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Antegrade Interlocking Nailing versus Dynamic Compression Plating for Humeral Shaft Fractures
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Purpose. To compare antegrade interlocking nailing with dynamic compression plating for humeral shaft fractures in terms of functional outcomes, union and complication rates. Methods. 34 men and 22 women aged >18 years with fresh humeral shaft fractures (up to grade IIIa) with or without neurological deficits underwent either antegrade interlocking nailing (n=31) or dynamic compression plating (n=25). Functional outcome of the upper limbs (according to the American Shoulder and Elbow Surgeons [ASES] score), pain, rates of union, and complications in the 2 groups were compared. Results. Respectively in the nailing and plating groups, mean operating times were 65 and 112 minutes (p<0.001), mean blood loss volumes were 20 and 232 ml (p<0.001), mean ASES scores were 31.4 and 29.0 (p=0.448), complication rates were 20% (6/31) and 24% (6/25) [p=0.900], non-union rates were 13% (4/31) and 8% (2/25) [p=0.625], and delayed union rates were 7% (2/31) and 4% (1/25) [p=0.787]. Conclusion. Both techniques were appropriate for treating humeral shaft fractures.
Title: Antegrade Interlocking Nailing versus Dynamic Compression Plating for Humeral Shaft Fractures
Description:
Purpose.
To compare antegrade interlocking nailing with dynamic compression plating for humeral shaft fractures in terms of functional outcomes, union and complication rates.
Methods.
34 men and 22 women aged >18 years with fresh humeral shaft fractures (up to grade IIIa) with or without neurological deficits underwent either antegrade interlocking nailing (n=31) or dynamic compression plating (n=25).
Functional outcome of the upper limbs (according to the American Shoulder and Elbow Surgeons [ASES] score), pain, rates of union, and complications in the 2 groups were compared.
Results.
Respectively in the nailing and plating groups, mean operating times were 65 and 112 minutes (p<0.
001), mean blood loss volumes were 20 and 232 ml (p<0.
001), mean ASES scores were 31.
4 and 29.
0 (p=0.
448), complication rates were 20% (6/31) and 24% (6/25) [p=0.
900], non-union rates were 13% (4/31) and 8% (2/25) [p=0.
625], and delayed union rates were 7% (2/31) and 4% (1/25) [p=0.
787].
Conclusion.
Both techniques were appropriate for treating humeral shaft fractures.
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