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  • 1
    ISSN: 1435-1420
    Keywords: Key words MOF – epidemiology – Goris score – Moore score – SOFA score ; Schlüsselwörter MOV – Epidemiologie – Goris-Score – Moore-Score – SOFA-Score
    Source: Springer Online Journal Archives 1860-2000
    Topics: Medicine
    Description / Table of Contents: Zusammenfassung Fragestellung: Interdisziplinäre Erfassung des Auftretens eines Multiorganversagens bei Patienten auf operativen und nicht-operativen Intensivstationen.¶   Methode: Prospektive, offene klinische Studie auf operativen und nichtoperativen Intensivstationen. Einschluss aller Patienten mit einer Behandlungsdauer über 48 Stunden auf einer Intensivstation in einem 3-Monatszeitraum. Tägliche Erhebung epidemiologischer Basisdaten und physiologischer Parameter zur Berechnung des SOFA-, Moore- und Goris-Scores. Analyse von Differenzwerten zwischen den Behandlungstagen und Korrelation mit dem Überleben hinsichtlich Aufnahmediagnosen und Fachgebieten.¶   Ergebnisse: 443 Patienten wurden eingeschlossen und 4880 Beobachtungstage dokumentiert. Es bestand ein Übergewicht an operativ behandelten Patienten (allgemeinchirurgisch (119 Pat.), unfallchirurgisch (163 Pat.), neurochirurgisch (82 Pat.)) gegenüber konservativ behandelten Patienten (Innere Medizin (49 Pat.), Neurologie (19 Pat.)). Überlebende wurden durchschnittlich 8 Tage und Verstorbene 6 Tage intensivmedizinisch behandelt. Die Gesamtmortalität betrug 17,3%. Fachspezifisch wiesen die nicht-operativen Fächer eine höhere Letalität auf mit einem höheren MOV-Score bei Aufnahme nach Goris als die operativ behandelten Patienten. Bei der Auswertung der Differenzwerte differenzierte der SOFA-Score am besten bezüglich Überleben und Versterben. Die Wertigkeit des Goris-Scores unterschied mit und ohne Verwendung der Parameter für ZNS und Gastrointestinaltrakt signifikant unterschiedlich zwischen überlebenden und verstorbenen Patienten.¶   Schlussfolgerung: Mit der vorliegenden Studie wurde ein erster interdisziplinärer intensivmedizinischer Basisdatensatz für Patienten 6 verschiedener Fachgebiete erhoben und verglichen. Es konnten fachgebietsspezifische Unterschiede bezüglich Struktur der Patientenkollektive und der Mortalität gezeigt werden. Diese haben Auswirkungen auf die Stratifizierung von Patientengruppen im Rahmen weiterer fachgebietsübergreifender Studien. Die klinische Einschätzung der Häufigkeit eines MOV als Todesursache und die der täglichen Zustandsänderung des Patienten im Rahmen seiner Erkrankung wurde von allen Scores nicht ausreichend widergespiegelt. Obgleich der SOFA-Score am zuverlässigsten über alle Fachbereiche zur Beurteilung des klinischen Verlaufs geeignet erscheint, ist die interdisziplinäre Weiterentwicklung eines fachübergreifenden Scores zur Beurteilung eines Multiorganversagens erforderlich.
    Notes: Summary Objective The aim of this prospective study was to describe a collective of patients with respect to the manifestation of multiple organ failure in operative and non-operative intensive care units.¶   Methods: Included were all patients treated longer than 48 hours in a participating intensive care unit. Basic epidemiologic data and physiological parameters were recorded and three different score values (SOFA, Moore and Goris scores) were calculated for each day in the intensive care unit and presented according to the particular specialty. A delta score value for each patient was calculated from the first and last recorded value and was compared to the outcome of the patient (survivor/non-survivor). With the Kohen-Kappa coefficient the daily change of the score value relating to an improvement or deterioration was referred to the clinical assessment. Further statistical analysis was performed with Mann-Whitney U test and by means of ANOVA.¶   Results: 443 patients were included and 4880 observation days were recorded. There was an over-representation of operative patients (general surgery (119 pat.), trauma surgery (163 pat.), neurosurgery (82 pat.)) compared to non-operative patients (medicine (49 pat.), neurology (19 pat.)). Survivors stayed 8 and non-survivors 6 days in the intensive care unit. Overall mortality was 17.3%.¶   Non-operative specialties had a higher mortality with a significantly higher Goris multiple organ failure score on admission for neurologic patients and a higher Goris multiple organ failure score for medical patients (not significant) compared to operative patients.¶   The delta SOFA score value is the most powerful to indicate survival or death compared to the other two delta scores. The Goris score on admission produces statistically significant differences concerning survivors and non-survivors even without the gastrointestinal and central nervous system, but is unreliable considering the delta score.¶   Conclusion: In the present investigation, a basic data set for patients from six different medical specialties were collected and compared. Faculty-specific differences between sets of patients and mortality were shown. This will have consequences for stratifying groups of patients for further interdisciplinary investigation. Clinical assessment of the incidence of multiple organ failure and clinical assessment of changes in daily multiple organ failure status were poorly mirrored by all scores under surveillance. Considering delta score values, the SOFA score is the most reliable score for interdisciplinary description of survival or non-survival. Although the SOFA score seems most reliable for describing a patient‘s clinical course, there is a need for the development of a comprehensive, interdisciplinary score for assessment of multiple organ failure.
