
Explore novel biomarkers for presurgical evaluation in drug-resistant epilepsy, examining their potential to enhance treatment outcomes and patient care.

Explore strategies for mitigating Alzheimer's disease risk in APOE4 carriers by targeting gut dysbiosis. Learn about the link between APOE4, gut health, and Alzheimer's from neuroimaging expert Dr. Ai-Ling Lin.

Explore a multiplex immunoassay for vascular brain injury with Dr. Jason Hinman. Learn about stroke diagnostics, cerebrovascular disease risk assessment, and potential impacts on cognitive health.

Explore deep brain stimulation for treating chronic auditory hallucinations in treatment-resistant schizophrenia, presented by Dr. Nicola Cascella at Johns Hopkins Psychiatry Grand Rounds.

Explore heterogeneity in schizophrenia and schizoaffective disorders through Johns Hopkins' precision medicine approach, covering clinical phenotypes, treatment responses, and innovative research methods.

Explore the link between brain NAAG and cognitive function in older HIV patients, and examine tryptophan-kynurenine pathway activation in women with HIV.

Explore the science behind emotions, their evolutionary purpose, and their impact on success. Learn about emotional intelligence and techniques for emotional regulation.

Explore topological data analysis for dynamic brain networks, learning to cluster networks into states and analyze temporal changes using Wasserstein distance. Gain insights into state space estimation and heritability of network changes.

Explore latent graphical model estimation for multimodal functional data, focusing on brain connectivity analysis using simultaneous imaging techniques.

Discover how neuroimaging advances our understanding of HIV-associated neurocognitive disorders (HAND) through cutting-edge research and clinical applications presented by a leading neurological expert.

Explore advanced neuroimaging techniques through BrainPET insert design for ultra-high-field MR systems and metabolic marker imaging, focusing on OEF measurements and their clinical applications.

Explore the advantages and applications of functional Regions of Interest (fROIs) in neuroimaging research, enhancing statistical power and biological interpretability.

Explore recent advances in decoding cognitive function using MEG, including time-resolved decoding, representational similarity analysis, and temporal generalization, with insights on challenges and future prospects.