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 ## Introduction
 
-Both recreational and medical cannabis use are prevalent among individuals living with HIV (1). Given that functional alterations in striatal-cortical circuitry have been separately linked with both HIV infection (2) and chronic cannabis use (3, 4), and that such neurocircuitry is implicated in decision-making, action selection and impulsivity (5-7), we examined the interactive effects of chronic cannabis (CB) use and HIV infection on striatal-centric resting-state functional connectivity (rsFC).
+Both medical and recreational cannabis use are prevalent among individuals living with HIV (1). Given that functional alterations in striatal-cortical circuitry have been separately linked with both HIV infection (2) and chronic cannabis use (3, 4), and that such neurocircuitry is implicated in decision-making, action selection and impulsivity (5-7), we examined the interactive effects of chronic cannabis (CB) use and HIV infection on striatal-centric resting-state functional connectivity (rsFC).
 
 ## Methods