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PubMed1994

What happens to the double epiphysis in the hand?

We reviewed the x-ray films of 399 patients with open epiphyses and carefully examined the records of the 65 cases found to have extra epiphyses. Extra epiphyses did not appear or fuse early. Bone growth did not appear to be affected greatly with a double epiphysis, although fractured bones grew longer. Any long bone in the hand can have an abnormal epiphysis, but the anomaly occurs more often in the index and thumb metacarpals. Double epiphyses are more common among children with other congenital abnormalities. If a double epiphysis is present in a phalanx, some type of syndrome or other anomaly is probably present.

Abnormalities, Multiple↗
PubMedDate not supplied

[Eccentric ossification of the femur head epiphysis in hip dislocation; consequences for diagnosis and therapy].

Ossification of the upper femoral epiphysis is dependent on biomechanical laws. In babies with normal hips, the osseous nucleus develops in the centre of the epiphysis. In babies with hip dislocation, however, the altered biomechanical factors result in a different location of the nucleus. Ossification begins in a more lateral and cranial position. After reduction of the dislocated hip, either a second nucleus forms and grows together with the first nucleus, or the eccentric nucleus extends in a caudal direction. Both of these alternatives are physiological processes and should not be confused with necrosis of the epiphysis. The eccentric development of the nucleus is hardly mentioned in the modern literature, but it is of the greatest importance for diagnosis and therapy. Ignorance of the phenomenon of eccentric ossification may lead to a false assessment of the position of the femoral head. This mistaken impression may be heightened by an inappropriate X-ray technique: only by using techniques which take into account that the middle rotation position in children is different from that in adults can mistaken diagnoses and unnecessary operations be avoided. Examples are presented.

Cartilage, Articular↗
PubMed1981

[Damage of the upper femoral epiphysis. Long time results following trauma to the coxal end of the femur (author's transl)].

Traumatic lesions of the coxal end of the femur during growth often lead to irreparable damage of the upper femoral epiphysis. These lesions as well as their influence to the femoral epiphysis are described and classified according to our own experiences and a study of the literature is given as well. Our own results are fractures of the neck of femur, transcapital femoral fractures, pelvic fractures and traumatic luxations during growth. For complementation of diagnostic examinations possibilities of non-traumatic damage of the epiphysis of the femoral head during growth are given.

Acetabulum↗
PubMed1992

Ultrasonography for diagnosis of slipped capital femoral epiphysis. Comparison with radiography in 9 cases.

In 7 of 8 patients with non-acute slipped capital femoral epiphysis, the slip was visualized by ultrasound. The mean epiphyseal displacement was 6.0 mm, measured on an anterior ultrasound scan. Grading of slip severity by ultrasound was consistent with the radiographic assessment. Two patients had a moderate hip joint effusion which did not affect the final outcome, whereas one patient with an acute slip had a pronounced effusion, and necrosis of the epiphysis occurred. The anteversion angles of the affected hips were reduced as compared to those of the normal hips. It was concluded that ultrasonography was reliable in detecting pronounced and mild degrees of epiphyseal slips, whereas minimal slips could be missed. The detection of hip effusion is important because a tamponade may cause vascular impairment of the epiphysis, unless aspirated.

Adolescent↗
PubMed1983

Bone scintigraphy in slipped capital femoral epiphysis.

Tc-99m diphosphonate bone scans were performed on 11 children with slipped capital femoral epiphysis. On pinhole hip images, seven hips in seven patients had increased radionuclide uptake in the physis and adjacent proximal femoral metaphysis where the slip had occurred. Three hips in three patients had decreased radionuclide uptake in the femoral head on the side of the slipped epiphysis, indicating compromise of the femoral head blood supply. Three or more months following internal fixation, three children had scintigraphy that showed loss of the usual focal uptake in the physis and adjacent proximal femoral metaphysis. Bone scintigraphy in pediatric patients with slipped capital femoral epiphysis is valuable in defining the metabolic status of the femoral head. Absence of radiopharmaceutical uptake in the affected femoral head indicates that the femoral head is at risk for development of radiographic changes associated with aseptic necrosis.

Child↗
PubMedDate not supplied

Acute slipped capital femoral epiphysis: the value and safety of urgent manipulative reduction.