    Type of Medium: Electronic Resource
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  • 2
    ISSN: 1433-044X
    Keywords: Schlüsselwörter Schädel-Hirn-Trauma ; Polytrauma ; Entzündungsmediatoren ; Key words Severe head trauma ; Polytrauma ; Inflammatory mediators
    Source: Springer Online Journal Archives 1860-2000
    Topics: Medicine
    Description / Table of Contents: Summary Isolated severe head trauma (SHT) or SHT in combination with multiple injuries are important factors for the prognosis of morbidity and mortality in patients suffering from the consequences of accidents. The prognosis mainly depends on the presence of primary mechanic brain injury and the development of secondary brain damage. Causes for the development of secondary brain damage are the intracranial space demand after traumatic injury and edema formation which may result in iscemia, as well as inflammatory processes. Both isolated SHT and polytrauma with or without brain damage may result in a systemic inflammatory response syndrome (SIRS) due to the synthesis of cytokines and other inflammatory mediators which may cause a single or multiple organ failure (MOF). Often the organism is able to survive isolated traumatic injuries and functional disturbances, but in combination or cumulation they may be lethal. The hypermetabolism after SHT is often regarded as an interaction between the central nervous system and the whole organism by the activation of the neuroendocrine axis. In contrast to the consequences of SHT for the whole organism, multiple injuries after polytrauma may affect brain functions, such as the shock dependent disturbance of the brain perfusion accompanied by brain hypoxia which may lead to an aggravated prognosis. Moreover, coagulation, metabolism and fracture healing are influenced by the onset of SIRS as well. Our knowledge about the bidirectional inflammatory interaction between brain and whole organism is still limited. In this context, the effects of secondary surgical interventions which may additionally stress a traumatized body have to be considered and are the subject for actual clinical discussions and experimental studies. This article tries to summarize some important aspects on this topic.
    Notes: Zusammenfassung Das isolierte oder mit weiteren Verletzungen kombinierte Schädel-Hirn-Trauma (SHT) ist ein Hauptprognosefaktor für Morbidität und Mortalität nach einem Unfallereignis. Die Prognose des Patienten ist sowohl von der primären, mechanischen Hirnschädigung als auch von der Entwicklung sekundärer Hirnschäden abhängig. Als Ursachen einer sekundären Hirnschädigung werden neben der intrakraniellen Raumforderung aufgrund posttraumatischer Blutungen und Ödembildungen, sowie der daraus resultierenden Ischämie, Entzündungsprozesse diskutiert. Sowohl beim isolierten SHT als auch nach Polytrauma mit und ohne Hirnschädigung kann eine inflammatorische “Systemreaktion” (SIRS) unter der Beteiligung von Zytokinen und anderen Entzündungsmediatoren zu einem Ein- oder Multiorganversagen (MOF) führen. Dabei sind einzelne Verletzungskomponenten und Funktionsstörungen meistens überlebbar, können jedoch in Ihrer Kombination und Kumulation tödlich enden. Hypermetabolische Zustände nach einem SHT werden auch als Interaktionen des ZNS mit dem Gesamtorganismus unter Beteiligung der neuroendokrinen Achse aufgefaßt. Diesen Auswirkungen eines SHT auf den übrigen Organismus ist der Einfluß multipler Verletzungen eines polytraumatisierten Verletzten auf die Hirnfunktion gegenüberzustellen, wobei schockbedingte Perfusionsstörungen eine prognoselimitierende Hypoxie des Gehirns verursachen können. Darüber hinaus beeinflußt die generalisierte “Ganzkörperentzündungsreaktion” Blutgerinnung, Stoffwechsel und Frakturheilung. Die Kenntnisse der traumainduzierten, bidirektionalen, inflammatorischen Interaktionen zwischen Gehirn und Gesamtorganismus, sowie der Einfluß der derzeit angewendeten Therapiemaßnahmen sind bisher noch unzureichend und bedürfen weiterer Aufklärung. Letztendlich muß aus dieser Sicht auch die Wahl des richtigen Zeitpunktes für sekundäre Eingriffe, die nicht unmittelbar der Lebenserhaltung dienen und zu einer zusätzlichen Belastung des Patienten durch das Operationstrauma führen, überdacht werden. Diese Arbeit versucht wichtige Aspekte auf diesem Gebiet zusammenzufassen.
