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For treatment of prearticular and intraarticular fractures including knee joint area in dogs and cats, as a rule, thin pins, serclage, plates, and their combinations are used depending on fracture area and fracture complexity, which fails to fully provide sufficient stability of osteosynthesis. Purpose of the study was to study the processes taking place in the joints of operated animals at prolonged blockage with hardware constructions for the period of healing of the prearticular and intraarticular fractures. Scientific novelty. Based on a comprehensive study, the use of monolateral combination arrangements with angular support for the treatment of intra-articular fractures of the stifle joint, as well as distal periarticular femur fractures in dogs and cats, was evaluated. The feasibility of the need to protect the operated area from force during fracture healing was determined. Methods. To treat fractures in the knee joint area, polyfunctional monoblocks without a push-back rod, transosseous insertion rods of different diameters depending on the size of the animal, and supports of different diameters with a 125-130° bend were used. A total of 16 operations were performed, 5 dogs and 11 cats. The dogs came in weighing from 4 to 15 kg. The age was from 5 to 38 months old. The cats were 4 to 41 months old, their weights ranging from 1.2 to 5 kg. The supports used were 3, 4, and 5 mm in diameter. Results. Contracture of the operated limbs in the animals after removal of the hardware constructs in our study was more or less pronounced in the animals with more than 2 weeks of hardware fixation. We did not find the presence of contracture in animals with hardware structures removed after two weeks, while lameness in these animals could be observed from 3 to 12 days, the loss of muscle mass of the thigh in the form of a decrease in its volume was not observed. The picture was similar for both cats and dogs. Conclusion. The use of monolateral combinations with angular support for treatment of intraarticular fractures of the knee joint as well as distal circumarticular fractures of the femur in dogs and cats is reasonable in terms of the need to protect the operated area from forceful influences during fracture healing. The most physiological period of blocking the area of the knee joint with the external fixation apparatus in our study was from 2 to 3 weeks regardless of the age of the animal.

Objective: AO (Arbeitsgemeinschaft für Osteosynthesefragen) type C distal humerus fractures are difficult fractures to reduce and fix due to the difficulty of the elbow anatomy and small size of the broken bone parts. We hypothesize that although parallel plating technique is biomechanically superior for humerus distal fracture, orthogonal plating technique in clinical conditions is as reliable and effective as a method of parallel plating for Type C humerus fractures. Materials and Methods: Between 2012 and 2018, 36 patients who underwent operations for AO type C distal humerus fractures and met the inclusion criteria were evaluated retrospectively. Parallel plating was performed in 20 patients and orthogonal plating (medial and posterolateral plating) in 16 patients. All patients were fixed with LC-DCP plates. Quick DASH, Mayo elbow, and VAS scores; grip strength; elbow ROM (Range of Motion); extension loss; and evaluations complications at the last visit. Results: There was no statistically significant difference between the groups in terms of the Quick DASH, Mayo elbow, or VAS scores, grip strength, elbow ROM, extension loss, union time, postoperative heterotrophic ossification, elbow and olecranon nonunion, post-op neuropraxia, or other complications (P > 0.05). There was a statistically significant difference between the two groups regarding ulnar nerve transposition (P

