predators. The life of chickens destined for meat production consists of two distinct phases. They are born in a hatchery and moved to a grow-out farm at 1 day-old. They remain here until they are heavy enough to be slaughtered. This document gives an overview of a typical broiler chicken’s life. The Hatchery The parent birds (breeder birds - see section at the end) used to produce meat chickens have their eggs removed and placed in an incubator. In the incubator, the eggs are kept under optimum atmosphere conditions and highly regulated temperatures. At 21 days, the chicks are ready to hatch, using their egg tooth to break out of their shell (in a natural situation, the mother would help with this). Chicks are precocial, meaning that immediately after hatching they are relatively mature and can walk around. -
May 23, 2019 Dear Food Industry, Food Waste Is a Major Concern In
May 23, 2019 Dear Food Industry, Food waste is a major concern in the United States. The U.S. Department of Agriculture’s (USDA’s) Economic Research Service estimates that 30 percent of food is lost or wasted at the retail and consumer level.1 This means Americans are throwing out approximately 133 billion pounds of food worth $161 billion each year.2 Manufacturers of packaged foods voluntarily use a wide variety of introductory phrases on product date labels, such as “Best If Used By,” “Use By,” and “Sell By,” to describe quality dates to indicate when a food may be at its best quality. In a 2007 survey of U.S. consumers conducted on knowledge and use of open dates (i.e. calendar dates) used on product date labels for common packaged foods, less than half were able to distinguish between the meanings of three different introductory phrases that often appear before the calendar date on the product label: “Sell By”, “Use By”, and “Best If Used By”.3 The Food and Drug Administration (FDA or we) has found that food waste by consumers may often result from fears about food safety caused by misunderstanding what the introductory phrases on product date labels mean, along with uncertainty about storage of perishable foods.4 It has been estimated that confusion over date labeling accounts for approximately 20 percent of consumer food waste.5 Industry, government, and non-profit organizations have been working to reduce consumer confusion regarding product date labels. Consumer research has found that the “Best If Used By” introductory phrase communicates to consumers the date by with the product will be of optimal quality.1 FDA has engaged in consumer education to raise awareness of food waste, reduce confusion regarding voluntary quality-based date labeling, and provide advice on food storage best practices to reduce waste. -
Food & Beverage Processing Industry Operating Costs
COMPARATIVE FOOD & BEVERAGE PROCESSING INDUSTRY OPERATING COSTS The Boyd Company, Inc. Location Consultants Princeton, NJ A COMPARATIVE OPERATING FOOD & BEVERAGE PROCESSING COST ANALYSIS INDUSTRY SITE SELECTION TABLE OF CONTENTS COMPARATIVE OPERATING COST ANALYSIS: EXECUTIVE SUMMARY AND NOTES ...................................................................................................... 1 INTRODUCTION ................................................................................................................... 1 COMPARATIVE REGIONAL LOCATIONS ........................................................................... 1 LABOR COSTS ..................................................................................................................... 2 COMPARATIVE ELECTRIC POWER AND NATURAL GAS COSTS .................................. 2 COMPARATIVE LAND ACQUISITION AND CONSTRUCTION COSTS ............................. 3 COMPARATIVE AD VALOREM AND SALES TAX COSTS ................................................. 3 TOTAL ANNUAL OPERATING COST RANKINGS .............................................................. 3 ABOUT BOYD ....................................................................................................................... 4 COMPARATIVE OPERATING COST ANALYSIS : ........................................................................ 5 EXHIBIT I: A COMPARATIVE ANNUAL OPERATING COST SIMULATION SUMMARY .................................................................................................. 6-7 EXHIBIT -
ALIPHATIC DICARBOXYLIC ACIDS from OIL SHALE ORGANIC MATTER – HISTORIC REVIEW REIN VESKI(A)
Oil Shale, 2019, Vol. 36, No. 1, pp. 76–95 ISSN 0208-189X doi: https://doi.org/10.3176/oil.2019.1.06 © 2019 Estonian Academy Publishers ALIPHATIC DICARBOXYLIC ACIDS FROM OIL SHALE ORGANIC MATTER ‒ HISTORIC REVIEW REIN VESKI(a)*, SIIM VESKI(b) (a) Peat Info Ltd, Sõpruse pst 233–48, 13420 Tallinn, Estonia (b) Department of Geology, Tallinn University of Technology, Ehitajate tee 5, 19086 Tallinn, Estonia Abstract. This paper gives a historic overview of the innovation activities in the former Soviet Union, including the Estonian SSR, in the direct chemical processing of organic matter concentrates of Estonian oil shale kukersite (kukersite) as well as other sapropelites. The overview sheds light on the laboratory experiments started in the 1950s and subsequent extensive, triple- shift work on a pilot scale on nitric acid, to produce individual dicarboxylic acids from succinic to sebacic acids, their dimethyl esters or mixtures in the 1980s. Keywords: dicarboxylic acids, nitric acid oxidation, plant growth stimulator, Estonian oil shale kukersite, Krasava oil shale, Budagovo sapropelite. 1. Introduction According to the National Development Plan for the Use of Oil Shale 2016– 2030 [1], the oil shale industry in Estonia will consume 28 or 9.1 million tons of oil shale in the years to come in a “rational manner”, which in today’s context means the production of power, oil and gas. This article discusses the reasonability to produce aliphatic dicarboxylic acids and plant growth stimulators from oil shale organic matter concentrates. The technology to produce said acids and plant growth stimulators was developed by Estonian researchers in the early 1950s, bearing in mind the economic interests and situation of the Soviet Union. -
Small, Healthy, High-Yielding the Years of War Have Led to a Rapid Decline in the Nutritional Status of People in the Democratic Republic of Congo
International Platform Small, healthy, high-yielding The years of war have led to a rapid decline in the nutritional status of people in the Democratic Republic of Congo. To cover their protein requirements, the rural population in the Kivu region in the east of the country have turned to raising guinea pigs. For many families these rodents are nowadays not just a vital element of their food security, but also an essential source of income. Since the beginning of the great n Guinea pigs are a source of read- of every ten households in rural areas wars – which began in Kivu towards ily available meat and income for breed guinea pigs in herds, varying in 1992 and gained in intensity between producers who raise them in large number from six to thirty, depending the years 1996 and 2003 – the pro- quantities; on whether they are in the territories duction of cattle, small ruminants and n They supply good-quality organic of Fizi, Mwenga and Shabunda, or in swine paid a heavy toll, having served fertiliser for the fi elds; Kabare and Walungu, the two latter ter- as rations for the various armed groups. n Minimum startup capital is required; ritories, experiencing a strong demo- Since then, the path has been cleared n Feeding them is very cheap and does graphic explosion, being large pro- for guinea pig production and preju- not compete with food for humans duction areas. Guinea pigs are mainly dices formerly held against this animal (fodder, kitchen waste, etc.); raised by women and children (83 % have been swept away (see box).