Posters

SFN 2024

Psilocybin as a treatment for microstructural and functional alterations following repetitive mild head injury: A preclinical MRI study
Changes in brain structure and function following exposure to oral psilocybin during adolescence in female and male mice: A multimodal MRI study
Adolescent Exposure to Psilocybin Alters the Perception of Rewarding and Fearful Stimuli in Adulthood: An Awake MRI Study in Male and Female Mice
Dose-dependent changes in global brain activity and functional connectivity following exposure to psilocybin: a BOLD MRI study in awake rats

Psychedelic Therapeutics and Drug Development Conference

Treating Repetitive Concussion Damage with Psilocybin: A Preclinical MRI Study
Dose-dependent changes in global brain activity and functional connectivity..

RISE 2024 @ Northeastern

In-Vivo Neuropathology: Detecting Site-Specific Changes in Neuroinflammation Post-treatment with Low Dose Neurotoxins
Changes in Brain Activity Following LSD Exposure: MRI Study in Awake Rats
Neurobiological Changes Following Adolescent Exposure to LSD in Mice: An MRI Study
Controlling Acute Peripheral Pain with Modified Gut Bacteria: An fMRI Study
Palmitoylethanolamide Causes Dose-Dependent Changes in Behavior, Brain Activity and N-Acetyl Ethanolamine Chemistry
Cytotoxic Edema Following Repetitive Mild Traumatic Brain Injury: Can Minocycline Reverse It?
Exploring Psilocybin as a Treatment for Repetitive Mild Traumatic Brain Injuries

Neuroscience 2023

Novel closed-head, awake model of repetitive concussion with momentary loss of consciousness in mice
In vivo Neuropathology: Detecting site-specific changes in neuroinflammation following treatment with low doses of known neurotoxins.
Dose-dependent Changes in Olfactory, Cortical/Thalamic and Cerebellar Activity Following Exposure to LSD: a BOLD MRI Study in Awake Rats
Changes in brain structure and function following oral exposure to LSD during adolescence in mice: A multimodal MRI study
Palmitoylethanolamide (PEA) causes a dose-dependent decrease in thalamocortical brain activity: A functional MRI study in awake rats