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Cruciate-retaining stemmed total knee arthroplasty for supracondylar-intercondylar femoral fractures in elderly patients: a report of three cases.

The treatment of supracondylar or intercondylar femoral fractures in elderly patients with gonarthrosis is a difficult problem. Primary total knee arthroplasty (TKA) can be considered as a treatment modality for these patients, and several authors have reported acceptable results with this option. They have performed TKA using custom-made, hinged, or constrained components with long stem for fracture reduction and stabilization. But use of hinged or constrained total knee arthroplasties for dealing with supracondylar and intercondylar fractures may be unnecessary, and an alternative is to use a cruciate-retaining stemmed TKA. We report 3 elderly female patients who had supracondylar or intercondylar femoral fractures and coexisting gonarthrosis treated by primary TKA with use of a cruciate-retaining augmentable femoral component with stem extension. All patients improved their ambulatory status and showed good knee function. We believe that use of a cruciate-retaining type of component is a reasonable alternative to the use of a more constrained prosthesis in the treatment for this group of patients.

Aged↗

[Bilateral femoral fracture at the site of bilateral hip prostheses. A case report].

Fracture of the femoral shaft after hip arthroplasty is a serious problem. In most cases, minimal trauma is responsible for the fracture. Predisposing factors include severe osteoporosis, loosening of the prosthetic stem and perforations of the cortex. The incidence in our patient material in 2.3% after total hip arthroplasty and 2.9% after revision. Operative treatment may consist in osteosynthesis with compression plates, screws, or cerclage wires with or without revision of the arthroplasty. We give a case report covering treatment and 2-year follow-up for a bilateral proximal femoral fracture in a 72-year-old farmer with bilateral total hip replacements. Both fractures were treated similarly, with replacement of the femoral components by a cementless Wagner revision stem prosthesis and cerclage wiring of the fragments. No classic osteosynthesis was required to manage the fractures.

Aged↗

Flexible intramedullary nail fixation of pediatric femoral fractures.

The management of pediatric femoral shaft fractures gradually has evolved toward a more operative approach in the past decade. This is because of a desire for more rapid recovery and reintegration of the patients, and a recognition that prolonged immobilization can have negative effects even in children. Economic pressures also favor a treatment that does not require as prolonged a hospitalization as that required with the traditional traction method. External fixation, compression plating, and intramedullary nailing all have been advocated. A retrospective review of the experience with antegrade flexible intramedullary nailing in 25 children was performed. No nonunions or significant malunions were seen. Followup evaluation of limb lengths and proximal femoral morphology showed minor variations of articulotrochanteric distance and neck shaft angle, none of which were clinically significant. Likewise, minor limb length discrepancies were measured (range, -11- +14 mm) with no consistent pattern of overgrowth noted. There was no evidence of a complete trochanteric growth arrest on radiographic followup. Flexible intramedullary nailing seems to be a safe and effective method for the treatment of femoral shaft fractures in the child between 6 and 12 years of age.

Bone Nails↗

[Developments in osteosynthesis of proximal femoral fractures--rational change in therapy based on clinical results and experiences].

MATERIAL AND METHODS: In the Department of Traumatology and Reconstructive Surgery of Steglitz Medical Center, Berlin, a total of 1,323 patients with proximal femoral fractures were treated between 1978 and 1992. 988 patients were female and 335 male, age range 18-99 years, mean age 74 years. 479 fractures were classified as medial femoral neck fractures and 205 as lateral femoral neck fractures, further 461 pertrochanteric and 178 subtrochanteric fractures were seen. Based upon computerized data--especially regarding lethality and complication rates--the evolution of fracture treatment is outlined. RESULTS: The average lethality of hospitalized patients was 6%, this primarily due to old age and thus especially concerning patients treated with bipolar prosthesis. On the other hand we found a marked methodic dependent peak in lethality, reaching a maximum of 19% in conservatively treated patients. Therefore conservative treatment was exclusively chosen for the limited number of young patients with medial femoral neck fractures showing minimal or no displacement and good impaction. Total infection rate was 0.8%. The rate of local complications was highest with Ender nailing (21.6%). In pertrochanteric fractures this method is therefore no longer utilized and replaced by the DHS. CONCLUSIONS: In older patients with medial femoral neck fractures the therapeutic standard today is the bipolar prosthesis, in younger patients osteosynthesis. In lateral femoral neck fractures as well as pertrochanteric fractures the most suitable osteosynthesis is the DHS, in subtrochanteric fractures the condylar plate. Whenever possible osteosynthesis should be preferred to total hip arthroplasty if patient condition and hip joint integrity allow this treatment. The more stable and biological procedure of osteosynthesis should be preferred.

