PAtrick Fox – författare

The consumption of dairy products, made from the milk of cows, sheep, goats and buffalo, among other mammalian species, is almost as old as human civilization, with evidence of these products stretching back many millenia. The production of different kinds of dairy products originated as different ways to preserve the valuable nutritional goodness of milk components (lactose, fat, protein, vitamins and minerals) and make the milk safe for consumption, using basic principles like fermentation, heating, separation, dehydration, acidification, smoking and salting, which are the keys to producing products like cheese, butter and yogurt. Many dairy products today are still produced using the same basic principles, and in this book an introduction to the origins, constituents and properties of milk is given, alongside an outline of the ways in which dairy products are made including the development of advanced products like infant formula and formulated nutritional products. The text introduces, at an introductory level, the chemistry and microbiology of milk, as well as the principles of the main processes used like spray-drying, fermentation and pasteurization, to underpin understanding of how the properties of the main dairy products emerge. The book, which finishes with a discussion of the challenges and threats facing dairy today, is designed to be accessible to a wide range of non-specialist readers who may have an interest in milk and dairy products and want to learn more about this fascinating and ancient branch of the science of food.

The consumption of dairy products, made from the milk of cows, sheep, goats and buffalo, among other mammalian species, is almost as old as human civilization, with evidence of these products stretching back many millenia. The production of different kinds of dairy products originated as different ways to preserve the valuable nutritional goodness of milk components (lactose, fat, protein, vitamins and minerals) and make the milk safe for consumption, using basic principles like fermentation, heating, separation, dehydration, acidification, smoking and salting, which are the keys to producing products like cheese, butter and yogurt. Many dairy products today are still produced using the same basic principles, and in this book an introduction to the origins, constituents and properties of milk is given, alongside an outline of the ways in which dairy products are made including the development of advanced products like infant formula and formulated nutritional products. The text introduces, at an introductory level, the chemistry and microbiology of milk, as well as the principles of the main processes used like spray-drying, fermentation and pasteurization, to underpin understanding of how the properties of the main dairy products emerge. The book, which finishes with a discussion of the challenges and threats facing dairy today, is designed to be accessible to a wide range of non-specialist readers who may have an interest in milk and dairy products and want to learn more about this fascinating and ancient branch of the science of food.

The consumption of dairy products, made from the milk of cows, sheep, goats and buffalo, among other mammalian species, is almost as old as human civilization, with evidence of these products stretching back many millenia. The production of different kinds of dairy products originated as different ways to preserve the valuable nutritional goodness of milk components (lactose, fat, protein, vitamins and minerals) and make the milk safe for consumption, using basic principles like fermentation, heating, separation, dehydration, acidification, smoking and salting, which are the keys to producing products like cheese, butter and yogurt. Many dairy products today are still produced using the same basic principles, and in this book an introduction to the origins, constituents and properties of milk is given, alongside an outline of the ways in which dairy products are made including the development of advanced products like infant formula and formulated nutritional products. The text introduces, at an introductory level, the chemistry and microbiology of milk, as well as the principles of the main processes used like spray-drying, fermentation and pasteurization, to underpin understanding of how the properties of the main dairy products emerge. The book, which finishes with a discussion of the challenges and threats facing dairy today, is designed to be accessible to a wide range of non-specialist readers who may have an interest in milk and dairy products and want to learn more about this fascinating and ancient branch of the science of food.

O''Toole is back. Once again in over his head and going beyond his authority to help a friend, he is shanghaied, shot up, shot at and left for dead before he begins to recover and realizes that what looked like a plain vanilla biological-warfare-gone-wrong-with-the-concomitant-threat-to-the-world case has a lot more facets than first met the eye.

A young doctor who works at a humanitarian research facility high in New York''s Adirondack Mountains is found -- near death-- by a couple of boys on a fishing trip. They get him to the hospital in Lake Placid, and, though puzzled and alarmed by his symptoms, the emergency room physician finally gets him stabilized. O''Toole arrives on the scene, tracks down the doctor''s movements in the preceding days, and begins to suspect that the Beckmann Institute might be up to its ears in biological warfare, that the government might be involved, and that some members of the high-power, high finance men''s club that meets every year on the 2500-acre Beckmann estate are willing to go to great lengths to keep out prying eyes.

Back in the mountains, (see Hell''s Creek, iUniverse, 2003, Amazon et al.) O''Toole is left to his own devices, and, unsupported by the home office, he is forced to make do, save his friend Molly and punish the perpetrators without being jettisoned at sea, beaten to a pulp, and/or left to die with a wracking cough and various other very bad symptoms. A close call.

After Bill Banes is killed in a spectacular but mysterious car bombing in England, O''Toole volunteers to go to London to bring back his friend''s remains. Before he knows it, he''s involved in a many-leveled conspiracy that becomes much more complicated than the murder it initially appeared to be.

O''Toole follows up on the one consistency in the sketchy chain of evidence: Bill Banes'' continuing fascination with a 1978 earthquake in the western United States.

From the hundred mile visibilities at the peaks of the Little Belt Mountains, to the subterranean murk of the Lombard Fault in Western Montana, he is once again up to his ears in trouble, straying far beyond his jurisdiction as an employee of Structurethe small and super-secret agency that does the jobs that are too sensitive for the CIA and the FBIand proving yet again that no good deed goes unpunished.

With the aid of Elmer Linthacum, who runs a small town Exxon station, and Becky Sparling, the loving daughter of a multimillionaire cattle rancher who has interests that go beyond his fourteen thousand acres, O''Toole manages to unravel the mystery and avoid getting sewn upor blown upin the process.

The book will contain a detailed description on the historical aspects of cheese manufacture, a culmination of historical information on the most traditional and worldwide popular Italian cheese varieties. An overview on cheese production is also included, covering the main general aspects. An overall classification of Italian cheeses will follow, aiming to categorize all the cheese varieties that have a tradition and/or an economic importance. Based on a large literature review, the core of the book will include descriptions cheese making traits which are unique to Italian cheese biotechnology. In particular, the milk chemical composition, the use whey or milk natural starters, some technology options (e.g., curd cooking), the microbiota composition and metabolism during curd ripening, especially for cheese made with raw milk, and the main relevant biochemical events, which occur during the very long-time ripening, will be described. The last part of the book will consider a detailed description of the biotechnology for the manufacture of the most traditional and popular cheeses worldwide.

The book will contain a detailed description on the historical aspects of cheese manufacture, a culmination of historical information on the most traditional and worldwide popular Italian cheese varieties. An overview on cheese production is also included, covering the main general aspects. An overall classification of Italian cheeses will follow, aiming to categorize all the cheese varieties that have a tradition and/or an economic importance. Based on a large literature review, the core of the book will include descriptions cheese making traits which are unique to Italian cheese biotechnology. In particular, the milk chemical composition, the use whey or milk natural starters, some technology options (e.g., curd cooking), the microbiota composition and metabolism during curd ripening, especially for cheese made with raw milk, and the main relevant biochemical events, which occur during the very long-time ripening, will be described. The last part of the book will consider a detailed description of the biotechnology for the manufacture of the most traditional and popular cheeses worldwide.