This book is aimed at researchers who need to write clear and understandable manuscripts in English. Today, English is the official language of international conferences and most important publications in science and technology are written in English. Therefore, learning how to write in English has become part of the researcher's task. The book begins by discussing constructs of the English language such as sentence structure and word use. It then proceeds to discuss the style and convention used in scientific publications. This book is written at such a level that the reader should not have to resort to a dictionary. It includes many examples and exercises to clarify the rules and guidelines presented. Topics covered in this book include word choice - how to avoid redundancy; sentence and paragraph structure; the planning of a manuscript - format, nomenclature and style; how to present attractive figures and tables; references; how to prepare a manuscript for publication; submission to a journal and checking of proofs; and some standard abbreviations and symbols.
Proteins are made of strings of amino acids that form chains known as peptides. Our bodies need dietary protein to accomplish many basic functions, such as building bones, moving muscles, and repairing tissue. Dietary protein, an essential nutrient, comes from meat, dairy, and certain grains and beans. Proteins differ by the types and order of amino acids they contain. Even though there are only 20 amino acids, they create almost endless variations in chains as long as 500 links. Proteins form inside animals (including humans) and plants through processes that synthesize peptides. For humans, we cannot synthesise certain "essential protein," and so we must ingest them through food. These essential proteins are made of phenylalanine, threonine, methionine, tryptophan, leucine, isoleucine, lysine, and valine amino acids. Food from plants, like corn, have incomplete protein, which means they do not contain all the necessary amino acids. Only food from animals, such as cheese and fish, provide complete protein, and don't need to be combined with other protein sources. Examples of complete protein foods are milk, cheese, yogurt, butter, poultry, pork, or any meat. Incomplete proteins include oats, wheat, pasta, lentils, nuts, rice, soy, pears, and seeds. Eating a combination of complementary protein sources, such as grains mixed with legumes, results in a diet of essential protein. This is how vegetarians and vegans maintain health without eating meat or dairy. This book presents the latest research in this dynamic field.
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