Adolescent↗

Postoperative femoral fracture after intramedullary fixation with a Gamma nail: case report and review of the literature.

The Gamma nail, an intramedullary nail that is combined with a sliding hip screw, has recently been introduced as an alternative method of treatment for peritrochanteric fractures of the femur. We report a case of a postoperative femoral fracture that occurred in the area of the device after Gamma nailing of a stable intertrochanteric fracture. A review of the literature reveals that postoperative fracture is not an uncommon complication of Gamma nailing. This complication results in a difficult management problem. The possibility of a femoral fracture around the Gamma nail should be entertained before the use of the nail is considered. The availability of alternative fixation devices must be confirmed in the event that such a fracture is encountered.

Aged↗

[Retrograde interlocking nailing of distal femoral fractures with the intramedullary supracondylar nail].

Between June 1993 and September 1995, 18 distal femoral fractures were treated using the supracondylar intramedullary nail. There were 8 type A fractures and 10 type C fractures (AO classification). The operative technique involved retrograde insertion of an unreamed supracondylar nail through the intercondylar notch. Follow-up was available on all patients and averaged 18.3 months (range 6-32 months). All fractures healed with an average time to union of 12.4 weeks (range 8-16 weeks). Bone grafting was not necessary in any case. Sixteen patients achieved almost the same ROM as they had had before the injury. One patient developed a varus malignant and underwent correction with a supracondylar osteotomy 20 months post trauma. There were no infections or nonunions. The retrograde supracondylar nail is an excellent alternative to plate osteosynthesis in the management of dia- and supracondylar femoral fractures.

Adult↗

Internal fixation of supracondylar femoral fractures: comparative biomechanical performance of the 95-degree blade plate and two retrograde nails.

OBJECTIVE: The biomechanical stability of supracondylar femoral fractures fixed with a condylar blade plate (plate), a Green Seligson Henry nail (GSHN), or a new retrograde unreamed supracondylar femoral nail (new nail) based on the AO unreamed femoral nail were compared. DESIGN: A standardized simulated comminuted supracondylar femoral fracture (segmental defect) in fresh frozen paired cadaveric femora was stabilized with one of the implants. The interfragmentary fracture site stiffness in three directions and axial strength of the fixator-bone construct were compared (pairwise). RESULTS: The plate versus the new nail was (a) axially 10 percent as stiff and 50 percent as strong (ultimate strength), (b) as stiff in A/P bending, and (c) five times more stiff in torsion. Varus angle at failure under axial load was significantly greater for the plate than for the new nail. There were no statistical differences in axial stiffness and ultimate strength between the new nail and the GSHN, but the new nail was 50 percent and 30 percent as stiff in A/P bending and torsion, respectively. The magnitude of deformation at failure under axial loading was similar. CONCLUSIONS: In fixation of extraarticular comminuted supracondylar distal femur fractures, results indicate that (a) the new nail provides equal or greater stability than does the plate, except when large torsional loads are anticipated, and (b) the new nail provides stability equal to the GSHN for axial loading and lesser stability against off-axis loads. As is evident in this and other studies, intramedullary implants are less torsionally stiff than are plates. The torsional stiffness of the new nail is expected to be sufficient because it is comparable to many available nails, and low torsional moments are expected for healing femoral supracondylar fractures.

Biomechanical Phenomena↗

[Conservative treatment of femoral fractures in children in data from the Orthopedic Clinic of the 2nd Medical Faculty of Charles University].

