Tobias Reinecke

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Patients with gastric carcinoma and serosal invasion were randomized into a "treatment" or "control" protocol after R0 resection ("prophylactic group", n = 45) or palliative resection without cytoreductive surgery in cases with localized peritoneal seeding ("therapy group", n = 19). The results of a planned interim analysis after 5 years indicate that(More)
Many patients with chronic obstructive pulmonary disease (COPD) are symptom free when they receive an oral theophylline regimen. When these patients present to the emergency department with an acute exacerbation of their disease, the emergency physician faces a dilemma regarding appropriate therapy with IV aminophylline. The patient's serum theophylline(More)
UNLABELLED In the differential diagnosis of mass lesions of the salivary glands, myoepithelial sialadenitis (MESA), i. e. benign lymphoepithelial lesion, carries particular importance because of its association with Sjoegren's syndrome and development of malignant lymphoma. In the present study, epidemiology and clinical findings were analysed in relation(More)
Electrospray is a commonly used ionization method for the analysis of liquids. An electrospray is a dispersed nebular of charged droplets produced under the influence of a strong electrical field. Subsequently, ions are produced in a complex process initiated by evaporation of neutral solvent molecules from these droplets. We coupled an electrospray(More)
This paper examines the differences in large signal mixed-mode scattering parameter characterization of differential amplifiers arising from virtual and true differential probing. The analysis is carried out by means of differential gain compression curves obtained from exemplary amplifier test assemblies with variable common mode rejection ratio. Based on(More)
X-ray was utilized as an ionization source for differential ion mobility spectrometry (DMS) for the first time. The utilization of this ionization source increases the potential of DMS system for on-site based applications. The influence of experimental parameters (e.g. accelerating voltage, filament current, and separation field) on the analysis of model(More)
Ion mobility spectrometers (IMS) are devices for fast and very sensitive trace gas analysis. The measuring principle is based on an initial ionization process of the target analyte. Most IMS employ radioactive electron sources, such as 63Ni or 3H. These radioactive materials have the disadvantage of legal restrictions and the electron emission has a(More)
For the ionization of gaseous samples, most ion mobility spectrometers employ radioactive ionization sources, e.g., containing (63)Ni or (3)H. Besides legal restrictions, radioactive materials have the disadvantage of a constant radiation with predetermined intensity. In this work, we replaced the (3)H source of our previously described high-resolution ion(More)