Table 4.
SN | Citations | PS | ME | Comorbidities | Outcome | Vascular Damage | Imaging Modalities | Treatment |
---|---|---|---|---|---|---|---|---|
1 | Alkhaibary et al. [147] (2019) | 01 | LBBM | NR | Large-vessel occlusion due to COVID-19 infection | COVID-19 confers a significant risk of thromboembolic disease | CT | NR |
2 | Mohamud et al. [144] (2020) | 06 | LBBM | Hypertension | The COVID-19 virus has the potential to cause the rupture of susceptible atherosclerotic plaques, which can lead to thrombosis and acute ischemic stroke. | Patients with COVID-19 infection who have usual vascular risk factors are at a higher risk of LVO as a result of ICT. | MR | NR |
3 | Viguier et al. [148] (2020) | 28 | LBBM | Diabetes | The source of stroke should be sought by cervical CTA covering from the aortic arch to the vertex; nevertheless, common carotid arteries should not be overlooked, and the requirement for COVID-19 coagulopathy therapy should be stressed. | Acute ischemic stroke. | MRI | NR |
4 | Jud et al. [149] (2021) | 01 | LBBM | NR | Cardiovascular alterations may be caused by endothelial dysfunction. | Vascular reactivity and arterial stiffness may be altered in distinct ways by SARS-CoV-2. | CT | NR |
5 | Doo et al. [150] (2021) | 02 | LBBM | Hypertension | Edema of the cortex or sub cortex as a result of a breach in the blood–brain barrier | Carotid thrombosis with large ischemic stroke | MRI | NR |
6 | Qureshi et al. [151] (2021) | 11 | LBBM | Hypertension | COVID-19 effects on carotid strength | Increasing the rate of poor outcomes among patients with ischemic stroke and transient ischemic attack. | CT | NR |
7 | Ojo et al. [152] (2020) | 221 | LBBM | CKD, CVD | The consequence is more likely to occur in individuals who are older and who have a more severe disease; nevertheless, large-vessel occlusion is increasingly being documented in younger people. | Patients in COVID-19 who had a large-vessel ischemic stroke after sub occlusive acute restriction of the common carotid artery and thrombosis | NR | NR |
8 | Munjral et al. [153] (2021) | NR | LBBM, OBBM | BP, Diabetes | The importance of low-cost surrogate CVD tests, such as ultrasound screening of the carotid artery, can contribute to accurate AI-based risk assessment and the monitoring of atherosclerotic disease. | Highlighted the role that poor nutrition and vascular damage induced by SAR-CoV-2 played in causing damage to the brain and heart. | US | NR |
9 | Villadiego et al. [154] (2021) | 04 | LBBM | NR | The most distinctive feature of patients with COVID-19 is that they demonstrate severe hypoxemia, with arterial levels of oxygen (O2) tension even lower than 50 mmHg, and they do so without manifesting obvious signs of distress (dyspnea) or a significant increase in the rate at which they are breathing. | Vascular damage induced by SAR-CoV-2 | NR | NR |
10 | Crispy et al. [155] (2022) | 15446 | LBBM, OBBM | Diabetes, CVD | Endothelial Dysfunction results carotid alternation | Carotid Revascularization | US | NR |
PS: Patient size, ME: Method of evaluation, CVD: Cardiovascular Disease, LBBM: Laboratory base biomarker, OBBM: Office base biomarkers, NR: Not reported, CT: Computer Tomography, US: Ultrasound, MRI: Magnetic Resonance Imaging.