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A second scan commenced 10 sec before release of the cuff and continued for 3 min after cuff deflation.
The blood flow was measured after release of the cuff in ten second intervals for at least two minutes.
FMD was expressed as the percentage increase in brachial artery diameter from baseline to maximal dilation which occurred 30 to 90 sec after release of the cuff.
FMD was determined 1 minute after release of the cuff.
After release of the cuff pressure, reactive hyperaemia was recorded at the four defined areas.
Following the release of the cuff, rBF and Δ[HbO2] increased, whereas Δ[Hb] decreased.
Similar(43)
Also mobilization and release of the rotator cuff tendon, known to be important component of repair of retracted rotator cuff tears was not assessed in these cadaveric shoulders.
This StO2 upslope of the reperfusion phase was used to quantify the intensity of the reactive hyperemic response following release of the occluding cuff.
FMD is expressed as follows: FMD = [(hyperaemic diameter – resting diameter)/resting diameter] ×100 [8], where resting diameter is the diameter of the brachial artery before any flow stimulus in the artery is created, and hyperaemic diameter is the diameter of the artery observed after release of the inflated cuff.
Time 0 represents the peak flow measured on release of the occluding cuff.
In all patients the PFI increased after release of the pneumatic cuff.
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CEO of Professional Science Editing for Scientists @ prosciediting.com