Prospective, randomized and controlled animal study.
Sixteen anesthetized and ventilated piglets were randomized after 3 min of untreated VF to receive either S-CPR or AGD-ACD-CPR by a PALS certified single rescuer with compressions of 100 min鈭? and C:V ratio of 30:2. AGD consisted of a modified leather glove exposing the fingers and thumb. A wide Velcro patch was sewn to the palmer aspect of the glove and the counter Velcro patch was adhered to the pig's chest wall. Carotid blood flow was measured using ultrasound. Data (mean 卤 SD) was analyzed using one way ANOVA and unpaired t-test; p-value 鈮?#xA0;0.05 was considered statistically significant.
Right atrial pressure (mm Hg) during the decompression phase was lower during AGD-ACD-CPR (鈭?.32 卤 2.0) when compared to S-CPR (0.86 卤 1.8, p = 0.0007). Mean carotid blood flow was 53.2 卤 27.1 (%of baseline blood flow in ml/min) in AGD vs. 19.1 卤 12.5%in S-CPR, p = 0.006. Coronary perfusion pressure (CPP, mm Hg) was 29.9 卤 5.8 in AGD vs. 22.7 卤 6.9 in S-CPR, p = 0.04. There was no significant difference in time to ROSC and number of epinephrine doses.
Active chest decompression during CPR using this simple and inexpensive adhesive glove device resulted in significantly better carotid blood flow during the first 2 min of CPR.