Milk and milk products are highly nutritious, yet their low acidity provides a favorable environment for growth of pathogenic and spoilage-causing organisms. To avoid this, milk requires specialized processes to be converted into various milk products to ensure safety and quality. This new volume provides an understanding of the manufacturing processes of milk products and the structural, physicochemical, and compositional changes that occur during manufacturing and storage of milk products and the impact on quality. It covers methods of conversion of milk into high-value, concentrated, extended shelf-life and easily transportable dairy products. It delves into the constituents and chemistry, physicochemical properties, and therapeutic characteristics of milk and milk products, and then goes on to present specialized processing methods. Specialized methods such as proteolysis in ultra-high temperature (UHT), heat and acid coagulation of milk products, processing and characteristics of dry dairy milk powders, and methods to monitor pesticide residues in milk and milk products are presented and evaluated.

Milk and Dairy Foods: Nutirtion, Processing and Healthy Aging focuses on updated knowledge about the effect of milk and dairy foods on healthy aging. It outlines the nutritional and health benefits of milk and major dairy foods. This book also covers the milk processing and manufacturing process of value-added dairy foods such as yogurt, cheese, cream, butter, ghee, powdered milk, condensed milk, ice cream, and traditional dairy foods. The text discusses the global milk and dairy-food production trends, opportunities, and challenges along with the chemistry and microbiology of milk. The book also includes in-depth discussions of the immunomodulation potential of dairy foods particularly probiotics fermented dairy foods. Key Features Emphasizes that eating whole and low-fat dairy products is not linked to an increased risk of cardiovascular diseases Focuses the processing techniques of high-quality value-added products Covers various kinds of dairy foods, their production, nutritive values, and health attributes Includes quality control and the chemotherapeutic value of different dairy foods including South Asian traditional dairy foods Reviews a range of dairy foods such as yogurt, cheese, cream, butter, ghee, powdered milk, condensed milk, ice cream, and traditional dairy foods Discusses dairy food innovations from production to nutritional and health attributes Illustrates more than 200 key concepts Highlights the role of the dairying in supporting the achievement of the UN sustainable development goals Each chapter includes learning objectives as well as a bubble box for the convenience of readers Each chapter contains value-added dairy items/issues with the latest information that is crucial for students, professionals, and readers This book is meant for undergraduate and postgraduate students in food science, dairy science, nutrition, microbiology, medical, veterinary, biotechnology & allied disciplines, and those involved in formulating and producing dairy foods.

"This new volume aims to provide an understanding of the manufacturing processes of milk products and the structural, physicochemical, and compositional changes that occur during manufacturing and storage of milk products. It also addresses the various reactions that can happen during processing and storage of dairy products and their impact on quality. Milk and milk products are highly nutritious , yet their low acidity provides a favorable environment for growth of pathogenic and spoilage-causing organisms. Therefore milk needs to be processed and converted into various milk products. This volume covers methods of conversion of milk into high-value, concentrated, extended-shelf-life, and easily transportable dairy products. This volume covers the constituents and chemistry, physicochemical properties, and therapeutic characteristics of milk and milk products, and then goes on to present specialized processing methods for milk and milk products. It presents sound knowledge of raw milk composition, mineral constituents in milk, and manufacturing process of butter and ice cream. It also covers the physicochemical changes and compositional changes occurring during manufacturing and storage of milk, concentrated milk, butter, butter oil and ice cream. Also discussed are the therapeutic characteristics of fermented milk and milk products, milk-derived bioactive peptides, and potential aspects of whey proteins in dairy products. Specialized methods such as proteolysis in ultra-high temperature (UHT), heat and acid coagulation of milk products, processing and characteristics of dry dairy milk powders, and methods to monitor pesticide residues in milk and milk products have also been evaluated"--