PURPOSE OF THE STUDY: Conservative therapy is the method of choice for treating femoral fractures in younger children all over the world. At the Department of Orthopedic Surgery of the Second Faculty of Medicine, Charles University in Prague, this approach has had a long tradition and has only partly been replaced by other, more recent methods. It is not always necessary to abandon well-established and reliable techniques because of new achievements and this is demonstrated by the results of our study. MATERIAL: In a period of 22 years, 112 boys and 97 girls were treated by Bryant's traction and 62 boys and 46 girls by Weber's traction. The former was used in children younger than 5 years, weighing less than 20 kg. The latter was applied in patients between 5 and 10 years of age whose body mass was between 20 to 35 kg. METHODS: Bryant's traction, used in the younger age category, offered the advantage of easy application without total anesthesia. Both legs were suspended in an apparatus that keeps the patient's pelvis slightly elevated above the bed level. Counter traction was provided by the weight of the suspended pelvis. In Weber's traction, used in children aged 5 to 10 years, a Kirschner's wire was inserted in the distal metaphysis of each femur in the frontal plane. The ends of each wire were attached to a metal U-shaped spreader. This apparatus holds the legs at right angles both in the knees and hips. Each patient was examined by X-ray at 1 week to check the correction of displacement and at 3 weeks to check callus development. All the patients were immobilized in a plaster cast spica for a period of 6 to 8 weeks after injury and each child was also shortly hospitalized for cast removal and early physical therapy. RESULTS: Fractures in the middle of the diaphysis with an oblique fracture line were most frequent. These and long spiral fractures responded well to these two methods in almost all cases. In transverse fractures, which are less common, when an angular dislocation persisted it was tolerated owing to the subsequent remodelation. The most serious complication was a shortening of the leg involved, which often occurred with the use of Bryant's traction. The shortening was found in 80% of the patients shortly after the fracture had healed. A low body mass of the child was generally responsible for failure to stretch the femur to its full length. In children treated by Weber's traction, the shortening was observed in 55% immediately after fracture healing. On examination at 1 and 3 weeks, its presence was markedly lower, occurring in 25% and 17% of the children, respectively. Lengthening was found only occasionally on examination in adolescence or adulthood, but this may have been due to other causes. Excessive movement of the child in bed, usually when the parents came to visit, sometimes interfered with good correction of the displacement. DISCUSSION: Bryant's traction was used in our department for conservative treatment even in very young children. The plaster cast spica was applied primarily to non-displaced fractures. Pavlík's harness, recommended by Rockwood and Stannard, was used in pediatric injuries only occasionally. When conservative treatment was indicated in older children, Weber's traction was applied. The Göteborg traction described by Havránek was not used. The shortening of the leg treated was the most frequent complication, but our results were not in agreement with the data reported by Stahelim, who described a greater and more frequent shortening in children older than our patients. In our study, younger children suffered from leg shortening more often, as was also reported by Náhoda and Stryhal. The subsequent lengthening was found only occasionally; the average values of 2.6 cm and 2.3 cm in younger and older children, respectively, as reported by Náhoda and Stryhal, were not recorded. When lengthening was observed, its value was always lower. A 30 degrees rotational deviation, observed by Verbeek in one third of his patients, was not seen in our children. Pseudoarthrosis or infection were absent in our population and a literature search showed that, when treated conservatively, femoral fractures were not associated with these complications. CONCLUSIONS: Well-established methods of conservative treatment of femoral fractures in children were evaluated with the objective to advocate their importance for today's orthopedic surgery. Although the children treated by these methods are confined to bed for a longer period than when more recent techniques are used, they may avoid many of the complications that accompany these new approaches.

Child↗

Internal fixation of supracondylar and bicondylar femoral fractures using a new semielastic device.