Abstract Background Intraarticular impacted fragment (IAIF) of posterior malleolar fractures has been reported by a few studies. However its location, morphology, and the correlation of posterior malleolar fractures have not been described in detail. The aim of this study was to describe the morphology of IAIF in posterior malleolar fractures, to analyze the related factors between IAIF and posterior malleolar fragments, and explore the treatment of IAIF. Materials and methods Between January 2013 and December 2018, 108 consecutive patients with unilateral posterior malleolar fractures were managed in our hospital. Basic demographic and computed tomography (CT) data were collected and classified by Lauge–Hansen, OTA/AO, Haraguchi, and Mason classification. Additional radiographic data, including the length and area of posterior malleolar fragment, IAIF, and stable tibial plafond were measured. The location of IAIF was described, and involvement of the fibular notch and medial malleolus was also observed. Statistics were analyzed based on univariate analysis (Chi-square test, t-test, Mann–Whitney U test, Fisher’s test) and Spearman’s correlation test. Results Among the 108 cases of posterior malleolar fractures, 75 (69.4%) were with IAIF and 33 (30.6%) cases were without. There were 74 (68.5%) females and 34 (31.5%) males, and the average age of the patients was 49 years (18–89 years). The average L IFN/(L IFN + L SFN) [length of involving fibular notch/(length of involving fibular + length of stable notch fibular notch)] was 32.9% (11.6–64.9%). The A PMF/(A PMF + A STP + A IAIF) [area of posterior malleolar fragment/(area of posterior malleolar fragment + area of IAIF + area of stable tibial plafond)] and A IAIF/A PMF (area of IAIF/area of posterior malleolar fragment) were 13.1% (0.8–39.7%) and 52.6% (1.2–235.4%), respectively. Involvement of medial malleolus (fracture line extended to medial malleolus, P = 0.022), involvement of fibular notch (P = 0.021), L IFN/(L IFN + L SFN) (P = 0.037), L MPMF (P = 0.004), and A PMF were significantly related to the occurrence of IAIF. Conclusion Our research indicates a high incidence of IAIF in posterior malleolar fractures. All IAIFs were found in posterior malleolar, and the most common location was within the lateral area A. Posterior malleolar fracture lines that extend to medial malleolus or fibular notch herald the incidence of IAIF. L IFN/(L IFN + L SFN), L MPMF and A PMF are also associated with the incidence of IAIF. CT scans are useful for posterior malleolar fractures to determine the occurrence of IAIF and make operational plans. Operation approach selection should be based on the morphology of posterior malleolar fragments and the location of IAIF. Level of evidence Level III, retrospective case analysis.

Background: Open fractures of the scapula are relatively rare and only a few studies are interested in this subject. This study aims to demonstrate the results of internal fixation of open scapula fractures due to gunshot injuries. Materials and methods: Eight patients who had open scapula fractures and were treated by internal fixation through the conventional Judet approach included in this study. Patients were followed up monthly in the first 6 months and every 2 months in the rest of the follow-up. Shoulder range of motion, Constant Shoulder Score, and Disabilities of the Arm, Shoulder, and Hand score were used for functional evaluation. Results: The average follow-up period was 34.6 ± 11.9 months. The average time between injuries and the surgery was 10.5 ± 5.1 days. The average shoulder abduction of the patients was 135.6 ± 18.8°, the average forward flexion of the shoulder was 160 ± 19.2°. The average internal and external rotations of the shoulders were 80 ± 14.1° and 63.1 ± 17.3°, respectively. CSS was calculated as 79.8 ± 14.4, and DASH was calculated as 14.1 ± 14.9. Conclusions: In the treatment of open scapula fractures due to gunshot injuries, an internal fixation is a reliable option and the results were comparable with previous studies. [ABSTRACT FROM AUTHOR]

Open treatment of condylar head fractures (CHF) is considered controversial. In this retrospective cohort study our primary objective was therefore to assess bone resorption and remodeling as well as patients function after open treatment of CHF in a medium-term follow-up (15.1 ± 2.2 months). We included 18 patients with 25 CHF who underwent open reduction and internal fixation, between 2016 and 2021, in our analysis. The clinical data and cone-beam computed tomography (CBCT) datasets were analyzed. The condylar processes were segmented in the postoperative (T1) and follow-up (T2) CBCT scans. Volumetric and linear bone changes were the primary outcome variables, measured by using a sophisticated 3D-algorithm. The mean condylar head volume decreased non-significantly from 3022.01 ± 825.77 mm3 (T1) to 2878.8 ± 735.60 mm3 (T2; p = 0.52). Morphological alterations indicated remodeling and resorption. The pre-operative maximal interincisal opening (MIO) was 19.75 ± 3.07 mm and significantly improved to 40.47 ± 1.7 mm during follow-up (p = 0.0005). Low rates of postoperative complications were observed. Open reduction of CHF leads to good clinical outcomes and low rates of medium-term complications. This study underlines the feasibility and importance of open treatment of CHF and may help to spread its acceptance as the preferred treatment option. [ABSTRACT FROM AUTHOR]

