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Case Reports
The role of rotational thromboelastometry in real time assessment of haemostasis in surgical settings.
In the settings of trauma, liver transplantation and major surgery multifactorial coagulopathies are frequently encountered. The treatment of acutely bleeding patients is critically compromised by monitoring with standard available routine coagulation tests. In contrast to conventional tests, rotational thromboelastometry (ROTEM) provides an automated measurement of interactive dynamic haemostatic processes in whole blood starting with initial haemostasis up to and including fibrinolysis at a given time point. Especially fibrinogen, platelet dysfunction and hyperfibrinolysis pose diagnostic gaps. The aim of this report was to highlight the usefulness of ROTEM in making the correct diagnosis and adoption of therapeutic approaches in a timely manner in liver transplantation and trauma. We describe the value of ROTEM in two haemostatically compromised patients. ⋯ In orthotopic liver transplantation and severely injured trauma patients ROTEM enables rapid and accurate detection and the differential diagnosis of multifactorial coagulopathies. Also, it provides the basis of rational approach to the use of blood component therapy and pharmacological interventions.
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Unreduced elbow dislocation is every elbow dislocation older than one week. It may be treated non-operatively (with prereduction traction) or surgically. The treatment goals are: to reduce pain, to establish joint stability and movements. There are a lot of techniques described in literature, series are relatively small, mostly case reports. Multicentric studies have not been done. That is why there are no precisely defined therapeutic protocols. Every contribution in the field is valuable. ⋯ The presented method of treatment has been found as very useful, having in mind that it may solve two problems: difficult reduction and redislocation. Reduction may be done without the joint opening, step by step; retention of the reduced joint may be easily done. Physical therapy may be started without Ilizarov device removal, movements of flexion and extension may be improved without any lateral instability. There is no iatrogenic intraarticular damage, so there are no secondary joint degeneration, pains and invalidity.
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Forensic expertise has not specified with certainty any specific injury among fatally injured frontal car-occupants in frontal car collisions. ⋯ The basic mechanism of the injury of thoracic organs is deceleration, as well as anteroposterior compression with caudorostral hyperextension. That is why thoracic organ injuries are mostly concomitant. Fatally injured car-drivers suffered more often of these injuries than other car-occupants. The probability that the fatally injured was the car-driver rises with the number of concomitant injuries of thoracic aorta, heart and pericardium, as well as with the fractured thoracic-cage bones.
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The treatment of a patient with slipped capital femoral epiphysis begins with an early diagnosis and accurate classification. On the basis of symptom duration, clinical findings and radiographs, slipped capital femoral epiphysis is classified as pre-slip, acute, acute-on-chronic and chronic. The long-term outcome of slipped capital femoral epiphysis is directly related to severity and the presence or absence of avascular necrosis and/or chondrolysis. ⋯ The use of intraoperative fluoroscopy to assist in the placement of internal fixation devices has markedly increased the success of surgical treatment. Controversy remains as to whether the proximal femoral epiphysis in severe, chronic slipped capital femoral epiphysis should be realigned by extracapsular osteotomies or just fixed in situ. The management protocol for slipped capital femoral epiphysis depends on the experience of the surgeon, motivation of the patient and technical facilities.
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Most children undergoing surgery can benefit from regional anaesthetic techniques, either as the sole anaesthetic regimen or, as usual in paediatric practice, in combination with general anaesthesia. The use of peripheral nerve blocks (PNBs) in paediatric anaesthesia is an effective way to decrease the side-effects and complications associated with central blocks. In spite of their many advantages, including easy performance end efficacy, peripheral nerve blocks are still underused. ⋯ The observed differences in PNB usage seem to be related to patient age and correlate with common pathology and also with technical availability of PNB performance.