Rolle der gesetzlichen Krankenkassen bei der strukturierten Versorgung

Zusammenfassung Versorgungsstrukturen und Versorgungsqualität zu analysieren, sie zu steuern und zu optimieren, gehört mittlerweile zum Kerngeschäft der gesetzlichen Krankenversicherungen (GKV). Ziele von Veränderungen sind mehr Qualität und höhere Effizienz zum Nutzen der Patienten, aber auch aus ökonomischen Gründen. Am Beispiel der Veränderung der Versorgung von Mammakarzinompatientinnen wird die Rolle der Krankenkassen exemplarisch dargestellt. Nach Analyse der Ausgangssituation, die Handlungsbedarf sowohl hinsichtlich der Versorgungsqualität als auch der Patientinnenzufriedenheit ergab, wurde ein Disease-Management-Programm (DMP) Brustkrebs eingeführt, das den ambulanten und stationären Bereich vernetzt und einen Zentrierungsprozess zur Folge hatte. Wesentliche Ziele des DMP Brustkrebs sind: Verbesserung der Qualität des gesamten Behandlungsprozesses durch Zentrierung, Leitlinien- und Evidenzbasierung und starke Vernetzung des ambulanten und stationären Bereichs, Verbesserung der Information und Begleitung der an Brustkrebs erkrankten Frauen und stärkere Mitwirkung der Patientin bei Entscheidungen über die Therapieschritte.     

Rolle der gesetzlichen Krankenkassen bei der strukturierten Versorgung

Versorgungsstrukturen und Versorgungsqualität zu analysieren, sie zu steuern und zu optimieren, gehört mittlerweile zum Kerngeschäft der gesetzlichen Krankenversicherungen (GKV). Ziele von Veränderungen sind mehr Qualität und höhere Effizienz zum Nutzen der Patienten, aber auch aus ökonomischen Gründen. Am Beispiel der Veränderung der Versorgung von Mammakarzinompatientinnen wird die Rolle der Krankenkassen exemplarisch dargestellt. Nach Analyse der Ausgangssituation, die Handlungsbedarf sowohl hinsichtlich der Versorgungsqualität als auch der Patientinnenzufriedenheit ergab, wurde ein Disease-Management-Programm (DMP) Brustkrebs eingeführt, das den ambulanten und stationären Bereich vernetzt und einen Zentrierungsprozess zur Folge hatte. Wesentliche Ziele des DMP Brustkrebs sind: Verbesserung der Qualität des gesamten Behandlungsprozesses durch Zentrierung, Leitlinien- und Evidenzbasierung und starke Vernetzung des ambulanten und stationären Bereichs, Verbesserung der Information und Begleitung der an Brustkrebs erkrankten Frauen und stärkere Mitwirkung der Patientin bei Entscheidungen über die Therapieschritte.     

Expression of intercellular adhesion molecule-1 and lymphocytefunction-associated antigen-1 in experimental Schistosoma mansoni infection and in synchronous periparticular hepatic granulomas in mice: immunohistochemistry, confocal laser scanning microscopy, and immunoelectron microscopy

Adhesion molecules play an important role in inflammatory and immunological responses. We assessed the expression pattern of intercellular adhesion molecule-1 (ICAM-1) and lymphocytefunction-associated antigen-1 (LFA-1) in the livers of mice experimentally infected with Schistosoma mansoni and in synchronous hepatic granulomas induced by injection of soluble egg antigen (SEA)-coupled Sepharose beads in a mesenteric vein of mice. By immunohistochemistry, confocal laser scanning microscopy, and immunoelectron microscopy, ICAM-1 was localized on endothelial cells, sinusoidal-lining cells (Kupffer cells and sinusoidal endothelium), the hepatocyte cell membrane facing Disse's space, and inflammatory cells in the granuloma. LFA-1 was visualized on the inflammatory cells of the granuloma and on phagocytic sinusoidal-lining cells, most likely Kupffer cells. ICAM-1- and LFA-1-immunoreactive cells were present in the granuloma as early as at 3 days after injection of SEA-coupled beads and persisted with time. As granulomas became older, nonimmunoreactive granuloma cells appeared. We conclude that adhesion molecules play an important role in the genesis of the schistosomal granuloma. Received: 16 September 1996 / Accepted: 24 October 1996     

Macromastia in adolescence

Macromastia is a deforming, disabling, and painful condition, especially in the adolescent. Multiple procedures have been advocated and are successful for the reduction of breast tissue. In addition, adjunctive therapy with hormones may prevent relapse. The hormonal influences on breast development and the etiology of macromastia remain complex and not well understood. It is safe to surmise that the pathologic condition is multifactorial, with both inherited and acquired aspects. In the various techniques for reduction, it is important to have a clear understanding of vascular and neural innervation of the breast in order to maintain maximum security in reduction without loss of excessive vital tissue. Although both sensory ability and lactation function are diminished with most procedures and eliminated with some, careful planning and patient counseling in all cases should lead to maximal benefit and optimal results.     

Salmonella endarteritis, about two cases and their management

Mycotic aneurysms due to Salmonella are a classical but uncommon complication of Salmonella infections. We report two cases of such aneurysms, the first one having developed two successive aneurysms of the iliac arteries due to Salmonella typhimurium. The literature on Salmonella endarteritis is briefly reviewed. The importance of an aggressive surgical approach of the mycotic aneurysm, with removal of all infected material and extra-anatomic bypass through contaminated tissue is emphasized. The role of antibiotic treatment is also discussed.     

Assessment of fracture healing by spectral analysis

The 'in vivo' impulse response of long bones was investigated with the object of assessing the reliability of data taken under various conditions. The ultimate goal of the research is to develop a non-invasive method of monitoring the healing of long bones. A spectrum analyser was developed specifically for this investigation and is presented here.     

Effects of physiological manipulations on locus coeruleus neuronal activity in freely moving cats. III. Glucoregulatory challenge

Insulin-induced hypoglycemia and the subsequent administration of glucose were examined for their effects on single unit activity of locus coeruleus noradrenergic (LC-NE) neurons in unanesthetized, unrestrained cats. LC-NE neuronal activity showed an inverse relationship to blood glucose levels. The activity of most cells increased during sustained hypoglycemia, and then decreased following glucose administration. Some neurons were unaffected by hypoglycemia, but were inhibited following glucose. The activation of LC-NE neurons in response to insulin administration generally paralleled the increase in plasma epinephrine, although the adrenal response was more sensitive. These data, together with those reported in the preceding papers, suggest the following general conclusions: (1) physiological stimuli can influence the activity of LC-NE neurons in unanesthetized subjects (although they do so less strongly than environmental stimuli); (2) these effects of physiological stimuli upon LC-NE neurons can be exerted independent of changes in behavioral state; (3) LC-NE neurons do not appear to play a specific role in the regulation of any of the systems examined, but may instead play a more global role in the response to physiological challenges in general; (4) LC-NE neurons are generally co-activated with both the neural and hormonal components of the sympatho-adrenal system, although sympathetic activation can occur in the absence of increased LC-NE activity. A previously hypothesized role for LC-NE neurons in facilitating the behavioral response to environmental stressors may thus be extended to include the response to physiological challenges, and perhaps facilitation of the physiological as well as the behavioral components of the stress response.