Osman Shabir

This study examines vascular function and cognitive performance in mouse models of Alzheimer's disease, atherosclerosis, and their combination, finding hemodynamic deficits in atherosclerosis mice and no differences in amyloid or plaque burden in mixed disease models.

This study shows that changes in cortical temperature modulate neurovascular coupling, with low temperatures reducing oxygen delivery and high temperatures causing vascular oscillations.

This study shows that locomotion during awake imaging alters sensory-evoked haemodynamic responses in mice, emphasizing the need to monitor movement to avoid confounding results.

This study assesses neurovascular coupling and cortical spreading depression in models of atherosclerosis and Alzheimer's disease, finding exacerbated neurovascular decline and increased amyloid-beta plaques in comorbid conditions.

The paper investigates neurovascular coupling in J20-hAPP mice under normobaric hyperoxia, finding enhanced cerebral blood volume and potential therapeutic implications for Alzheimer's disease.

This study shows that experimental atherosclerosis in mice leads to reduced cortical hemodynamics and neural activity, associated with neuroinflammation and neuronal loss.

The paper shows that neurovascular coupling is preserved in J20-AD mice under chronic anesthesia but not during acute procedures, emphasizing the impact of experimental methodology.

The paper investigates how specific inhibitory cortical interneurons influence neurovascular coupling through optogenetic activation in mice, revealing distinct hemodynamic effects based on interneuron type.