Background: Management of displaced intraarticular calcaneus fractures can be operative or nonoperative. Several randomized and case-controlled trials have been recently conducted in order to reach a consensus. The purpose of this analysis is to provide recommendations for the management of these injuries based on the best available clinical evidence. Methods: An up-to-date search was conducted using predefined eligibility criteria. The Preferred Reporting Items for Systematic reviews and Meta-analysis (PRISMA) was followed. Randomized and prospective clinical trials were only included after agreement among all authors. Relevant literature was appraised for methodologic quality using the Cochrane collaboration tool for the randomized controlled trials (RCTs) and Newcastle Ottawa Score for the prospective trials. Outcome measures included American Orthopaedic Foot & Ankle Society ankle-hindfoot score, visual analog scale score, return to activity, complications, residual pain, and development of arthritis. RevMan, version 5.3.5 software, was used for data analysis. A P value of <.05 was considered statistically significant, and CIs were set at 95%. Results: A total of 13 studies and 1251 patients were included in our analysis. This involved 10 RCTs and 3 prospective clinical trials. Shoe fitting problems and failure to return to activity favored the operative group. No other studied variables showed clear superiority of a specific treatment approach. Conclusion: The best evidence available at this time favors an advantage to operative treatment. Patients should be informed that the clear differences are centered on comfort of shoe wear and return to desired activity level. [ABSTRACT FROM AUTHOR]

Background: Intraarticular impacted fragment (IAIF) of posterior malleolar fractures has been reported by a few studies. However its location, morphology, and the correlation of posterior malleolar fractures have not been described in detail. The aim of this study was to describe the morphology of IAIF in posterior malleolar fractures, to analyze the related factors between IAIF and posterior malleolar fragments, and explore the treatment of IAIF.Materials and Methods: Between January 2013 and December 2018, 108 consecutive patients with unilateral posterior malleolar fractures were managed in our hospital. Basic demographic and computed tomography (CT) data were collected and classified by Lauge-Hansen, OTA/AO, Haraguchi, and Mason classification. Additional radiographic data, including the length and area of posterior malleolar fragment, IAIF, and stable tibial plafond were measured. The location of IAIF was described, and involvement of the fibular notch and medial malleolus was also observed. Statistics were analyzed based on univariate analysis (Chi-square test, t-test, Mann-Whitney U test, Fisher's test) and Spearman's correlation test.Results: Among the 108 cases of posterior malleolar fractures, 75 (69.4%) were with IAIF and 33 (30.6%) cases were without. There were 74 (68.5%) females and 34 (31.5%) males, and the average age of the patients was 49 years (18-89 years). The average LIFN/(LIFN + LSFN) [length of involving fibular notch/(length of involving fibular + length of stable notch fibular notch)] was 32.9% (11.6-64.9%). The APMF/(APMF + ASTP + AIAIF) [area of posterior malleolar fragment/(area of posterior malleolar fragment + area of IAIF + area of stable tibial plafond)] and AIAIF/APMF (area of IAIF/area of posterior malleolar fragment) were 13.1% (0.8-39.7%) and 52.6% (1.2-235.4%), respectively. Involvement of medial malleolus (fracture line extended to medial malleolus, P = 0.022), involvement of fibular notch (P = 0.021), LIFN/(LIFN + LSFN) (P = 0.037), LMPMF (P = 0.004), and APMF were significantly related to the occurrence of IAIF.Conclusion: Our research indicates a high incidence of IAIF in posterior malleolar fractures. All IAIFs were found in posterior malleolar, and the most common location was within the lateral area A. Posterior malleolar fracture lines that extend to medial malleolus or fibular notch herald the incidence of IAIF. LIFN/(LIFN + LSFN), LMPMF and APMF are also associated with the incidence of IAIF. CT scans are useful for posterior malleolar fractures to determine the occurrence of IAIF and make operational plans. Operation approach selection should be based on the morphology of posterior malleolar fragments and the location of IAIF.Level Of Evidence: Level III, retrospective case analysis. [ABSTRACT FROM AUTHOR]

