Emmanuel Barbier

This study examines persistent cerebrovascular injury after preeclampsia in a mouse model and shows that prokineticin receptor antagonism reduces some cerebral abnormalities.

This study examines how voluntary and enforced exercise affect brain structure, function, and behavior in Alzheimer's disease models using neuroimaging techniques.

This paper develops a high-resolution pCASL imaging setup for rodents, improving spatial resolution and enabling better delineation of brain areas in health and disease.

This study uses EEG-fMRI and simulations in awake rats to show that absence seizures suppress brain responsiveness to sensory stimuli.

This study evaluates Kernel Low-Rank Compressed Sensing for preclinical diffusion MRI, showing improved performance over conventional methods at higher acceleration factors.

This study shows that MSDC-0160, a mitochondrial pyruvate carrier inhibitor, reduces neurodegeneration in a rat Parkinson's disease model by altering energy metabolism and neuroinflammation.

This study assesses brain vascular structure and function in APP/PS1 mice with amyloid β plaques, finding no differences in cerebral blood volume or flow compared to wild-type controls.

This study shows that deleting Erbb4 from PV+ interneurons in mice leads to neuroimaging changes similar to those seen in psychosis patients.

This study demonstrates a multicenter preclinical MRI study using rat brains to create relaxometry reference maps by analyzing T1 and T2 maps across different imaging centers and processing pipelines.

This paper compares parametric response mapping (PRM) to mean ADC analysis in detecting posttraumatic cerebral edema in rats, finding PRM more sensitive and capable of identifying edema type.