Aim. To compare secondary neurological outcomes in patients with brachiocephalic and coronary artery disease in the early postoperative period after different surgical treatment strategies (simultaneous and hybrid).Methods. Secondary neurological outcomes were evaluated in 43 patients with coronary and brachiocephalic artery disease in the early postoperative period after (1) carotid endarterectomy and on-pump coronary artery bypass surgery; (2) percutaneous coronary intervention and carotid endarterectomy. Demographic, clinical, instrumental data were collected. Neuropsychological assessment was performed using the Mini-Mental State Examination and Frontal Assessment Battery. Memory, attention and neurodynamics were measured using the “Status-PF” software at days 2–3 before the surgery and at days 5–7 after it. The presence of postoperative cognitive dysfunction was estimated on the basis of criteria defined as a 20% decline on 20% of the tests. Statistical analysis was performed using the software package “Statistica 10.0”.Results. Patients who underwent hybrid intervention demonstrated improved attention and memory in the early postoperative period. Complex visual-motor reaction significantly increased in patients after simultaneous surgery. Attention differed significantly in both groups. Thus, patients from the hybrid group processed more characters per 1 and 4 minutes while completing the Bourdon proof reading test. The total number of processed characters prevailed in the hybrid group. Cognitive processing speed was higher in the hybrid group according to the brain performance test. The incidence of early postoperative cognitive dysfunction was 60% in patients after simultaneous surgery and 11% in patients after hybrid surgery (p = 0.006, OR±SE 12.5±3.2).Conclusion. Hybrid intervention has shown its superiority over simultaneous intervention in terms of low rate of early cognitive impairment, thereby confirming the necessity to take into account the obtained results while selecting the optimal surgical treatment in patients with coronary and brachiocephalic artery disease present with cognitive deficits at baseline.
