One hundred twenty-four consecutive patients with true floating knee injury presented between 1987 and 2001. They were treated with non-operative, operative (external fixation and intramedullary nailing) and combined modalities. Sixty patients were followed up, at an average of 7.2 years, for age, gender, type of trauma and fracture; time to fracture union and time to mobilisation. Complications that were encountered and return to normal activities were recorded. Better and comparable union rates of fractures, earlier return to activities and higher excellent and good long-term functional results were observed among combined and operative (intramedullary nail) groups. Using combined modalities of treatment is an affordable, practicable and effective approach, especially for a resource-poor environment. External fixation of the fractured femur resulted in a decreased range of movement at the knee due to quadriceps muscle fixation. Fractured tibia, treated by any of the method, did not interfere with patient's joint mobilisation whereas associated injuries did.

Thirty-five consecutive patients with unilateral posterior dislocation of the hip were studied for complications at an average follow-up of 4.6 years (range 2-10 years). Thompson-Epstein type IV dislocation was most frequent (10/35), reflecting an increase in high-speed motor vehicles in the developing countries. It is also a severe injury that leads to a maximum number of complications, which include avascular necrosis, osteoarthosis, sciatic nerve injury and heterotrophic ossification. Avascular necrosis and osteoarthritis of the hip were observed maximally in type IV patients, even when reduction was achieved in less than twelve hours and may reflect the severity of initial injury. Heterotrophic ossification was observed in five of the ten patients with type IV dislocation and was associated with multiple attempts at reduction. Sciatic nerve injury did not recover completely in all cases, especially when reduction was delayed over twelve hours. Observing that the greatest numbers of complications were seen among patients with type IV dislocations, it may be prudent to warn such individuals about the likely prognosis at the outset, especially in today's world when the demands and expectations are high.

Background:Enhanced recovery program (ERP) was implemented to optimize the hospital stay in total hip arthroplasty. This study assessed the effects of optimizing preoperative and perioperative care using enhanced recovery (ER) on patients undergoing Total hip arthroplasty.Materials and Methods:We compared a prospective group of 64 patients on the ER program with a historic cohort of 63 patients that received conventional care (non ER).Results:ER patients were discharged earliest from hospital [mean length of stay (LOS) 5.3 days, median 4; P < 0.001] as compared to a mean of 8.3 days among non ER patients. Comparison based on American Association of Anesthesiologists (ASA) grades, preoperative hemoglobin, and body mass index (BMI) revealed that patients with ASA grade 3, preoperative hemoglobin of <14 g/dl, and BMI >30 on ER program spent shorter time in hospital as compared to the non ER's conventionally treated patients with more favorable physiological parameters of ASA grade 1 and 2, preoperative hemoglobin of >14 g/dl, and BMI <30.Conclusion:The ER protocol is universally beneficial and confers an advantage regardless of the patients’ preoperative condition.

Forty-three patients averaging 28.2 (range 16-74) years with open fractures of the lower limbs were studied prospectively for 40 weeks using anthropometrical, biochemical and haematological parameters to ascertain their relationship to wound healing following injury. Nearly half (21/43) of the patients were malnourished at admission and the number increased to 22 a week after injury. Dietary advice and better food intake improved nutritional status with only 13 patients remaining malnourished at the 40th week. Wound healing was earlier when creatinine-height index was normal throughout the course of treatment and was delayed when serum albumin level was low.Résumé Nous avons suivi prospectivement, pendant quarante semaines, 43 malades avec des fractures combinées du membre inférieur en utilisant des paramètres anthropométrique, biochimique et hématologique pour étudier leur relation avec la cicatrisation des parties molles après l'accident. Prés de la moitié des patients (21/43) étaient considérés comme malnutris à leur admission. Les conseils diététiques et une meilleure prise de la nourriture ont amélioré le statut nutritionnel avec seulement treize malades dans le groupe malnutris à la quarantième semaine. La guérison des blessures était plus précoce quand l'index de créatinine était normal durant le cours du traitement et a été retardée quand le niveau de sérum albumine était bas.

