Type of publication:
Journal article
Author(s):
Issimdar, Iqrah A; Mudegowdar, Rohit; *Gupta, Anchal R; Patel, Keval B; Elshoura, Anas; Bhanushali, Vidhi Mahendra; Joseph, Joshua R; Meiyalagan Varalakshmi, Aishwarrya; Sahotra, Monika; Kashif, Mazin; Binny, Vivasvat; Pathan, Nahila A; Siddiqui, Humza F.
Citation:
Cureus. 17(5):e84957, 2025 May.
Abstract:
The association between cognitive impairment (CI) and myocardial infarction (MI) has been highlighted in recent years. Several studies have reported an increased incidence of cognitive decline (CD) following MI, emphasizing the need for early identification and intervention in such patients. Previous research findings have been inconsistent due to the presence of various unaccounted factors potentially contributing to CD and disparities in the methods utilized to assess cognition such as the Mini-Mental State Examination, Mini-Cog and self-evaluation questionnaires. This emphasizes the potential for a more standardized tool of assessment to investigate the onset of CD amongst MI patients in a reliable manner. This literature review delineates the correlation between MI and CI, exploring the pathogenesis, risk factors, management and preventive strategies. Cerebral hypoperfusion, underlying atherosclerosis and neuroinflammation are crucial in the development of CD after MI. Hence, it is important to consider the 'heart-brain axis' for targeted therapy of CD in MI patients. Old age is a common risk factor for CD and MI. However, the impact of variables including gender and comorbidities is underreported, which can potentially alter the relationship between cognitive outcomes and MI. The implementation of multidisciplinary-oriented cardiac rehabilitation programs and a universal screening tool to follow up on patients with established CI post-MI has shown favorable outcomes and has reduced the risk of adverse health consequences. Optimizing medical management and regular monitoring of serum brain natriuretic peptide (BNP) and hemoglobin levels are essential in preventing CD after MI. Psychological evaluation and counselling also help attenuate CD. Additionally, preventive strategies addressing modifiable risk factors and implementing anti-inflammatory diets have proven beneficial. Ongoing research is focused on the study of novel interventions targeting the neuroinflammatory process. Recently a new member of the C-reactive protein family, pentraxin 3, has been identified as a specific vascular inflammatory biomarker produced by cells in atherosclerotic lesions that can potentially aid in recognizing CD. It is imperative to establish uniform guidelines to recognize and manage CI among patients following MI to improve quality of life among the elderly population.
DOI: 10.7759/cureus.84957
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