Raymond Q. Migrino

This study examines cognitive and cerebrovascular impairments in rats after mild traumatic brain injury (mTBI) and evaluates the effect of aerobic exercise on these impairments at subacute and chronic stages.

This study shows medin induces pro-inflammatory and prothrombotic changes in endothelial cells and is strongly associated with coronary plaque burden and inflammation.

This study shows that Medin induces pro-inflammatory activation in human brain vascular smooth muscle cells via NF-kappaB, without affecting structural proteins involved in phenotypic transformation.

This study uses molecular dynamics simulations and AlphaFold2 models to investigate MfgE8 conformations and how they affect medin cleavage site accessibility.

This study investigates the long-term cognitive and cerebrovascular effects of mild traumatic brain injury in rats, finding chronic cognitive dysfunction and altered vascular reactivity.