Purpose.To compare the length of hospital stay in patients undergoing primary total knee replacement (TKR) with or without enhanced recovery (ER) programme. Methods. Medical records of 57 and 55 consecutive patients who underwent primary TKR with or without ER programme, respectively, were reviewed. 17 men and 40 women aged 43 to 87 (mean, 70) years with ER programme were compared with 22 men and 33 women aged 53 to 90 (mean, 73) years without ER programme in terms of the preoperative haemoglobin level, American Association of Anesthesiologists (ASA) physical status grading, body mass index (BMI), and length of hospital stay. Results. The length of hospital stay was significantly shorter in the ER than non-ER groups in overall patients (6 vs. 7.8 days, p=0.0003), in patients with preoperative haemoglobin level of ≥14 g/dl (5.4 vs. 7.7 days, p=0.02), in patients with preoperative haemoglobin level of <14 g/dl (6.2 vs. 7.7 days, Enhanced recovery programme for total knee replacement to reduce the length of hospital stay Surgery 2014;22(2):150-4 p=0.02), in patients with ASA grades 1 and 2 (5.6 vs. 7.6 days, p=0.01), in patients with ASA grade 3 (6.4 vs. 8.2 days, p=0.01), in patients with BMI of <30 kg/m 2 (6 vs. 8.1 days, p=0.0061), and in patients with BMI of ≥30 kg/m 2 (5.9 vs. 7.5 days, p=0.0006). Complications were noted in 4 ER patients and 5 non-ER patients. Conclusion. ER programmes are readily transferable to patients undergoing TKR and significantly reduced the length of hospital stay. Journal of Orthopaedic

BackgroundCast bracing (CB) has been a well established method of treating tibial shaft fractures. Majority of the recent literature on treatment of tibial shaft fractures have upheld intramedullary nailing (IMN) as the treatment of choice. Most of these studies are from the west, in public funded health set ups and in hospitals with very low rates of infection. This has lead to bewilderment in the minds of surgeons wishing to opt for conservative treatment in countries with scarcity of health resources. We therefore undertook this study to compare the two modalities in the scenario of the developing world.Material and methodsSixty-eight consecutive patients were treated alternately with CB and IMN for high energy, displaced, closed and Gustilo Grade 1 open fractures of the tibial shaft, between 1995 and 2001.ResultsAn average follow up at 4.3 years revealed no statistical difference in the final functional outcome as per Johner and Wruhs' criteria with modification to Indian lifestyle. IMN group had a) slightly shorter time to fracture union (mean 21.3 weeks versus 23.1 weeks for CB, p > 0.05), (b) lesser time off work (mean 17.6 weeks versus 25.6 weeks for CB, p <0.01), (c) fewer outpatient visits (mean 6.2 versus 9.7 for CB, p < 0.05), (d) less limb length discrepancy (mean 4.3 mm versus 6.6 mm for CB, p < 0.05). The difference in residual antero-posterior angulation (mean 3.2 degrees for IMN versus 4.9 degrees for CB, p = 0.14) and varus-valgus angulation (mean 3.7 degrees for IMN versus 5.1 degrees for CB, p = 0.7) were not statistically significant. However CB group had no deep infections as compared to two in the IMN group. The average cost of hospital treatment of CB group was less than half incurred by the IMN group (average USD 831 versus USD 2071 for nailed group, p < 0.05).ConclusionTreating tibial shaft fracture either with IMN or CB provided equally gratifying results with no statistical difference in final functional outcome. The economic cost to the patient in Indian conditions is significantly less with CB and therefore stands as an equally reliable treatment option, especially in countries with fewer resources.

Though it is well documented that the potential for successful rehabilitation is best for bilateral TT amputees, given the subjects' economic constraints, higher prosthesis rehabilitation among bilateral TF amputees indicates that successful rehabilitation is possible in most subjects irrespective of the level of amputation.

ObjectivesOur aim was to assess the use of intra-operative fluoroscopy in the assessment of the position of the tibial tunnel during reconstruction of the anterior cruciate ligament (ACL).MethodsBetween January and June 2009 a total of 31 arthroscopic hamstring ACL reconstructions were performed. Intra-operative fluoroscopy was introduced (when available) to verify the position of the guidewire before tunnel reaming. It was only available for use in 20 cases, due to other demands on the radiology department. The tourniquet times were compared between the two groups and all cases where radiological images lead to re-positioning of the guide wire were recorded. The secondary outcome involved assessing the tibial interference screw position measured on post-operative radiographs and comparing with the known tunnel position as shown on intra-operative fluoroscopic images.ResultsOf the 20 patients treated with fluoroscopy, the imaging led to repositioning of the tibial guide wire before reaming in three (15%). The mean tourniquet time with intra-operative fluoroscopy was 56 minutes (44 to 70) compared with 51 minutes (42 to 67) for the operations performed without. Six patients (30%) had post-operative screw positions that were > 5% more posterior than the known position of the tibial tunnel.ConclusionIntra-operative fluoroscopy can be effectively used to improve the accuracy of tibial tunnel positions with minimal increase in tourniquet time. This study also demonstrates the potential inaccuracy associated with plain radiological assessment of tunnel position.