Fifteen children with chronic Monteggia lesions were treated with open reduction, annular ligament reconstruction with fascia of the forearm, and ulnar osteotomy. Mean age was 8 years 3 months (range 3-16 years). The chronicity of missed Monteggia was from 6 weeks to 2 years (mean 12 weeks). All patients were classified as Bado type I, except one with Bado type III. Mean follow-up was 4 years 3 months after surgery. There was a loss of pronation in six cases with the mean of 16 degrees. However, only four cases had rotational loss; the others had a mean rotational arch increase of 5 degrees. The flexion arches improved in all patients, with a mean of 27.7 degrees. The functional result was excellent in 11 patients, good in 3 patients, and poor in 1 patient. This one-incision approach is safe in treating chronic Monteggia lesions in children.

The aims were to prospectively assess the mortality risk following proximal hip fractures, identify factors predictive of increased mortality and to investigate the time trends in mortality with comparison to previous studies. Prospectively collected data from 68 consecutive patients who had been admitted to a regional hospital from May 2001 to September 2001 were reviewed. The mean age of the patients was 79.3 years old (range, 55-98) and 72.1% females. Patients were followed prospectively to determine the mortality risk associated with hip fracture over a two-year follow-up period. The acute in-hospital mortality rate at six months, one year and two years was 5.9% (4/68), 14.7% (10/68), 20.6% (14/68) and 25% (17/68) respectively. One-year and two-year mortality for those patients who were 80 or older was significantly higher than for other patients and the number of co-morbid illnesses also had significant effect. Cox regression was performed to determine the significant predictors for survival time. It was noted that patients 80 years or older were at higher risk of death compared with those less than 80 years as well as those with higher number of co-morbid illnesses. Our mortality rates have not declined in the past 10 years when compared with previous local studies. We conclude that for this group of patients studied, their mortality at one year and two years could be predicted by their age group and their number of co-morbid illnesses. (Hip International 2005; 15: 166-70).

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epiphysis in place, allowing it to fuse. Lastly we would also recommend activity restriction for 6 months after successful screw removal to avoid any fractures in the region of femoral neck due to over activity.

The aims were to prospectively assess the mortality risk following proximal hip fractures, identify factors predictive of increased mortality and to investigate the time trends in mortality with comparison to previous studies. Prospectively collected data from 68 consecutive patients who had been admitted to a regional hospital from May 2001 to September 2001 were reviewed. The mean age of the patients was 79.3 years old (range, 55-98) and 72.1% females. Patients were followed prospectively to determine the mortality risk associated with hip fracture over a two-year follow-up period. The acute in-hospital mortality rate at six months, one year and two years was 5.9% (4/68), 14.7% (10/68), 20.6% (14/68) and 25% (17/68) respectively. One-year and two-year mortality for those patients who were 80 or older was significantly higher than for other patients and the number of co-morbid illnesses also had significant effect. Cox regression was performed to determine the significant predictors for survival time. It was noted that patients 80 years or older were at higher risk of death compared with those less than 80 years as well as those with higher number of co-morbid illnesses. Our mortality rates have not declined in the past 10 years when compared with previous local studies. We conclude that for this group of patients studied, their mortality at one year and two years could be predicted by their age group and their number of co-morbid illnesses. (Hip International 2005; 15: 166-70).