The leading microbiology text! Thoroughly revised and updated, this book provides students with a solid grasp of etiologic agents, pathogenic processes, epidemiology, and the basis of major therapy. Includes complete discussions of the major bacterial, viral, fungal, and parasitic pathogens. Highlighted marginal notes and clinical applications are included throughout

Pediatric Surgery Digest offers a praxis-oriented and up-to-date overview of all subjects in pediatric surgery according to the European surgical curriculum. Additionally, interdisciplinary aspects concerning pediatrics, adult surgery, obstetrics and other disciplines working with children were considered. The tables enable quick access to indications for the operative and conservative therapy with schematic step-by-step illustrations for nearly all surgical procedures. Practical information on child-adapted dosage for pharmacotherapy as well as age-specific injury patterns from scalding in young children to spleen rupture in teenaged vehicle users are taken into consideration. The surgical role in modern pediatric oncology is also presented according to the guidelines of SIOP. European pediatric surgeons, experts in their field, have written this book for students and trainees, but also for anybody who treats children surgically.

This volume contains a selection of the papers presented at the 9th Conference on Colloid Chemistry. A colloid chemical approach to nano- and biotechnology was one of the main topics of the meeting held in Siofok, Hungary in October 2007. It was organized by the Hungarian Chemical Society in cooperation with leading Hungarian universities and the Hungarian Academy of Sciences.

Nanobiotechnology involves the exploitation of biomaterials, devices or methodologies at the nanoscale. Virus particles are natural nanomaterials and have received particular attention as novel building blocks for materials design and fabrication. In this volume, leaders in the field of viral nanobiotechnology address the fundamental means for generating virus-based nanoparticles by performing chemistry on virion substrates, multilayered arrays and hybrid virus networks incorporating materials such as quantum dots and carbon nanotubes. The use of virus-like protein cages to generate novel materials that can be used for biomedical applications such as biomedical imaging and vaccine purposes is discussed. Finally, the novel tumor-targeting properties of certain viruses are harnessed to achieve specificity in vivo. This volume describes the unprecedented opportunities to capitalize on the vast knowledge of virus particles and their physical and material properties