Simplified MRI sequences for postoperative control of hamstring anterior cruciate ligament reconstruction.

Introduction: Usually, standard radiographs are used for postoperative quality follow-up after ACL reconstruction. However, with the use of hamstring grafts and bioabsorbable implants, accurate assessment of the tunnel and implant position is impossible. The graft and its relation to anatomical landmarks cannot be evaluated directly.

[Endoscopic versus limited open technique for replacement of the anterior cruciate ligament. 4 years outcome of a prospective study].

ACL reconstruction with patellar tendon graft has become a standard procedure. The graft can be inserted either using two tunnels and a lateral femoral incision or with a femoral half tunnel drilled from the joint, thus avoiding the lateral incision. Advantages of the single-incision technique in the early rehabilitation period have been claimed.

Prehospital airway management in the acutely injured patient: the role of surgical cricothyrotomy revisited.

Background: Ensuring an unobstructed airway and adequate oxygenation are first priorities in the resuscitation of the trauma patient. In situations of difficult endotracheal intubation, rapid sequence protocols frequently include the use of paralytic agents and cricothyrotomy for airway management. Recent literature findings suggest that the prehospital use of cricothyrotomy is too frequent.

[Resilience of tibial transplant fixation for replacement of the anterior cruciate ligament. Interference screws vs. staples].

The endoscopic single incision technique for ACL reconstruction with a femoral half-tunnel may lead to a graft/tunnel mismatch and subsequent protrusion of the block from the tibial tunnel. The typical tibial fixation with an interference screw is not possible in these cases. Fixation with staples in a bony groove inferior to the tunnel outlet can be used as an alternative technique.

[Heterotopic ossifications of 5 large body joints after 105 days of intensive care with 72 days of artificial ventilation].

A 37-year-old woman had intensive care for 105 days and artificial ventilation for 72 days because of a lung transplantation and multiple postoperative complications. She developed severe heterotopic ossification of both shoulders, the right elbow and both hip joints. Owing to complete joint stiffness, she was immobilized and unable to eat or drink without help.