    Type of Medium: Electronic Resource
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  • 3
    ISSN: 1615-3146
    Keywords: Key words Classification ; Children's fractures ; Fractures of the epiphyseal plate ; Localisation ; Morphology ; Displacement ; “Spontaneous” corrrection
    Source: Springer Online Journal Archives 1860-2000
    Topics: Medicine
    Notes: Abstract It is absolutely necessary to classify children's fractures for quality controls and clinical research. It is not possible that a classification of children's fractures will follow hierarchies, such as the prognosis of growth, the kind of treatment, the severity of the lesion, the patient's age, as well as medical expenditures and different techniques of therapy. The prognosis of growth is dependent on the patient's age and the localisation of the fracture in the bone and in the skeleton. The kind of treatment is dependent on the extent of displacement as well as on the localisation in the bone. Thus, a classification of children's fractures can only be characterized by the localisation of the fracture and the morphology. In addition, a parameter of “tolerable displacement” should be involved in the classification – as a sign for the possibility of spontaneous correction of displacements by further growth. From the morphological/functional point of view, the epiphyseal plate injuries should be differentiated into a metaphyseal part without proliferation but with mineralisation potential, and an epiphyseal part with proliferation but without mineralisation potential. From this aspect of functional morphology the epiphyseal separation – as a lesion in the metaphyseal part of the physis – belongs to the metaphyseal fractures (so to speak, it is the most peripheral shaft fracture), and the epiphyseal fracture – as a lesion in the epiphyseal part of the physis – belongs to the joint fractures. The localisation is differentiated into 4 main segments: upper arm, forearm, femur, and lower leg. In the segment itself, a subdivision is made into proximal, middle, and distal, with proximal and distal being further differentiated in metaphysis and epiphysis. In addition, it is possible to differentiate between radial and ulnar and tibial and fibular. The morphology is differentiated into typical fractures of the epiphysis, the metaphysis and the shaft fractures as well as avulsion fractures of ligaments, avulsion fractures of muscles and flake fractures. Exceptions in the consequent classification of morphology are only made at the distal end of the humerus and at the neck of the femur. the parameter of “tolerable displacement” showes up already known “ spontaneous corrections” of displacements in the joints, the metaphysis and the epiphysis. The proposed classification should be used in prospective clinical studies to evaluate the prognosis of growth and the results of different therapeutic approaches.
    Type of Medium: Electronic Resource
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  • 4
    ISSN: 1615-3146
    Keywords: Key Words Radial head ; Radial neck ; Minimally invasive technique ; Percutaneous osteosynthesis
    Source: Springer Online Journal Archives 1860-2000
    Topics: Medicine
    Notes: Abstract Integrity of soft tissues plays a major role in the final outcome of fractures of the proximal radius. Numerous minimally invasive operative techniques were developed to avoid additional trauma during surgical procedure. An overview over the literature is given in the present paper. We report a modified technique of Kapandji for percutaneous reduction and stabilization of displaced radial neck and radial head fractures in children. Functional results in 5 cases were good, and the children had no complaints. In one case with a luxation of the elbow and a fracture of the lateral epicondyle of humerus persitent rotation deficit was oberseved. The modified percutaneous method described here demonstrates an alternative procedure to reduce and stabilize displaced radial head and radial neck fractures. In contrast to open reduction this method avoids impairment of the anular ligament and joint capsule. Associated complex injuries of the elbow with soft tissue trauma, however, may lead to unsatisfactory functional results despite minimal operative technique and anatomic reduction.
    Type of Medium: Electronic Resource
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