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. 2019 Dec 20;17(2):419–428. doi: 10.1111/iwj.13288

Table 4.

Table comparing outcomes of amputations in the different studies for delayed primary closure with present study

Simper et al18 Atesalp et al5 Silva et al19 Fisher et al20 Maricevic et al22 Current study
Type of study Retrospective Retrospective Nonrandomised retrospective cohort study Prospective randomised Retrospective Randomised study
Study year 1989 2004‐2011 September 1984‐December 1986 April 1992–1994 September 2018‐June 2019
Mean age (y) Young age 22.1 PC‐64.8 PC‐67 26 PC‐35.5
DPC‐63.8 DPC‐68.1 DPC‐33.3
M:F ratio All male 471: 3 PC‐61:45 NA 68:7 PC‐28:2
DPC‐62:39 DPC‐32:1
Mechanism of injury Explosion of mine Bomb blast Gunshot Land mine injuries Nontraumatic Nontraumatic War wounded Trauma (RTI, train associated)
Study population TraumaticBelow knee amputation TraumaticBelow knee amputation Critical limb ischemia Wet gangrene TraumaticAll extremities TraumaticBelow hip joint
Total extremities included 106 474 207 47 76 63
Amputation stump closure (numbers) PC‐NIL PC‐392 PC‐106 PC‐24 PC‐70 PC‐30
DPC‐106 DPC‐82 DPC‐101 DPC‐23 DPC‐6 DPC‐33
Infection rate/complication of stump PC‐87.4% PC‐44.5% PC‐21% PC‐8 PC‐23.3%
DPC‐13% DPC‐81.2% DPC‐28.3% DPC‐0% DPC‐17 DPC‐27.3%
P value NA NA 0.0006 0.05 NA 0.711
Length of hospital stay (d) NA NA PC‐16 PC‐52.6 NA PC‐10.3
DPC‐25 DPC‐37.6 DPC‐11

Abbreviations: DPC, delayed primary closure; PC, primary closure; RTI, road traffic injury.