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Aggregation phenomena such as the formation of droplets at the gas-liquid phase transition play a major role in a variety of processes in nature and technology. This comprehensive text introduces the reader to the physics of aggregation phenomena. The first part gives a brief survey of the physics of highly nonlinear, complex systems and the basic methods of their description. Different analytical theories (nucleation and growth, spinodal decomposition etc.) are discussed in detail, and an overview on computer simulation methods (stochastic approaches, Monte Carlo methods, cellular automata models) of aggregation phenomena is presented. A separate chapter is devoted to the concepts of self s...
On occasion nearly everyone experiences short-term back pain from sore or strained muscles. But for many who come to treat their back gingerly because they fear further "injury," a cycle of worry and inactivity results; this aggravates existing muscle tightness and leads them to think of themselves as having a "bad back." Even worse is the understandable but usually counterproductive assumption that back pain is caused by "abnormalities"–bulging disks, a damaged spine, and so on. However, these abnormalities are frequently found in those who have absolutely no pain whatsoever. In reality, most backs are strong and resilient, built to support our bodies for a lifetime; truly "bad backs" are...
The stratum corneum is a magnificent example of the successful adaptation of a tissue. Its efficient function is a prerequisite for life itself. We depend on its control of the movement of water through the skin and on its protective role in the prevention of penetration by pathogens or harmful substances. Apart from its functional importance, there is no escaping the fact that the most common skin disorders (psoriasis, eczema, inherited disorders of keratinization, acne) are 'characterised by abnormal keratinization and or scaliness. Despite all this, understanding of its chemistry, structure, physiology and involvement in disease has been sadly deficient; however, there are signs of enligh...
Neurogastroenterology is devoted to "study the interface of all aspects of the digestive system with the different branches of the nervous system". Over the past 15 years advances in this field has greatly improved our understanding in primary functional and motility disorders in children. Neurogastroenterology has also begun to revolutionize our vision of "organic" diseases like inflammatory bowel disease, obesity, diabetes as well as microbial-host interactions. Major advances have also been achieved during these years in the knowledge of mechanisms of development of the enteric nervous system at the molecular level allowing a better understanding of diseases related to developmental anoma...
This volume provides a comprehensive and up-to-date theoretical review and practical guide on pediatric gastrointestinal motility and functional disorders. The latest edition includes extensively revised and new chapters to reflect the rapidly growing field of pediatric neurogastroenterology. New topics covered include neurobiology of pain in children, functional oropharyngoesophageal assessment, dysautonomia, and psychotropic drugs. The text also features instructive illustrations, photographs, and tables. Written by world-renown experts in the field, Pediatric Neurogastroenterology: Gastrointestinal Motility and Functional Disorders in Children, Second Edition is a valuable resource for pediatric gastroenterologists, adult gastroenterologists, pediatricians, and all professionals involved in the treatment and management of children with such disorders.