Functional outcomes of nerve-sparing laparoscopic eradication of deep infiltrating endometriosis: a prospective analysis using validated questionnaires.

PURPOSE: Radical eradication of deep infiltrating endometriosis (DIE) is associated with a high risk of iatrogenic autonomic denervation and pelvic dysfunction. Our aim was to prospectively analyze peri-operative details and post-operative functional outcomes (in terms of pain relief and bladder, rectal, and sexual function) among women operated for DIE of the posterior compartment with nerve-sparing technique, using the visual analogue scale and validated questionnaires. METHODS: All women undergoing laparoscopic nerve-sparing eradicative surgery for DIE nodules of the posterior compartment ≥ 4 cm ± bowel resection were included. Pain scores [using Visual Analogue Scale (VAS) scores] were collected before surgery and 6 and 12 months after surgery. Functional outcomes in terms of bladder, rectal, and sexual function, were evaluated using validated questionnaires (i.e., ICIQ-UISF, NBD score, and FSFI) administered pre-operatively and 6 months after surgery. MAIN RESULTS: A total of 34 patients were included. Twenty-eight (82.4%) of them had already undergone a previous abdominal surgery for endometriosis. Bowel resection was performed in 16 (47.1%) patients. Median VAS score levels of pelvic pain were significantly decreased after surgery both at 6 (median 3, range 0-7 and 2, 0-7, respectively) and at 12 months (3, 0-8 and 2, 0-7), compared to pre-operative levels (9, 1-10 and 3, 0-7, respectively) (p < 0.0001). No differences were found in terms of urinary function between pre- and post-operative ICIQ-SF questionnaires. In no cases, bladder self-catheterization was needed at the 6-and 12-month follow-up. Median NBD score was 3.5 (0-21) pre-operatively and 2 (0-18) after 6 months (p = 0.72). The pre-operative total FSFI score was 19.1 (1.2-28.9) vs. 22.7 (12.2-31) post-operatively (p = 0.004). CONCLUSIONS: The nerve-sparing approach is effective in eradicating DIE of the posterior compartment, with satisfactory pain control, significant improvement of sexual function, and preservation of bladder and rectal function.

Treatment of unstable osteochondritis dissecans in adults with autogenous osteochondral grafts (Mosaicplasty): long-term results.

PURPOSE: the unstable osteochondritis dissecans (OCD-type II and III according to the ICRS classification) of the knee largher than > 2.5 cm(2) in adults are uncommon lesions and there is no consensus on how to treat them. Medium-term studies have reported good results using autogenous osteochondral plugs (mosaicplasty). The aim of this study is to analyze the long-term results of this technique for the treatment of unstable OCD in a selected group of adult patients. METHODS: four patients with OCD at either one of the femoral condyles were included in this prospective study. The average age was 21.2 years (range, 18-24 years). The OCD lesions were classified as type II in three patients and type III in one patient and the average size was 3.8 cm(2) (range, 2.55-5.1 cm(2)). The lesions were treated in situ with a variable number of autogenous osteochondral plugs (Ø 4.5 mm(2)). The Modified Cincinnati, Lysholm II and Tegner scores were used for clinical and functional evaluation. Magnetic resonance arthrography (MRA) was performed before surgery and at 2, 5 and 10 years after surgery. A modified MOCART score was used to evaluate MRA findings. RESULTS: the average follow-up duration was ten years and 6 months (range, 10-11 years). No complications occurred. At the final follow-up, all scores (clinical, functional and MOCART) improved. In all but one of the patients MRA showed complete osteochondral repair. CONCLUSIONS: the fixation of large and unstable OCD lesions with mosaicplasty may be a good option for treating type II or III OCD lesions in adults. The advantages of this technique include stable fixation, promotion of blood supply to the base of the OCD fragment, and grafting of autologous cancellous bone that stimulates healing with preservation of the articular surface. LEVEL OF EVIDENCE: Level IV, therapeutic case series.

Imaging of articular cartilage: current concepts.

Magnetic resonance imaging (MRI) is the gold standard method for non-invasive assessment of joint cartilage, providing information on the structure, morphology and molecular composition of this tissue. There are certain minimum requirements for a MRI study of cartilage tissue: machines with a high magnetic field (> 1.5 Tesla); the use of surface coils; and the use of T2-weighted, proton density-weighted fast-spin echo (T2 FSE-DP) and 3D fat-suppressed T1-weighted gradient echo (3D-FS T1W GRE) sequences. For better contrast between the different joint structures, MR arthography is a method that can highlight minimal fibrillation or fractures of the articular surface and allow evaluation of the integrity of the native cartilage-repair tissue interface. To assess the biochemical composition of cartilage and cartilage repair tissue, various techniques have been proposed for studying proteoglycans [dGEMRIC, T1rho mapping, sodium (23Na) imaging MRI, etc.], collagen, and water distribution [T2 mapping, "magnetisation transfer contrast", diffusion-weighted imaging (DWI), and so on]. Several MRI classifications have been proposed for evaluating the processes of joint degeneration (WORMS, BLOKS, ICRS) and post-surgical maturation of repair tissue (MOCART, 3D MOCART). In the future, isotropic 3D sequences set to improve image quality and facilitate the diagnosis of disorders of articular structures adjacent to cartilage.