Purpose: The most common surgical treatment for distal radius fracture is internal fixation using volar locking plates, but it is sometimes difficult to maintain reduction with them. Therefore, this research reports the results of surgical treatment with additional radial column plates. Methods: We analyzed 12-month follow-up results in 100 cases. The patients had the B or C types of distal radius fractures, in accordance with AO classification, and underwent surgical treatment at our hospital from May 2013 to December 2019. There were 16 cases of B-type and 84 cases of C-type fractures. Out of these, 87 were treated with volar locking plates (V group) and 13 had additional radial column plates (VR group). The results of surgical treatment were examined clinically by measuring the disabilities of the arm, shoulder and hand (DASH) and Mayo wrist score, and radiologically by measuring the radial length, radial inclination, and volar tilt, before and after surgery. Results: After treatment, the radiographic average in the V group showed a radial length of 12.3 mm, radial inclination of 20.2°, and volar tilt of 5.8°, while the VR group showed 11.6 mm, 22.3°, and 9.0° respectively. A statistically significant difference was found in the DASH score, and the DASH score showed good results in the VR group. Conclusion: Additional radial column plate fixation is worth considering because it provides clinically and radiologically satisfactory results in treatment of B and C types distal radius fracture involving articular surface. [ABSTRACT FROM AUTHOR]

The article presents the results of the treatment of 103 patients with intraarticular fractures of the distal humerus over the period from 2002 to 2020, who were under treatment at National Medical Research Center for Traumatology and Orthopedics named after N.N. Priorov and in the State Clinical Hospital named after Eramishantsev. All patients underwent surgical treatment of intraarticular fractures in various ways, depending on the nature and location of the damage. Osteosynthesis with excision of the ulnar process was used in 38 (36%) patients. Fixation of fractures without cutting off the ulnar process through the tendon of the triceps muscle of the shoulder was made in 43 (41%) patients, in 22 cases (23%) they performed osteosynthesis with Hebert screws. The paper presents in detail surgical approaches for various cases of fractures. Based on a retrospective analysis of the results, an algorithm for choosing the method of osteosynthesis for various fracture localization has been developed. The results were evaluated using the Mayo Elbow Performance Score. The developed algorithm for choosing surgical access, depending on the location of the fracture, selects the optimal access to obtain good functional results. A significant (p <0.05-0.001) increase in the number of positive functional results during surgical treatment by 47.6%, with a simultaneous decrease in the duration of rehabilitation treatment by 33.8% was noted as a result of the proposed tactics of treatment of intra- and periarticular fractures of the distal shoulder bones. [ABSTRACT FROM AUTHOR]

Background: The dorsal spanning plate (DSP) is a versatile implant suitable for bridging severely comminuted intraarticular distal radius fractures [AO (Arbeitsgemeinschaft für Osteosynthesefragen) 23-C.1-C.3]. It may be used alone or with supplemental fixation such as a volar locking plate (VLP) or fragment-specific fixation (FSF). Outcomes following DSP fixation with additional implants have not been specifically evaluated., Methods: We retrospectively reviewed consecutive patients who underwent internal fixation of a distal radius fracture by a single surgeon from 2017 to 2021. Patients were grouped according to implants used: DSP only, DSP + FSF, and DSP + VLP. Preoperative variables, treatment times, and wrist range of motion (ROM) were assessed. Functional wrist ROM was defined as minimum 80° combined flexion and extension., Results: One hundred fifty-two patients underwent surgery for wrist fracture, 33 of them were treated with a DSP: 8 DSP only, 6 DSP + VLP, and 19 DSP + FSF. Falls from height greater than 10 ft accounted for 52% of injuries, most of which were treated with a DSP + FSF. Treatment times and ROM were similar between subgroups. Wrist ROM did not improve significantly beyond 4 weeks following DSP removal. Overall, DSP patients recovered a mean wrist ROM of 85° (range 0°-130°) within a median 26 weeks total treatment period (range 12-68 weeks)., Conclusion: Regardless of the construct used, if the distal radius articular surface is well reduced and other principles of fracture fixation are applied, most patients treated with a DSP can expect to regain functional wrist ROM., Level of Evidence: Level IV-Retrospective review of prospectively collected data., Competing Interests: Declaration of Conflicting InterestsThe author(s) declared no potential conflicts of interest with respect to the research, authorship, and/or publication of this article.

