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In the fictive model, cough is produced in the absence of active or passive muscle movement in decerebrated, paralyzed animals [ 2, 9, 13].
It is conceivable that these differences in somatic and pulmonary afferent feedback this may cause changes in the cough motor pattern in the fictive model relative to the spontaneously breathing preparation.
It is conceivable that these differences in somatic and pulmonary afferent feedback may cause changes in the cough motor pattern in the fictive model relative to the spontaneously breathing preaparation.
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Finite element analysis of a stress-overshoot phenomenon in a Pd-based bulk metallic glass was carried out using a fictive stress model in conjunction with the Maxwell viscoelastic model under uniaxial compression.
A fictive stress model was used to describe the basic deformation features of Vitreloy 1 under constant strain-rate loading as well as multiple strain-rate loading at high temperatures.
Both mechanical (stress, strain, and viscosity) and thermal (specimen temperature) behaviors during nonlinear viscoelastic processes, i.e., softening and the following recovery phenomena, which were observed experimentally during constant load compressions in a Zr55Al10Ni5Cu30 bulk metallic glass at the glass transition region, were calculated using the fictive stress model.
We employed the fictive ejaculation model in spinally and urethane-anaesthetized male rats [ 21, 30].
The lack of relationship between inspiratory and expiratory motor burst amplitudes differs from that reported previously for the fictive cough model in the cat by our group [ 28].
It should be noted that the cats in our preparation were spontaneously breathing whereas Shannon's experiments were based on a fictive cough model.
The rate of lung inflation during cough in the fictive cough model is typically similar to that during fictive breathing and peak lung volume is likely to be less than that produced in spontaneously breathing animals, presumably resulting in altered pulmonary afferent feedback.
Figure 4 Fictive example to illustrate the proposed association method.
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