Titlebook: Informatik und Ausbildung; GI-Fachtagung 98 Inf Volker Claus Conference proceedings 1998 Springer-Verlag Berlin Heidelberg 1998 Computer.In

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Klaus Quibeldey-Cirkelogy has tremendously evolved, and nowadays we have the possibility to use high performance machines which can give us very detailed and precise information of the soft tissue anatomy and its microvascular network. Preoperative knowledge of microvascular anatomy can help the surgeon to know the exact

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Uwe Quasthoff,Christian Wolff disc herniation (LDH). However, the conventional posterior approach has disadvantages. Recently, unilateral biportal endoscopy (UBE) has been widely used in decompression surgery for LSS and LDH. The main advantages of UBE are the availability of a familiar and magnified surgical view and the indep

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Ingrid Wetzel,Ralf Klischewski,Anita Krabbel,Carola Lilienthalconcerns of many spine surgeons since the beginning of modern spine surgery. Thanks to the invention of various surgical methods and the development of surgical instruments, current spine surgery makes it possible to treat a wider area of the spine with fewer incisions and minor structural damage. A

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Thomas Herrmann,Marcel Hoffmann,Andrea Mischies range from large band gap insulators (v.o., cr.o., α-Fe.o.) and ferroelectrics (BaTiO.) to semiconductors (Cu.O, FeS., MnS) and via semiconductor metal transitions (V0., V.O., Fe.O., Ti.O.) to metals (CrO., NiS, CuS) and even superconductors (La.Ba.Cu0., YBa.Cu.0.). In magnetism we find antiferr

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Christian Wagenknechties range from large band gap insulators (v.o., cr.o., α-Fe.o.) and ferroelectrics (BaTiO.) to semiconductors (Cu.O, FeS., MnS) and via semiconductor metal transitions (V0., V.O., Fe.O., Ti.O.) to metals (CrO., NiS, CuS) and even superconductors (La.Ba.Cu0., YBa.Cu.0.). In magnetism we find antiferr

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Christian Pape,Peter Schmitties range from large band gap insulators (v.o., cr.o., α-Fe.o.) and ferroelectrics (BaTiO.) to semiconductors (Cu.O, FeS., MnS) and via semiconductor metal transitions (V0., V.O., Fe.O., Ti.O.) to metals (CrO., NiS, CuS) and even superconductors (La.Ba.Cu0., YBa.Cu.0.). In magnetism we find antiferr