Fundamentals of Dairy Chemistry has always been a reference text which has attempted to provide a complete treatise on the chemistry of milk and the relevant research. The third edition carries on in that format which has proved successful over four previous editions (Fun damentals of Dairy Science 1928, 1935 and Fundamentals of Dairy Chemistry 1965, 1974). Not only is the material brought up-to-date, indeed several chapters have been completely re-written, but attempts have been made to streamline this edition. In view of the plethora of research related to dairy chemistry, authors were asked to reduce the number of references by eliminating the early, less significant ones. In addition, two chapters have been replaced with subjects which we felt deserved attention: "Nutritive Value of Dairy Foods" and "Chemistry of Processing. " Since our society is now more attuned to the quality of the food it consumes and the processes necessary to preserve that quality, the addition of these topics seemed justified. This does not minimize the importance of the information in the deleted chapters, "Vitamins of Milk" and "Frozen Dairy Products. " Some of the mate rial in these previous chapters has been incorporated into the new chapters; furthermore, the information in these chapters is available in the second edition, as a reprint from ADSA (Vitamins in Milk and Milk Products, November 1965) or in the many texts on ice cream manufac ture.

This book is the third volume of Advanced Dairy Chemistry, which should be regarded as the second edition of Developments in Dairy Chemistry. Volume 1 of the series, Milk Proteins, was published in 1992 and Volume 2, Milk Lipids, in 1994. Volume 3, on lactose, water, salts and vitamins, essentially updates Volume 3 of Developments in Dairy Chemistry but with some important changes. Five of the eleven chapters are devoted to lactose (its physico-chemical properties, chemical modification, enzymatic modification and nutritional aspects), two chapters are devoted to milk salts (physico-chemical and nutritional aspects), one to vitamins and one to overview the flavour of dairy products. Two topics covered in the first editions (enzymes and other biologically active proteins) were transferred to Volume 1 of Advanced Dairy Chemistry and two new topics (water and physico chemical properties of milk) have been introduced. Although the constituents covered in this volume are commercially less important than proteins and lipids covered in Volumes 1 and 2, they are critically important from a nutritional viewpoint, especially vitamins and minerals, and to the quality and stability of milk and dairy products, especially flavour, milk salts and water. Lactose, the principal constituent of the solids of bovine milk, has long been regarded as essentially worthless and in many cases problematic from the nutritional and techno logical viewpoints; however, recent research has created several new possi bilities for the utilization of lactose.

This second, revised edition of The technology of dairy products continues to explain methods of milk product manufacture, the technology involved, and how other influences affect finished products.

Welcome to a culinary voyage like no other, where science and art converge to unravel the secrets of flavor, texture, and aroma. In this exploration of the Chemistry of Cooking, we embark on a gastronomic adventure that transcends boundaries and traditions, seeking to understand the profound chemical transformations that occur in our favorite dishes. Our journey takes us beyond the familiar and into the world of spices, herbs, and ingredients that shape the essence of cuisine worldwide. We will uncover the magical chemistry that underlies the creation of dishes, whether they're slow-cooked classics, sizzling sensations, or succulent masterpieces. As we delve into the science behind the flavors we love, we'll discover the alchemy that transpires when ingredients interact, when temperatures rise, and when time becomes the secret ingredient. Through each chapter, we will uncover the hidden processes that make our taste buds tingle with delight and our senses come alive. Throughout this culinary odyssey, we will explore the science of emulsions, where oil and water harmonize to create creamy dressings and succulent sauces. We'll uncover the wonders of fermentation, where microorganisms transform humble ingredients into flavorful wonders like bread, cheese, and wine. We'll venture into the world of precision with sous-vide cooking, where temperature control turns ingredients into perfectly tender and flavorful delights. Our mission is to ignite your curiosity and deepen your understanding of the culinary arts. Each chapter is an invitation to experiment, to taste, to savor, and to create. Whether you're a seasoned chef or a curious home cook, you'll find a wealth of knowledge and inspiration within these pages. So, join us on this flavorful expedition as we unlock the mysteries, debunk the myths, and celebrate the sheer joy of cooking. The Chemistry of Cooking awaits, promising to transform your culinary endeavors into a symphony of taste and a masterpiece of flavor.