vasomotion

Examples

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• In addition, we found indirect evidence that vasomotion was significantly affected by changes in temperature.

  Academic text (1999)

• Evidence of vasomotion, as reflected by oscillations in perfusion, was also observed in the present study.

  Academic text (1999)

• In rats, vasomotion is generally associated with power in the lowest frequency range (10).

  Academic text (1999)

• A similar temperature-mediated effect of increasing vasomotion frequency and amplitude was reported in man (25, 26) and in the bat (27).

  Academic text (1999)

• No increase in perfusion (Table 1) or vasomotion (Table 2, low frequency content) with heating was seen at 73 mmHg.

  Academic text (1999)

• Vasomotion, as manifested by oscillations in skin perfusion, has been described by others (23, 24).

  Academic text (1999)

• The responses presented in Figure 3 between 28 and 30 Celsius do not show the suggested correlation between increasing P m and increasing spectral power in the low frequency range (an indicator of vasomotion).

  Academic text (1999)

• Increased temperature caused a threefold increase in spectral power of control perfusion, with the majority of change occurring in the low range (<1.0 Hz), the range in rats thought to be associated with vasomotion (10).

  Academic text (1999)

• Increased temperature also caused low-frequency oscillations of arterioles to increase, suggesting possible increased vasomotion and decreased vascular resistance. Increased temperature caused skin to become stiffer in response to increased surface pressure.

  Academic text (1999)

• Power in the low frequency (<1.0 Hz) range of perfusion in rats has been thought to be associated with vasomotion (10), while power between 1 and 3.5 Hz has been associated with respiration-induced changes, and that between 3.5 and 5 Hz with the cardiac cycle.

  Academic text (1999)

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Etymology