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Purpose of Review: Fragment-specific fixation can be a useful tool in treating distal radius fractures. In order to best utilize these techniques, surgeons require an understanding of the normal anatomy, fracture patterns, approaches, and fixation strategies. Recent Findings: Fragment-specific fixation may be appropriate for certain fracture patterns particularly when monoblock plating techniques are not sufficient. Summary: Radial styloid, volar rim, dorsal wall, dorsal–ulnar corner, and impacted intraarticular fragments may be secured with implants designed specifically for each individual fragment. Although more technically demanding, advantages include accurate articular reconstruction, minimal hardware irritation, and reliable functional outcomes. [ABSTRACT FROM AUTHOR]

The experience of treatment of patients with intra-articular fractures of proximal segment of the tibia is presented. For improvement of diagnostics the body section radiography was used. Conservative methods were applied in 146 patients, surgical - in 202. The best results were achieved on application of dampening skeletal traction - 88,2%.

Twenty two patients were operated on account of joint surface deformities developed due to malunion of healed tibial condylar impressions. The peculiarity of operation was the osteotomy line, which contoured the perimeter of impression to mobilize it, and after that the fragments were plated with bone grafting. Early function is essential. We met one deep infection. The late follow-up was generally positive. The intrajoint osteotomies can effectively restore posttraumatic deformities of tibial condylar surface and normalize the anatomy with good function and low pain. This operation optimizes anatomic and functional conditions for probable joint replacement and is able to delay the need in it at least for decade and for thus decrease the problems of revisions.

Purpose The treatment of intraarticular fractures of the distal humerus is challenging and involves the risk of complications and bad functional results. Anatomical and stable internal fixation with early postoperative mobilization is expected to improve the functional outcomes. The objective of this study was to evaluate the functional and radiological results, along with the complications associated, of open reduction and internal fixation using precontoured anatomical locking LCP plate system for intraarticular distal humerus fractures in adult patients. Methods This prospective study consist of 31 patients with a mean age of 41.2 years (range 19–62) were treated with open reduction and angular stable internal fixation. All underwent posterior transolecranon surgical approach. Mean follow-up to the final interview was 10 months (from 6 to 20 months). All operated patients were available at the time of last followup. AO classification showed 26 C-fractures (9*13C 1, 12*13C2,5* 13C3) and 5 B-fracture (1* 13B1,1* 13B2,3* 13B3). There were 25 closed fractures and 6 open grade 1 fractures. The clinical followup using Mayo elbow performance score (MEPS) and radiographic follow up with elbow anterior–posterior and lateral view X-rays were performed postoperatively. Results The mean MEPS was 87.9 points out of 100 (range 55–100) with 61% Excellent, 29% good and 10% fair and poor scores. Mean elbow flexion of 115.8° (range 85°–150°). The mean deficit in extension was 19° (range 5°–35°). All olecranon osteotomy were united .Nonunion of distal humerus fracture occurred in 2 cases. Other complications were hardware prominence in 3 cases, superficial infection in 4 cases and Ulnar nerve neuropraxia in 1 case which was recovered uneventfully. Revision surgery was not required in any complication. Conclusion Open reduction and internal fixation with precontoured distal humerus anatomical locking plate system is a good method of treatment for complex Supra- intercondylar fracture of distal humerus with good functional outcome and low rates of complications. Even though early results are promising, longer term investigations and larger patient groups are necessary to confirm the presented data. [ABSTRACT FROM AUTHOR]