A 40-year experience consisting of 91 cases of acute slipped capital femoral epiphysis (SCFE) was reviewed to assess the safety of manipulative reduction and to determine whether urgent reduction has an effect on the development of avascular necrosis (AVN) of the capital femoral epiphysis. All patients had a history of sudden onset of severe hip pain and were documented to have an unstable (acute) slipped epiphysis. Treatment modalities included manipulative reduction under general anesthesia followed by internal fixation (41 hips), epiphysiodesis and internal fixation (15 hips), epiphysiodesis and cast immobilization (31 hips), and cast immobilization alone (three hips). One case was treated with cast immobilization after reduction by skeletal traction. Patient follow-up averaged 44 months, and ranged from 12 to 216 months. Radiographic review identified 13 (14%) cases of AVN in the series of 91 hips. Of 42 hips reduced in <24 h from presentation, AVN developed in three (7%). Of 49 hips reduced in >24 h from presentation, AVN developed in 10 (20%). Manipulative reduction of the acute SCFE may be accomplished without increased risk of AVN. Time to reduction may be an important risk factor for development of AVN after acute SCFE.

Adolescent↗
PubMed2000

Delayed separation of the capital femoral epiphysis after an ipsilateral transcervical fracture of the femoral neck.

A displaced transcervical fracture of the femoral neck in a three-year-eight-month-old boy was fixed with two screws, which did not cross the growth plate. When he resumed walking five weeks after the injury, a delayed separation of the capital femoral epiphysis occurred. The displaced epiphysis was reduced and fixed with three unthreaded pins. In spite of disruption of the femoral neck at two sites, avascular necrosis of the femoral head did not occur. This was confirmed by two sequential isotope scans. Delayed epiphyseal separation after the femoral neck fracture and the preservation of the vascularity of the epiphysis in this case are both very unusual.

Biomechanical Phenomena↗
PubMedDate not supplied

Salter-Harris type II fractures of the capital femoral epiphysis.

Salter-Harris type II fractures of the capital femoral epiphysis have not been previously documented. The authors have treated three patients who sustained four such fractures. One child had a recurrent fracture two years after the first had healed satisfactorily. Two fractures were treated by spica cast immobilization, one fracture by closed reduction and internal fixation, and the other fracture healed without treatment. No patient developed avascular necrosis or other complications. Two of the children had an association with idiopathic slipped capital femoral epiphysis. An etiologic relationship with slipped capital femoral epiphysis, if any, is uncertain.

Adolescent↗
PubMed2003

Slipped upper femoral epiphysis. A retrospective, clinical and radiological study of fixation with a single screw.

We conducted a retrospective, clinical and radiological study of fixation with a single screw in slipped upper femoral epiphysis. Forty children (53 hips) who had a slipped upper femoral epiphysis were managed by in-situ pinning with a single cannulated screw. The average age of these patients was 12.7 years and their average weight was above the 50th centile at the time of diagnosis. There were three acute slips, eight acute-on-chronic slips and 35 chronic slips. They were followed for an average of 2 years. Fifty-eight percent of patients had an excellent clinical result, 36% a good result, 4% a fair result and 2% a poor result. The complication rate was 5.3%. Our experience with single cannulated screw fixation of slipped upper femoral epiphysis is encouraging. No complications resulted from the choice of the fixation device.

Adolescent↗
PubMed2006

Percutaneous osteotomy for deformity correction in adolescents with severe slipped capital femoral epiphysis.

Various methods of performing proximal femoral realignment in adolescents with severe slipped capital femoral epiphysis exist. We report the technique and early results of a percutaneous, opening wedge subtrochanteric femoral osteotomy using an external fixator for correcting multiplanar deformities in such patients. Nine adolescents with severe slipped capital femoral epiphysis underwent a percutaneous osteotomy at an average age of 14.5 years. Mean operative blood loss was 61 ml, with 2 days of inpatient stay and 129 days of external fixation time. At an average follow-up of 23 months, hip flexion improved from 74 to 106 degrees, internal rotation from -5 to +17 degrees, external rotation from 71 to 41 degrees and abduction from 29 to 36 degrees. Radiographs revealed an improvement in anteroposterior head shaft angle from 112 to 134 degrees and lateral head shaft angle from 72 to 15 degrees. One patient had transient chondrolysis. No fixation-related problems, deep infection, avascular necrosis or refracture occurred. On the basis of our preliminary results, this percutaneous technique offers several advantages over currently available methods for surgical correction of severe slipped capital femoral epiphysis deformities.

Adolescent↗
PubMed2007

Does unstable slipped capital femoral epiphysis require urgent stabilization?

Controversy exists regarding the role of early reduction and stabilization in the management of unstable slipped capital femoral epiphysis. It seems logical that early reduction and stabilization of an unstable slip might preserve the remaining blood supply to the epiphysis and reduce the incidence of avascular necrosis. Some studies have indeed shown lower rates of avascular necrosis following early reduction and stabilization, but others have shown the contrary. To try to resolve this disagreement, we conducted a retrospective review of slipped capital femoral epiphysis treated in Alder Hey Hospital over a 4-year period. We reviewed 117 consecutive slips in 82 children (43 boys and 39 girls, mean age 12 years), treated by internal fixation from 1998 to 2002. Mean follow-up was 18 months (range, 12-48 months). Sixteen cases (19%) were unstable at presentation. Avascular necrosis developed in eight of these, of which all but one were treated between 24 and 72 h after symptom onset. The eight unstable slips that did not develop avascular necrosis were treated either within 24 h (five children) or at 8 days (three children). Avascular necrosis did not develop in any of the stable slips. We recommend immediate stabilization of unstable slips presenting within 24 h. If this is not possible because of delayed presentation, we recommend deferring definitive management until at least a week has elapsed. This study supports the notion that there is a definite period of time during which medical intervention increases the risk of avascular necrosis and should be actively avoided. We term this period 'the unsafe window'.

Adolescent↗
PubMedDate not supplied

Valgus slipped capital femoral epiphysis.

Slipped capital femoral epiphysis (SCFE) is a posteromedial displacement of the epiphysis on the metaphysis. Superolateral displacement of the epiphysis, the valgus SCFE, was first described by Müller, although some authors question its existence. We report 4 additional cases and review the literature regarding valgus SCFE. A retrospective review was performed; the child's sex, race, age, weight and height, symptom duration, type of SCFE (stable/unstable), and slip severity were recorded. There were 105 children (67 boys and 38 girls) with 141 idiopathic SCFEs. Four children were noted to have 7 stable valgus SCFEs. Statistically significant differences between the valgus and varus SCFEs were noted for symptom duration and body mass index, and valgus SCFEs tended to be less severe. When combining the data from the literature and the author's institution, there were 22 children with 30 valgus SCFEs at average age of 12.4 +/- 1.8 years; weight, 69.3 +/- 20.6 kg; height, 155.3 +/- 12.4 cm; and body mass index, 27.l +/- 7.1 kg/cm. The demographics of children with valgus SCFE are similar to children with routine SCFE except for sex: 76% of valgus SCFEs occurred in girls. Awareness of valgus SCFEs is necessary for both diagnosis and treatment. In a "valgus" SCFE, Klein line will always be normal, emphasizing the need for lateral radiographs when evaluating all children for SCFE. Single central screw fixation must be approached with caution because the more medial screw entry point places the screw path in immediate proximity to the femoral neurovascular bundle.

Adolescent↗
PubMed2004

The rib epiphysis and other growth centers as indicators of the end of spinal growth.

STUDY DESIGN: The association of capping and fusion of the iliac apophysis, and closure of the proximal humerus and rib epiphyseal growth plates to the end of spinal growth, was evaluated in a cohort of patients with juvenile and adolescent idiopathic scoliosis. OBJECTIVES: To determine the association of closure of the proximal rib epiphysis growth plate, the proximal humeral epiphyseal growth plate, and capping (Risser 4), and fusion (Risser 5) of the iliac apophysis to growth cessation in patients with idiopathic scoliosis. SUMMARY OF BACKGROUND DATA: Accurate evaluation of remaining spinal growth is the basis of decision-making in skeletally immature patients with scoliosis. The ossification of the iliac apophysis (Risser sign) has been the main indicator used for making this determination. The accuracy of this sign has been called into question and may be supplemented with data from other growth centers. METHODS: A total of 101 patients with juvenile or adolescent idiopathic scoliosis undergoing brace treatment were followed for a minimum of 2 years following termination of bracing. Serial height measurements and evaluation of iliac apophysis ossification, proximal humerus, and rib epiphysis growth center closure were performed for each patient. RESULTS: The iliac apophysis capped (Risser 4) at a mean age of 14.9 years for girls and 16.0 years in boys. Seventy-six of the 101 patients (75.2%) had further growth after Risser 4 status. The mean growth was 1.75 cm in the girls and 2.46 cm in the boys. No growth occurred after iliac apophysis fusion (Risser 5) or closure of either the rib epiphysis or proximal humerus growth plates. CONCLUSIONS: Capping of the iliac apophysis is not the final indicator for the end of spinal growth. Other growth centers should be evaluated in conjunction with serial height measurements when making decisions on the management of the scoliosis patient.

Adolescent↗
PubMed1996

Role of osteotomy in the treatment of slipped capital femoral epiphysis.

The treatment of severe slipped capital femoral epiphysis (SCFE) remains problematic. Treatment of most mild and moderate cases has been simplified, not by our increasing knowledge of physiology or molecular genetics, but by the advances in radiographic imaging, metallurgy, and the development of cannulated screw technology. Most centers agree that the placement of a single pin or screw across the center of the epiphysis, stabilizing the unreduced epiphysis and keeping the implant out of the joint space until physeal closure is achieved, is the most efficient and effective method for the majority of slips. Despite this knowledge and improvement in early results, the problems of avascular necrosis and chondrolysis have not been eliminated. Of more concern for patients whose severe unreduced SCFE has been pinned in situ is the secondary problem of the altered biomechanics of the lower extremity, leaving the hip in extension, the limb externally rotated and shortened. Most series show poor long-term results of realignment osteotomies; however, most series also show poor long-term results of severe slips treated by any means. These population groups are historically the same. Current radiographic imaging and implant design may eliminate most of the technical problems encountered with the accuracy and stability of realignment osteotomies, thereby allowing earlier motion, which may improve our results. The current status of realignment osteotomies is reviewed.

Epiphyses, Slipped↗
PubMed1996

Loss of hip motion in slipped capital femoral epiphysis: a calculation from the slipping angle and the slope.

The range of hip motion in 128 hips of 108 patients was measured at an average of 32.7 years after slipping of the capital femoral epiphysis (SCFE). Only hips without signs of osteoarthrosis were selected for the study. The hips were divided into three groups depending on treatment (i.e., fixation in situ, no treatment, osteotomy) and compared with those of a group with no slipping (normal hip). The slipping angle (SA) between the basis of the epiphysis and the perpendicular to the anteversion plane on lateral radiographs and the slope (S) between the basis of the epiphysis and the perpendicular to the axis of the femur on anteroposterior (AP) radiographs were measured. The only significant loss of hip motion evident in comparison of normal hips and hips with previous SCFE, was loss of external rotation in hips treated with osteotomy. Hips with no treatment and hips treated with fixation in situ showed no significant loss of hip motion as compared with normal hips. The greatest loss of hip motion in hips treated with fixation in situ was loss of internal rotation (LIR), which can be calculated using the radiographs as sin LIR = sin SA * sin S. The average difference between clinically established and calculated LIR was 1.15 degrees. We conclude that the loss of hip motion after SCFE is slight and in most patients not clinically relevant. Therefore, early surgical intervention, e.g., femoral osteotomy, due to expected loss of hip motion cannot be justified.

Adolescent↗
PubMed1984

The problem of evaluating in situ pinning of slipped capital femoral epiphysis: an experimental model and a review of 63 consecutive cases.

Over a 3-year follow-up period, 63 hips (in 49 patients) that were pinned as treatment for slipped capital femoral epiphysis were examined and evaluated. A 36.8% incidence of unsuspected pin penetration was discovered. Four types of experimental models representing different degrees of severity of slipped capital femoral epiphysis were designed and manufactured in the bioengineering laboratory. In situ pinning was performed on each model. An extensive series of controlled test films on the models indicated the difficulty of accurately determining the true position of the pins with conventional roentgenographic views. Subsequent fluoroscopic analysis revealed a verifiable correlation between the limited visualization of conventional X-ray analysis following the pinning of a slipped capital femoral epiphysis and unrecognized pin penetration.

Bone Nails↗
PubMedDate not supplied

Slipped capital femoral epiphysis: an analysis of 80 patients as to pin placement and number.

A retrospective study of 80 patients with chronic slipped capital femoral epiphysis was performed, analyzing the clinical results with regard to pin placement and pin number. Follow-up averaged greater than 2 years, with 86% of the 80 patients obtaining a satisfactory clinical outcome. Serious complications occurred in 10 patients. The severity of complications increased as the number of pins used increased (p less than 0.07). A varus pin position resulting in a more inferior pin placement in the proximal femoral epiphysis was found to be associated with the fewest complications. When the pin tip avoided the superior and anterior quadrants in the proximal femoral epiphysis and was greater than 2.5 mm away from subchondral bone, the complication rate was decreased (p less than 0.003).

Adolescent↗
PubMedDate not supplied

Slipped capital femoral epiphysis: still an emergency.

Two case histories are presented in which acute progression of slipped capital femoral epiphysis occurred after a radiographic diagnosis of chronic slipped capital femoral epiphysis had been made. The importance of recognizing the potential for acute progression of a slipped epiphysis and the need for prompt orthopedic intervention are emphasized.

Child↗