Batters And Breadings In Food Processing

For the first major update of this topic in 21 years, editors Kulp, Loewe, Lorenz, and Gelroth have gathered an elite group of internationally recognized experts. This new edition examines the current market trends and applications for coated food products. It updates our knowledge of ingredient utilization in battered and breaded products using corn, wheat, rice, fats and oils, and flavorings and seasonings. It applies the functionality of these ingredients across the rheology of coating systems and into the selection of specific processing equipment Each chapter explores a different facet of developing batter-based coatings and breadings for a variety of new products, and explains how new technology has turned this profitable food category into a science. New authors have contributed chapters on heat and mass transfer in foods during deep-fat frying, nutritional aspects of coated foods, and food allergens. Batters and Breadings in Food Processing, Second Edition presents essential technical and scientific information in a peer-reviewed resource. It will be valuable reference for food technologists in Research and Development, Quality Assurance, Rheology, and Bakiing. It will make an excellent text for any course with a batters and breadings processing component.

Batters and breadings: the present and future market. Ingredient selection for batter systems. Functionality of corn in food coatings. Fats and oils in coated foods. Effective use of flavorings and seasonings in batter and breading systems. Factorr affecting performance characteristics of wheat flour in batters. Functionality of hydrocolloids in batter coating systems. Breadings: what they are how they are used. The technology of microwavable coated foods. batter and breading process equipment. Application of batter and breadings to poultry, seafood, red meat, and vegetables. measurement and interpretation of batter rheological properties. Troubleshooting techniques for batter and breading systems. Food coating patent review.

Despite the hype about healthy, low-carb/low-fat diets, the production of deep-fat fried foods continues to be a major processing operation around the world, generating billions of dollars each year. Due to their uniquely crispy exterior and juicy interior, breaded fried foods, in particular, are popular among consumers. Unlike many books that have focused solely on the process of deep-fat frying and fried foods in general, Breaded Fried Foods is one of the first references to provide a coherent and concise overview of issues that are specific to breaded, or battered, fried foods. With internationally recognized authors, including renowned expert Dr. Manjeet S. Chinnan, this comprehensive resource addresses groundbreaking advances in the reduction of fat uptake in fried foods, best practices for enhancing the quality of breaded fried foods, techniques for improving product crispness, and the impact of breading and batters on the quality of frying oil. The book also discusses new industry frying methods, preventive measures to reduce oil waste, and pre- and post-frying procedures to limit oil uptake. Deep-fat fried foods are universal with strong consumer appeal in countries worldwide. Filled with numerous graphs and photographic illustrations, Breaded Fried Foods encapsulates the most current industry research and technological advances in this ever-growing industry.

There is little doubt that today’s food industry is faced with a rapidly changing market landscape. The obvious need to continue to provide consumers with nutritious, delectable, safe, and affordable food products which are also profitable for food manufacturers, as well as the ongoing challenge of ensuring the delivery of adequate nutrition to hundreds of millions of disadvantaged people around the world, appears – at least as much as, if not more than, ever – to be at odds with the challenges posed by soaring energy and food commodity prices; fast-paced changes in consumer demographics, habits, and preferences; and the continual need to stay ahead of current and emerging food safety issues. In addition to this, the present ubiquity in the industry of terms such as functional foods, nutraceuticals, low sodium, low fat, clean label, minimal processing, and natural – to name a few – underscores yet a different dimension of the challenges faced by food processors today. On the other hand, however, the solutions of many of these challenges may, concurrently, present the food industry with unique and exciting opportunities. The processed meat industry, despite its long history and tradition, is certainly not exempt from having to face these modern challenges, nor excluded from realizing the promises of the opportunities that may lie ahead.

Rapid expansion of research on the development of novel food processes in the past decade has resulted in novel processes drawn from fields outside the traditional parameters of food processing. Providing a wealth of new knowledge, Novel Food Processing: Effects on Rheological and Functional Properties covers structural and functional changes at the micro level, and their implications at the macro level, in food exposed to new and emerging technologies. Contributions from an international panel with academic and professional credentials form the backbone of this work. They focus on the functional, rheological, and micro-structural changes that occur in foods when using emerging technologies such as high pressure processing, Ohmic heating, pulse electric fields, and ultraviolet radiation. The book examines new and innovative applications and presents the impact of these research findings on the nutritional aspects of protein and carbohydrate containing foods. It also considers the synergic effects of protein-starch components. Each chapter provides an in-depth analysis of a novel technology and its effect on food structure and function. New directions in food processing will continue to be influenced by diverse fields and used to respond to consumer concerns about food safety, quality, sensory attributes, and nutrition. Combining coverage of technological applications with the chemistry of food and biomaterials, this book illustrates in a very clear and concise fashion the structure-functionality relationship and how it is affected by newly developed and increasingly popular processing technologies.

Retitled to reflect expansion of coverage from the first edition, Handbook of Meat and Meat Processing, Second Edition, contains a complete update of materials and nearly twice the number of chapters. Divided into seven parts, the book covers the entire range of issues related to meat and meat processing, from nutrients to techniques for preservation and extending shelf life. Topics discussed include: An overview of the meat-processing industry The basic science of meat, with chapters on muscle biology, meat consumption, and chemistry Meat attributes and characteristics, including color, flavor, quality assessment, analysis, texture, and control of microbial contamination The primary processing of meat, including slaughter, carcass evaluation, and kosher laws Principles and applications in the secondary processing of meat, including breading, curing, fermenting, smoking, and marinating The manufacture of processed meat products such as sausage and ham The safety of meat products and meat workers, including sanitation issues and hazard analysis Drawn from the combined efforts of nearly 100 experts from 16 countries, the book has been carefully vetted to ensure technical accuracy for each topic. This definitive guide to meat and meat products it is a critical tool for all food industry professionals and regulatory personnel.

A comprehensive reference for the poultry industry—Volume 2 describes poultry processing from raw meat to final retail products With an unparalleled level of coverage, the Handbook of Poultry Science and Technology provides an up-to-date and comprehensive reference on poultry processing. Volume 2: Secondary Processing covers processing poultry from raw meat to uncooked, cooked or semi-cooked retail products. It includes the scientific, technical, and engineering principles of poultry processing, methods and product categories, product manufacturing and attributes, and sanitation and safety. Volume 2: Secondary Processing is divided into seven parts: Secondary processing of poultry products—an overview Methods in processing poultry products—includes emulsions and gelations; breading and battering; mechanical deboning; marination, cooking, and curing; and non-meat ingredients Product manufacturing—includes canned poultry meat, turkey bacon and sausage, breaded product (nuggets), paste product (pâté), poultry ham, luncheon meat, processed functional egg products, and special dietary products for the elderly, the ill, children, and infants Product quality and sensory attributes—includes texture and tenderness, protein and poultry meat quality, flavors, color, handling refrigerated poultry, and more Engineering principles, operations, and equipment—includes processing equipment, thermal processing, packaging, and more Contaminants, pathogens, analysis, and quality assurance—includes microbial ecology and spoilage in poultry and poultry products; campylobacter; microbiology of ready-to-eat poultry products; and chemical and microbial analysis Safety systems in the United States—includes U.S. sanitation requirements, HACCP, U.S. enforcement tools and mechanisms