Flavor Pairings give you a helping hand by listing complementary ingredients, and more than 250 Simple Classic key-ingredient recipes, such as Peach Melba and Pesto, complete the journey from field to plate.
The Cook's Book of Ingredients stimulates readers to try new foods and more about their favorites. This is an invaluable reference for food lovers and cooks intent on making the most of all the ingredients available today.
Fish Market explains which fish taste rich and beefy or mild and delicate and explains how to please picky diners while providing them with a healthy dose of omega-3 fatty acids and other nutrients. Sharing insights into what textures and tastes go well with each fish, complementing side dish offerings provide the reader with the perfect accompaniments to round off their meal.
Ken Oringer, internationally renowned and award-winning chef
Clio Restaurant, Uni Sashimi Bar, Boston
"Congratulations on writing such an aesthetically beautiful, informative and inspiring book. ... I shall not hesitate to recommend your book to those colleagues, who like me, are fascinated by Sushi and who will surely be captivated, like me, turning every page."
Dr. Ian C. Forster, April, 2011
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In recent decades, sushi has gone from being a rather exotic dish, eaten by relatively few outside of Japan, to a regular meal for many across the world. It is quickly gathering the attention of chefs and nutritionists everywhere. It has even made its way into numerous home kitchens where people have patiently honed the specialized craft required to prepare it. Few have been more attuned to this remarkable transition than Ole G. Mouritsen, an esteemed Danish scientist and amateur chef who has had a lifelong fascination with sushi’s central role in Japanese culinary culture.
Sushi for the eye, the body, and the soul is a unique melange of a book. In it, Mouritsen discusses the cultural history of sushi then uses his scientific prowess to deconstruct and explain the complex chemistry of its many subtle and sharp taste sensations. He also offers insights from years of honing his own craft as a sushi chef, detailing how to choose and prepare raw ingredients, how to decide which tools and techniques to use, and how to arrange and present various dishes.
Sushi is irresistible for both its simplicity and the hypnotic performance-art aspects that go into its preparation. With clear prose and straightforward instructions, Mouritsen looks at every facet of sushi in a book that is as accessible as it is informative, as useful as it is fun.
Combining culinary history with recent research into the chemistry, preparation, nutrition, and culture of food, Mouritsen and Styrbæk encapsulate what we know to date about the concept of umami, from ancient times to today. Umami can be found in soup stocks, meat dishes, air-dried ham, shellfish, aged cheeses, mushrooms, and ripe tomatoes, and it can enhance other taste substances to produce a transformative gustatory experience. Researchers have also discovered which substances in foodstuffs bring out umami, a breakthrough that allows any casual cook to prepare delicious and more nutritious meals with less fat, salt, and sugar. The implications of harnessing umami are both sensuous and social, enabling us to become more intimate with the subtleties of human taste while making better food choices for ourselves and our families.
This volume, the product of an ongoing collaboration between a chef and a scientist, won the Danish national Mad+Medier-Prisen (Food and Media Award) in the category of academic food communication.
The Emerging Science of Lipidomics
We have just witnessed a scientific revolution at the end of the 20th century that took us through the genomics era with a focus on sequencing genes and mapping gene products. We are now in the middle of the proteomics era where the multitude of proteins that are encoded in the genes are identified and their functions are unveiled. In front of us we have a new era recognizing the role of lipids. The science of lipidomics is emerging. Lipidomics involves a quantitative experimental and theoretical study of, e.g. lipid and membrane self-assembly, lipid-protein interactions, lipid-gene interactions, and the biophysical properties of lipid structure, function, and dynamics.