Previous reports of failures following surgery of distal femoral fractures prompted the development of a semielastic internal fixation device suitable for the mechanically weak bone of the elderly. The fixation device consists of intramedullary elastic Ender-type nails connected to cancellous screws at each condyle by a special coupling piece. Thus, the intercondylar fracture is rigidly stabilized by screws and adjusted to the supracondylar fracture by connected elastic nails. The device is easily applied through small incisions. During a two-year period 54 fractures of the distal third of the femur were treated. Most patients were elderly and suffered from concurrent diseases or previous ipsilateral fractures. The goal was twofold: to avoid traction in bed and to start early mobilization. Fifteen undisplaced fractures were treated by plaster or cast-brace. Five fractures were treated by traction. Thirty-four displaced supracondylar and bicondylar fractures were operated on using the new fixation device. No deep infections or osteomyelitis occurred. Immediate mobilization was possible in all 34 cases, most with an external support of plaster for two weeks and a hinged cast-brace for eight weeks. Twenty-nine patients were followed up to union; results in these displaced supracondylar and bicondylar femoral fractures were excellent in 12, good in nine, fair in five, and poor in three patients. The semielastic character of the system seemed to prevent the failures observed with the use of rigid internal fixation in osteoporotic bone.

Adolescent↗

External fixation of femoral fractures: experience with 15 cases.

We report our experience with external fixation in 15 femoral fractures in 14 patients. Follow-up times ranged from 4 to 56 months. Thirteen patients had multiple injuries. All but two fractures healed. In one patient with a supracondylar fracture, a knee arthrodesis had to be performed. One septic osteomyelitis of the femur led to amputation. The range of active knee joint motion was greater than or equal to 90 degree in 13 knees. Only six knees, however, regained a flexion of greater than or equal to 120 degrees. Pin tract infection occurred in one case and resolved uneventfully after revision and systemic antibiotics. External fixation should not be routinely used for fixation of femoral fractures, but may be considered in multiply injured and critically ill patients or in case of extensive soft tissue injury.

Adolescent↗

[Treatment of comminuted inferior femoral fractures with combination of supracondylar locked intramedullary nail and shape memory block hoop internal fixator under arthroscopy].

OBJECTIVE: To investigate the advantages and the clinical outcomes of the treatment of comminuted inferior femoral fractures with combination of supracondylar locked intramedullary nail and shape memory block hoop internal fixator under arthroscopy. METHODS: From June 2002 to December 2004, 12 cases of comminuted inferior femoral fractures were treated (9 males, 3 females). Of them, 5 cases were classified as type B and 7 cases as type C according to AO classification. All cases were treated with combination of supracondylar locked intramedullary nail and shape memory block hoop internal fixator under arthroscopy. In 12 cases of one-stage bone grafting, there 5 of autologous cancellous bone grafting and 7 allo-freeze drying bone grafting. RESULTS: With a follow-up of 6 to 18 months, all fractures healed within 3 to 6 months. There were no infection and nonunion. The function of all the knees joint was excellent. According to Noye's criterion for knee scoring, the results were excellent in 9 cases and good in 3 cases; the excellent and good rate was 100%. CONCLUSION: It is a good method to treat comminuted inferior femoral fractures with combination of supracondylar locked intramedullary nail and shape memory block hoop internal fixator under arthroscopy. It has many advantages of less injury to knee joint, good anatomic reduction and reliable fixation.

Adult↗

Outcome following proximal femoral fracture in Northern Ireland.

OBJECTIVE: To study the outcome following treatment for proximal femoral fracture in elderly people. METHODS: All consecutive males and females admitted to the acute fracture service at the Royal Victoria Hospital and the Belfast City Hospital for the 3 years from 1999 to 2001 were studied. The data was collected by trained research nurses. Variables gathered included age, sex, marital status, mental state, pre-injury Barthel score and the American Society of Anaesthesiology (ASA) physical status grading. The information was gathered on admission to hospital and at four, six and 12 months after the injury. RESULTS: The total number of patients studied between January 1999 to December 2001 was 2834 of whom 77% were female and 23% were male. The mean (median) length of stay in the acute fracture service was 10.7 (9 days). The mean (median) length of stay in the rehabilitation ward was 35.3 (24 days). The 30-day mortality was 6.9%, the four-month mortality 15.6 % and one year mortality 22.3 %. Of those subjects living at home at the time of fracture 68% remained at home at one year. Factors predicting successful return home were higher mental test score, younger age, female sex, higher Barthel score, better pre-injury mobility and better ASA score. Of those able to walk independently outdoors before injury 40% regained this ability by 12 months. Factors predicting return of pre-injury mobility were poorer pre-injury mobility, younger age, higher mental test score, better ASA category, higher Barthel score, and previous residence at home. The proportion admitted from their own home and discharged by 56 days was 56%. CONCLUSION: The standardised measurement of outcome in hip fracture subjects enables comparison between units and facilitates improvement in standards of care available to the increasing number of elderly patients presenting with proximal femoral fracture.

