Publications by authors named "L ClaaSSen"

A variety of osteotomies on the calcaneus have been described in the past to adapt the shape of the calcaneus to specific needs. Newer osteotomy and fixation methods allow the procedure to be as minimally invasive as possible. Recent data suggest that the minimally invasive surgery (MIS) techniques allow for fewer complications, particularly with regard to wound healing.

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Background: This study evaluated the outcome of the Cartiva synthetic cartilage implant (SCI) in the treatment of hallux rigidus.

Methods: In the present retrospective matched case-control study, we compared 18 patients with Cartiva SCI (mean follow-up: 17.7 months) to 18 patients with metatarsophalangeal joint arthrodesis (mean follow-up: 20 months) using multiple function measures, along with four specified visual analog subscales for pain.

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Article Synopsis
  • Ligamentous injuries in the ankle are common, with this study focusing on the differences between isolated lateral ligament injuries and combined medial-lateral injuries, particularly given that isolated medial injuries are frequently overlooked.
  • The study involved 111 patients who underwent either isolated lateral ligament or combined ligament reconstruction, using various outcome measures to evaluate recovery.
  • Results indicated that while overall improvements were noted in both groups post-treatment, isolated lateral ligament reconstruction displayed significantly better dorsal extension and correlated positively with key functional outcomes.
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Background: For most acute conditions, the phase prior to emergency department (ED) arrival is largely unexplored. However, this prehospital phase has proven an important part of the acute care chain (ACC) for specific time-sensitive conditions, such as stroke and myocardial infarction. For patients with undifferentiated complaints, exploration of the prehospital phase of the ACC may also offer a window of opportunity for improvement of care.

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In fermentation processes, severe foam formation may occur in aerated bioreactor systems caused by surface-active lipopeptides. Although they represent interesting compounds for industrial biotechnology, their property of foaming excessively during aeration may pose challenges for bioproduction. One option to turn this obstacle into an advantage is to apply foam fractionation and thus realize product removal as an initial downstream step.

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