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fracture group
An experimental study was carried out on 24 rabbits in whom a fracture of the tibia was treated without plaster (group 1) and 24 rabbits in whom a plaster was applied to immobilise the fracture (group 2).
      
The extra-thoracic fracture group included two patients with neurological compromise and two patients who were neurologically intact.
      
The entire upper thoracic fracture group suffered neurological compromise, with four patients suffering complete neurological deficit.
      
The relative severity of the neurological compromise and the attendant injuries in the upper thoracic fracture group offers compelling evidence in support of the "fourth column" theory, as expressed by Berg [Berg EE (1993), The sternal-rib complex.
      
There was a significant difference in the ratio of tumour volume to distal femoral volume between the discrete fracture group and the cortical breach group.
      
Extended curettage was effective for intact and cortical breach groups; however, patients in the fracture group often required radical treatment.
      
The pressure was significantly higher in the fracture group than in the control group, and it increased significantly after injection of a local anesthetic into the fracture hematoma.
      
A lateral collision impact showed a trend towards increased splenic and hepatic injuries within the humeral shaft fracture group.
      
The percentage of patients with spinal fractures with neurologic deficit is 16% in the A-type fracture group, 12% in the uB-fracture group and 50% in the B-type group.
      
The fracture group had significantly greater normalised compression (p?=?0.0008) and shear force (p?>amp;lt;?0.0001) profiles and a trend for a greater flexion moment profile.
      
At the level of fracture, a significantly greater flexion moment (p?=?0.001) and shear force (p?>amp;lt;?0.001) was observed in the fracture group.
      
A greater flexion moment (p?=?0.003) and compression force (p?=?0.007) one level below the fracture, and a greater flexion moment (p?=?0.002) and shear force (p?=?0.002) one level above the fracture was observed in the fracture group.
      
Paraspinal and multifidus onset occurred earlier in the non-fracture group (50-0?ms before deltoid onset) compared to the fracture group (25?ms before and 25?ms after deltoid onset) in the flat base condition.
      
Time to reach maximum amplitude was shorter in the fracture group.
      
Hypothetically, the longer time to initiate a postural response and shorter time to reach maximum amplitude in the fracture group may indicate a neuromuscular contribution towards subsequent fracture aetiology.
      
The average age of the metatarsal fracture group was slightly lower than that of the wrist fracture group (56.9 vs 58.4 years).
      
All structural parameters were correlated (r ~ 0.64 to 0.79) with BMD with p >amp;lt;0.003 and showed significant differences between the fracture and non-fracture group.
      
Valid results were obtained for 44 pairs (91%) in the hip fracture and for 42 pairs (93%) in the vertebral fracture group.
      
time since fracture) for each fracture group and to estimate differences in QALYs between fracture and non-fracture subjects after accounting for other patient characteristics.
      
Age-and weight-adjusted Z-scores of FN BMD were significantly lower in the ankle fracture group.
      
 

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