Adolescent↗

Impaction femoral allografting and cemented revision for periprosthetic femoral fractures.

We reviewed retrospectively the outcome of the treatment by impaction grafting of periprosthetic femoral fractures around loose stems in 106 patients with Vancouver type-B2 and type-B3 fractures. Eighty-nine patients had a cemented revision with impaction grafting and a long or short stem. The remaining 17 had cemented revision without impaction grafting. Fractures treated by impaction grafting and a long stem were more than five times likely to unite than those treated by impaction grafting and a short stem (odds ratio = 5.5, 95% confidence interval (CI) 1.54 to 19.6; p = 0.009). Furthermore, those with impaction grafting and a long stem were significantly more likely to unite than those with a long stem without impaction grafting (odds ratio = 4.07, 95% CI 1.10 to 15.0; p = 0.035). There was also a trend towards a higher rate of union in those treated by impaction grafting than in those without (odds ratio = 2.69, 95% CI 0.86 to 8.45; p = 0.090). Impaction grafting is being increasingly widely used for the restoration of femoral bone stock. It can be successfully applied to periprosthetic femoral fractures but a long stem should be used to bypass the distal fracture line.

Accidental Falls↗

Ex vivo comparison of one versus two distal screws in 8 mm model 11 interlocking nails used to stabilize canine distal femoral fractures.

OBJECTIVE: To compare the structural properties of an 8 mm model 11 interlocking nail (IN) with 2 proximal and 2 distal screws (2/2) to 2 proximal and 1 distal screws (2/1) in an unstable canine fracture model. STUDY DESIGN: Ex vivo biomechanical investigation. SAMPLE POPULATION: Eight pairs of adult canine femurs. METHODS: A simple transverse distal metaphyseal femoral fracture with a 1 cm gap was created. The unstable fracture in 1 femur was repaired with a nail with 2 distal and 2 proximal screws and the paired femur with a nail with 1 distal and 2 proximal screws. Cyclic mechanical testing in torsion was performed to assess fatigue life, peak torque, stiffness, and mode of failure. RESULTS: All 2/1 IN-femoral constructs, but only 2 of eight 2/2 constructs, failed before completion of 50,000 loading cycles. The 2/2 constructs had significantly greater peak torque to failure (P = .002) and longer fatigue life (P = .00003) compared with 2/1 constructs. There were no significant differences in stiffness between 2/2 and 2/1 constructs when the non-failed constructs were compared (P > .5). All constructs failed by screw deformation. CONCLUSIONS: An 8 mm model 11 IN used for fixation of unstable canine distal femoral fractures has a longer fatigue life and is stronger under torsional loads when 2 rather than 1 distal screws are placed. CLINICAL RELEVANCE: When repairing unstable canine distal femoral fractures with an IN system, 2 distal screws should be inserted to avoid catastrophic implant failure before bone healing is achieved.

Animals↗

Treatment of femoral fracture in the child with head injury.

The outcome of various types of treatment for femoral fracture in children with head injury was studied retrospectively in 51 patients with 56 fractures. Of these, 36 patients (71 per cent) were in deep coma and scored 5 to 7 on the Glasgow scale. Forty-three children (84 per cent) were eventually able to walk freely. Open reduction and internal fixation proved an attractive solution for femoral fractures in children with head injury who could tolerate general anaesthesia: intramedullary nailing was safe and gave satisfactory results in 16 fractures but infection complicated three of the five fractures which were plated.

Bone Plates↗