In this prospective study, 50 patients with distal femur fracture were treated using distal femur locking plate. Extra-articular fractures were fixed with minimal invasive technique without exposing the fracture site and intra-articular fractures were treated by open technique. Schatzker and Lambert (1979) criteria is used for functional assessment. In our series majority of the patients were males (70%), predominantly with AO type C fracture. RTA was the major mode of trauma (80%). Average union time was 14.2 weeks and average range of motion was 109.50. According to Schatzker and Lambert's criteria 22 patients had excellent results, 16 patients had good results, 8 patients had fair results and 4 patients had failure. We conclude that this implant should be used in distal femur fractures especially in, fractures with articular extension and comminution. Locking compression plate allows early weight bearing which is an additional advantage for good vocational, mental, social and physical health. [ABSTRACT FROM AUTHOR]

Bone defects are severe conditions caused by various etiologies, including trauma, tumor resection, or chronic osteomyelitis. Different surgical interventions can be utilized to manage such cases, including autologous graft or allograft implantation, distraction osteogenesis, acute shortening, amputation, or the induced membrane technique. Herein, the case of a 39-year-old woman with complex bilateral distal femoral fractures with intra-articular extension is presented. The fractures were accompanied by a significant metaphyseal bone defect, which was managed successfully using the induced membrane Masquelet technique. The patient fully healed despite residual knee joint contractures that did not inhibit her mobility. In conclusion, the Masquelet technique successfully manages complex bone defects and restores functionality even in bilateral simultaneous open bone defects., Competing Interests: The authors have declared that no competing interests exist., (Copyright © 2023, Aljaafri et al.)

Background: More and more, open reduction and internal fixation (ORIF) followed by early motion are advocated for displaced intraarticular fractures of the calcaneus. In prospective study the author asked, what are the results of ORIF with the calcaneal plate in intraarticular fractures of the calcaneus, and whether type of fracture and/or congruity in the subtalar joint influence these results.Methods: Forty-three intraarticular fractures of the calcaneus (30 Type II, 10 Type III and 3 Type IV according to Sanders classification) were operated through extensile lateral approach. After reduction of the subtalar joint and restoration of the calcaneus shape, the fracture was fixed with the calcaneal plate. Mostly, surgery was delayed for a few days until soft tissues recuperate. Motion of the ankle and the subtalar joint was encouraged immediately, partial weight bearing after 6–8 weeks and full weight bearing after 3–4 month. After surgery, subtalar joint was found congruent in 33 (77%) and non-congruent (within 2 mm) in ten fractures.Results: Functional results of 36 fractures with a representative type distribution were evaluated 12 to 61 months postinjury. Functional results were satisfactory in 31 fractures (86%) and not satisfactory in five (14%). All fractures with unsatisfactory results were comminutive (Type III or IV). Four fractures with congruent joint had unsatisfactory, and eight of nine fractures with uncongruent joint had satisfactory result. Statistically, functional results of the comminuted fractures were significantly worse. However, functional results of fractures with non-congruent joint were comparable to the results of fractures with congruent joint and analysis of variance showed that interaction of these two factors was not important.Conclusions: This prospective study confirms that ORIF enables satisfactory results in majority of displaced intraarticular fractures of the calcaneus. It also confirms that comminution in the subtalar joint is a negative prognostic factor. Furthermore, comminution in the subtalar joint is a negative prognostic factor irrespectless of the postreduction congruity in the subtalar joint, if step-off is less than 2 mm.

