Brain Texture Fingerprints Reveal Two Distinct Schizophrenia Subtypes
A novel texture similarity network analysis of brain scans has identified two reproducible schizophrenia subtypes with distinct molecular signatures.
A novel texture similarity network analysis of brain scans has identified two reproducible schizophrenia subtypes with distinct molecular signatures.
A new data-driven dietary index built around epigenetic aging clocks is associated with nearly four years slower biological aging, lower ...
A whole-brain imaging study in male mice has identified pre-existing and stress-evoked circuit signatures, including lateral orbital hyperactivity and salience ...
A neuroimaging study of 490 young adults finds that structural-functional connectivity coupling in the right inferior parietal lobule statistically mediates ...
A new resting-state fMRI study shows that Parkinson's disease-related brain network patterns can be detected in genetically at-risk people before ...
The Friends of BrainHealth donor circle awarded more than $466,000 across seven projects in 2026, positioning Center for BrainHealth researchers ...
Researchers at Boston Children's Hospital have identified an altered cerebellar-amygdala-thalamic brain circuit associated with anxiety in nearly 3,500 adolescents, detectable ...
A new Perspective in Nature Reviews Psychology argues that merging the Hierarchical Taxonomy of Psychopathology with computational psychiatry could finally ...
A large multimodal neuroimaging and genetics study has identified reproducible brain signatures tied to ADHD polygenic risk that predict inattention ...
A randomized trial found that high-dose LSD treatment significantly increased working memory-related brain activity in patients with major depressive disorder, ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine