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Solitary, spontaneous cervical and large bone fractures in aluminum osteodystrophy.

Aluminum-induced bone disease in uremic patients receiving dialysis was first described a little more than 10 years ago. The epidemic form of the disease was seen in centers where there was a high aluminum content in the water dialysate. Although this problem has been corrected, sporadic forms of the disease continue to be noted in dialyzed and nondialyzed patients. Multiple fractures are a radiological feature of aluminum-related bone disease. Fractures of the ribs and hips and vertebral crush fractures are the usual manifestations. We present four patients whose nontraumatic fractures involved large bones, without evidence of multiple fractures. In two of the patients symptoms were vague and subacute; a third patient with a subcapital fracture was ambulatory. Only in one patient (fractured dens) were symptoms acute enough to warrant immediate radiography. One of the patients had no symptoms pertaining to a fracture of C5 with retrolisthesis. Rib fractures are common in this condition but were seen in only one patient, in whom they were detected 8 years previously. Healing was not seen in any of the fractures. In patients receiving dialysis the presence of spontaneous fractures of large bones or cervical vertebrae, which may be clinically silent or vaguely symptomatic, should raise the possibility of aluminum-induced osteomalacia even if these fractures are solitary.

Aged↗

Brachial plexus injury following median sternotomy.

Brachial plexus injuries are annoyingly common after median sternotomies and vary from those causing minor symptoms to those producing major disability. We compared two groups of patients operated upon with the arms either abducted to a 90 degree angle or at the sides and found no difference in the incidence of brachial plexus injury. However, the finding of Horner's syndrome in one patient and the finding in another (at autopsy) of brachial plexus penetration by a fractured first rib caused us to question traction on the brachial plexus as the correct pathogenesis of the injury. A concomitant autopsy study demonstrated fractured first ribs penetrating the brachial plexus in 11 of 15 patients whose sternum was opened with the sternal retractor placed in the usual location, but in none in 15 patients whose sternum was opened with the retractor displaced two intercostal spaces caudally. The injury can be minimized by opening the sternal retractor as little as is necessary and by placing it as caudally as possible commensurate with adequate exposure.

Arm↗

Upper extremity stress fractures in athletes: clinical features of 44 cases.

PURPOSE: To review the clinical features of a large series of active patients with a stress fracture in a non-weight-bearing location of the upper extremity or ribs. DESIGN: Multicenter cross-sectional study. SETTING: Multiple academic medical centers. PARTICIPANTS: 44 patients with a diagnosis of upper extremity or rib stress fracture. MAIN OUTCOME MEASURES: Clinical features according to anatomic location, primary sport, and subdivided according to the nature of the sport-specific skills involved. RESULTS: A diagnosis of stress fracture was made in 44 patients based on history and physical examination, and confirmed by radiography, scintigraphy, magnetic resonance imaging (MRI), computed tomography (CT), or a combination of imaging techniques. Patients were subjectively divided into four categories based on the predominant type of upper extremity activity required for participation in their sport: 1) weight lifter (e.g., football, weight lifting, wrestling); 2) upper extremity weight bearer (e.g., gymnastics, diving, cheerleading); 3) thrower (e.g., pitcher, soccer goalie, javelin); or 4) swinger (e.g., golf, tennis). We noted that all fractures in the weight bearers occurred distal to the elbow, whereas in the throwers most fractures affected the shoulder girdle. Lower rib stress fractures predominated in the swingers group, whereas weight lifters had fractures located throughout the upper extremity. CONCLUSION: Stress fracture should be considered in the differential diagnosis of athletes presenting with upper extremity or rib pain of bony origin that is of insidious onset. Further study of the sport-specific patterns of injury described here may improve our ability to treat and prevent these injuries.

Adolescent↗

Fracture toughness of manatee rib and bovine femur using a chevron-notched beam test.

Bone is an anisotropic material with a hierarchical structure consisting of organic matrix, minerals and water. Fracture toughness (K(C)) has been shown to be a good index to assess the mechanical performance of bone. A chevron-notched (CN) beam test, a standard fracture mechanics test successfully applied to many other materials, was used to determine the transverse-direction fracture toughness in manatee rib and bovine femur cortical bone. Although human and bovine bone has been well studied, there is virtually no information on the toughness of manatee rib bone. As a biological material, manatee rib is interesting for study in that it is a highly mineralized bone. Three major advantages of the CN specimen test are: (1) it is easier to reach plane strain condition; (2) there is no fatigue-precracking needed; and (3) it is relatively easy to produce stable crack propagation before catastrophic fracture. The fracture toughness values of manatee rib and bovine femur were measured to be 4.5 +/- 0.5 MPa m(1/2) and 5.8 +/- 0.5 MPa m(1/2), respectively. Based on the microstructures shown in SEM images, two features that contributed to the greater fracture toughness of bovine femur were identified as greater osteon density and lesser porosity.

Animals↗

[Echography in injuries of costal cartilages].

Interest of high frequency ultrasonography in rib cartilage cannot be recognised by conventional X ray films: authors show the interest of high frequency ultra sonography when the trauma is known, finding a localised tumefaction, sometimes a rib cartilage fracture. When the traumatism in unknown, ultra sonography can correct the diagnosis.

Adult↗