Figure 7.
Schematic overview of the iCAT stroke model. (A) The iCAT model incorporates thrombotic occlusion of the CCA induced by electrolytic injury to allow for real-time monitoring of occlusion and recanalization events. (B) After thrombotic occlusion of the carotid artery, transient stenosis of the contralateral carotid artery induces ipsilateral cerebral hypoperfusion sufficient to induce infarction (<25% baseline flow), measurable with LDF over the MCA territory. Cerebral perfusion analysis with LSCI at 90 minutes’ post–stroke onset is predictive of 24-hour outcome (C), including behavioral deficit, infarct progression, and mortality (D). Elements of this image were created with BioRender.com and exported under a paid subscription. RBC, red blood cell.

Schematic overview of the iCAT stroke model. (A) The iCAT model incorporates thrombotic occlusion of the CCA induced by electrolytic injury to allow for real-time monitoring of occlusion and recanalization events. (B) After thrombotic occlusion of the carotid artery, transient stenosis of the contralateral carotid artery induces ipsilateral cerebral hypoperfusion sufficient to induce infarction (<25% baseline flow), measurable with LDF over the MCA territory. Cerebral perfusion analysis with LSCI at 90 minutes’ post–stroke onset is predictive of 24-hour outcome (C), including behavioral deficit, infarct progression, and mortality (D). Elements of this image were created with BioRender.com and exported under a paid subscription. RBC, red blood cell.

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