dysvascular

Examples

• All

• Compared to traumatic amputees, the dysvascular population tends to be less physically active, with a greater incidence of health-related problems (9).

  Academic text (1995)

• Only one of the dysvascular amputees was able to complete the 20-minute trial.

  Academic text (1995)

• Further investigation is continuing with a sample of 20 below-knee amputees: 10 traumatic and 10 dysvascular.

  Academic text (1990)

• Also, we will look at the traumatic versus the dysvascular amputee to determine if these groups respond differently to the different prosthetic conditions.

  Academic text (1990)

• Despite the similar net energy cost between the two groups, the traumatic BKAs were able to cover a larger distance at a greater velocity, while the dysvascular amputees required more time to cover a comparable distance.

  Academic text (1995)

• Since stride length was not affected by foot design, the shorter stride length in the dysvascular group suggests decreased strength compared to the traumatic amputees.

  Academic text (1995)

• Waters (11) reported this increased energy consumption to be 167 and 129 percent of normal for dysvascular and traumatic BKAs, respectively.

  Academic text (1995)

• Overall, the traumatic amputees had a similar oxygen consumption per meter traveled compared to the dysvascular amputees; however, the rate of energy consumption was much higher in the traumatic group.

  Academic text (1995)

• As shown on Table 2, the heart rate (HR) during rest of the dysvascular group was significantly greater than that for the traumatic group (79 vs. 65 bpm; p<0.05).

  Academic text (1995)

• Respiratory exchange ratios of 0.91 indicate that the dysvascular subjects were working at anaerobic levels and support the subjective complaints of fatigue (17).

  Academic text (1995)

How Severe

gangrenous

• Specialized

4 9.1

ischemic

• Specialized

5 8.4

dysvascular

• Specialized

9.9

impaired

49 4.4

normal

∞ 1.0

Surface Forms

Morphology

Etymology