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Introduction: The purpose of this study was to analyse the applicability and advantages of the intraoperative use of a mobile isocentric C-arm with three-dimensional imaging (Siremobil ISO-C-3D) in fixation of intraarticular fractures. Methods: After the fixation was judged to be satisfactory relying on the images provided by routine fluoroscopy, intraoperative CT visualisation with ISO-C-3D was performed to evaluate the fracture reduction and implant position. Intraoperative revision was performed based on the additional information ISO-C-3D provided beyond routine fluoroscopy. ISO-C-3D was used on a series of 72 closed-intraarticular fractures in 70 patients. Fracture distribution was: calcaneus (25), tibial plateau (17), tibial plafond (12), acetabulum (11), distal radius (3), ankle Weber-C (3) and femoral head (l). The primary outcome measure was revision rate after final ISO-C-3D data acquisition and prior to wound closure. Secondary objectives were to measure the additional time required for ISO-C-3D use and to determine the rate of further re-do surgeries. Results: Eight out of 72 (11%) fracture fixations were judged by the surgeon to require intraoperative revision following ISO-C-3D imaging. Prior to leaving the operating room, the surgeon was satisfied with fracture alignment in all the procedures. The mean additional operative time using ISO-C-3D was 7.5 min (8.2% of the mean total operative time). No patient required re-do surgery. Conclusion: : Intraoperative three-dimensional visualisation of intraarticular fractures enables the surgeon to identify inadvertent malreductions or implant malpositions which may be overlooked by routine C-arm fluoroscopy and hence may eliminate the need for re-do procedures. ISO-C-3D adds little operative time and may preclude the need for pre-operative and post-operative CT-scans in selected cases. [ABSTRACT FROM AUTHOR]

Difficult hand fractures with multiple butterfly fragments, multiple cortical splits or intraarticular extension continue to pose a challenge for optimal stable fixation that allows early postoperative mobilisation. In this study, we describe the use of cerclage-wire-assisted fixation of 17 difficult hand fractures in 16 patients. The cerclage wires helped to maintain the reduction, so providing sufficient initial stability for placement of a plate and screws. Stable fixation of the fracture was then accomplished without losing the reduction. One to three cerclages of stainless-steel wires were used for the preliminary fixation. Stable fixation was then accomplished by a bridging or neutralising plate technique. Postoperatively, the fixation was sufficiently stable to allow immediate mobilisation. With an average follow up of 44.5 months, all 17 fractures united without loss of reduction. At final follow-up, the average total active range of motion was 247° (range 220–260°). [Copyright &y& Elsevier]

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Hoffa's fracture is an uncommon fracture of the femoral condyle with coronal orientation of the fracture line. The mechanism of injury in pediatric Hoffa's fracture is road traffic accident, sports injury, and trivial injury. Clinical examination and proper imaging is important for diagnosis of pediatric Hoffa's fracture because of high chances of missing these injuries which can lead to nonunion and malunion at the fracture site. Open reduction and anatomical reduction of intraarticular fragment is the gold standard treatment of these fractures. We present a rare case of Hoffa's fracture in a 16-year-old girl with asso ciated ipsilateral fibular fracture. [ABSTRACT FROM AUTHOR]

Hoffa fracture associated with ipsilateral femoral shaft fracture is very rare. Three cases of this rare type of injury were retrospectively reviewed. The sites of femoral shaft fractures and Hoffa fractures were documented. All femoral shaft fractures were managed with internal fixation. The rate of misdiagnosis for the Hoffa fractures was documented. Functions of the affected knees were evaluated according to the modified Hospital for Special Surgery (HSS) scores at two years follow-up. Femoral fractures were either transverse or composite in all three cases. Ipsilateral Hoffa fractures occurred at medial condyle in two cases, and lateral condyle in one case. Only one Hoffa fracture was identified preoperatively. All the femoral shaft fractures healed uneventfully. In the patient whose Hoffa fracture was correctly diagnosed, the modified HSS score was 94. In another patient, whose Hoffa fracture was treated by a second operation, the modified HSS score was 93. And in the third case, who refused additional operation for the Hoffa fracture, the modified HSS score was only 70. Conclusively femoral shaft fracture can be associated with ipsilateral Hoffa fracture, especially in motorcycle accident. This type of injury is very rare and misdiagnosis is common. [ABSTRACT FROM AUTHOR]

