The life story of Jeanne Simons, whose own autism informed her pioneering work with autistic children. Jeanne Simons devoted her career as a social worker and educator to the study, treatment, and care of children with autism. In 1955, she established the Linwood Children's Center in Ellicott City, Maryland, one of the first schools dedicated to children with autism. Her Linwood Model, developed there, was widely adopted and still forms the basis for a variety of autism intervention techniques. Incredibly-although unknown at the time-Jeanne was herself autistic. Behind the Mirror reveals the remarkable tale of this trailblazer and how she thought, felt, and experienced the world around her. With moving immediacy, Jeanne tells her life story to developmental psychologist, friend, and collaborator Sabine Oishi. Jeanne's unique experience is supplemented by commentary from Dr. Oishi, who explains the importance of key biographical details and fills in additional information about the diagnosis and treatment of autism. Enhanced with a photo gallery, a look at new approaches to the education of children with autism, and a history of Linwood since its founding, the book also contains a foreword, an afterword, and an appendix by James C. Harris, MD, the past director of child psychiatry at Johns Hopkins University School of Medicine and the founder of its autism clinic. Demystifying the experience of autism, Behind the Mirror is a groundbreaking account of possibilities and hope.

"SQL Server 2000 XML Distilled" shows where XML as a data model makes sense, when and how best to get both relational databases and XML to work together, and how to set up and configure the SQL Server XML environment.

Die Dissertation beschreibt die Etablierung von effizienten Syntheserouten ausgehend von racemischen und achiralen Verbindungen hin zu pharmazeutisch relevanten und optisch reinen Intermediaten. Innerhalb dieser Studie wurde sowohl die enzymatische Racematspaltung von Aminen unter Verwendung der Lipase B aus Candida antarctica (CAL-B) als auch die biokatalytische Aldolreaktion von aromatischen Aldehyden zu -Hydroxy- -aminosauren mittels einer L-Threoninaldolase (L-TA) aus Saccharomyces cerevisiae eingehend untersucht und optimiert."