In factures of the distal tibia with simple articular extension, the optimal surgical treatment remains debatable. In clinical practice, minimally invasive plate osteosynthesis and intramedullary nailing are both routinely performed. Comparative biomechanical studies of different types of osteosynthesis of intraarticular distal tibial fractures are missing due to the lack of an established model. The goal of this study was first to establish a biomechanical model and second to investigate, which are the biomechanical advantages of angle-stable plate osteosynthesis and intramedullary nailing of distal intraarticular tibial fractures. Seven 4(th) generation biomechanical composite tibiae featuring an AO 43-C2 type fracture were implanted with either osteosynthesis technique. After primary lag screw fixation, 4-hole Medial Distal Tibial Plate (MDTP) with triple proximal and quadruple distal screws or intramedullary nailing with double proximal and triple 4.0mm distal interlocking were implanted. The stiffness of the implant-bone constructs and interfragmentary movement were measured under non-destructive axial compression (350 and 600 N) and torsion (1.5 and 3Nm). Destructive axial compression testing was conducted with a maximal load of up to 1,200 N. No overall superior biomechanical results can be proclaimed for either implant type. Intramedullary nailing displays statistically superior results for axial loading in comparison to the MDTP. Torsional loading resulted in non-statistically significant differences for the two-implant types with higher stability in the MDTP group. From a biomechanical view, the load sharing intramedullary nail might be more forgiving and allow for earlier weight bearing in patients with limited compliance. [ABSTRACT FROM AUTHOR]

Background: Treatment of complex injuries of interphalangeal joints (IPJs) is difficult. The restoration of joint stability for early joint mobility till fracture union is the key for successful outcome. Although various treatment options like dynamic splinting, external fixator, closed reduction, transarticular Kirschner (K)-wire and ORIF, etc., are available in literature, a universally accepted ideal treatment for complex intraarticular fractures of IPJs is still evolving. Open reduction is difficult because fixation of volar fragment is often impractical and radical procedures like volar plate arthroplasty, arthrodesis or joint replacement, etc., may become mandatory for salvage. We describe percutaneous technique to treat unstable fractures and dorsal fracture-dislocations of the PIP joint and report short-term postoperative results., Materials and Methods: Ten cases of unstable or potentially unstable intraarticular fractures including pilon fractures and fracture-dislocations of IP joints were treated percutaneously by double parabolic K-wire technique (DPK). The device was used as a dynamic distraction, using the principle of ligamentotaxis. The idea was to commence early postoperative continuous active and active-assisted joint motion exercises and to carry on the frame as a definitive treatment for achieving fracture union., Results: In all patients of fracture-dislocation the reduction was satisfactory and early mobility was achieved. Although there is a tendency towards over-distraction, no loss of reduction occurred. Pin tract infection occurred in one with no delayed union or nonunion. The average total range of motion for each involved IP joint was 93.5 degree and the average total active range of motion was 90.8° each at the end of 4 months followup. Excellent to good results were restored in nearly all cases without further interventions., Conclusion: DPK technique may be a cheap and valuable definitive treatment option in the management of unstable or potentially unstable intraarticular fractures of IPJs. The technique gave satisfactory radiological union and functional outcome in our small series. This technique may be worth considering in unstable or potentially unstable intraarticular fractures of IPJs with intact collateral ligaments and when other treatment options are impractical.

Objective: This paper aims to identify the most effective surgical technique for intraarticular calcaneal fractures of Sanders' types II and III., Methods: Systematic review of comparative randomized clinical trials on surgical treatment of the intraarticular fractures of the calcaneus (Sanders types II and III) that used the questionnaire of the American Orthopaedic Foot and Ankle Society. The studies were identified and retrieved in the following databases - LILACS, MEDLINE/PubMed, Cochrane Library, SciELO, EMBASE, Science Direct, Scopus, Journals@Ovid, ISI Web of Knowledge, Evidence Based Medicine, besides consulting the references of studies accessed. The keywords used Boolean logic (AND and OR): "calcaneus fracture, calcaneous, calcaneal; surgical treatment, management; open reduction, minimally invasive, percutaneous reduction; internal fixation, external fixation., Results: We identified only three randomized comparative trials. Each study compared a different technique (external fixation, percutaneous fixation with Kirchner wires and cannulated screws fixation) to the open reduction with internal fixation using plate and screws (considered the standard technique)., Conclusion: Comparing the series, percutaneous fixation using Kirschner wires presented the best results, however, evidence is insufficient to assert superiority of this treatment in comparison with other surgical techniques.